[ { "make": "FORD", "model": "F-150", "notes": "NHTSA 'F-150' covers the mainstream half-ton pickup; Raptor, Lightning (BEV, listed separately as 'F-150 LIGHTNING' from MY2022), and F-150 Heritage are trim/variant names that may appear as separate NHTSA model strings. IMPORTANT OVERLAP: for MY2004 Ford sold BOTH the all-new 11th-gen F-150 and a carryover 10th-gen body badged 'F-150 Heritage'. NHTSA usually files Heritage under 'F-150 HERITAGE', but any 2004 record on the old body belongs with the 10th generation, not the 11th. Platform codes: the 1997 truck is often cited as PN96 (sometimes 'P221' is misapplied to it); P221 is the 2004-2008 truck, P415 the 2009-2014, P552 the 2015-2020, P702 the 2021-present. Sources broadly agree on the 1997/2004/2009/2015/2021 model-year boundaries.", "generations": [ { "gen_label": "9th generation", "year_start": 1992, "year_end": 1996, "platform_code": "Ford F-Series (8th-gen derived)", "engines": [ "4.9L 300 I6", "5.0L Windsor V8", "5.8L Windsor V8", "7.5L 460 V8 (F-250/350)" ], "transmissions": [ "M5OD-R2 5-speed manual", "AOD / AOD-E 4-speed automatic", "E4OD 4-speed automatic" ], "known_issues": [ { "component": "Transmission", "description": "E4OD 4-speed automatic prone to overheating, torque converter and forward clutch failure, especially when towing.", "affected_years": "1992-1996" }, { "component": "Fuel system", "description": "Dual-tank fuel selector valve and in-tank pump failures causing stalling and no-start.", "affected_years": "1992-1996" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_F-Series" ] }, { "gen_label": "10th generation", "year_start": 1997, "year_end": 2003, "platform_code": "PN96", "engines": [ "4.2L Essex V6", "4.6L 2V Triton SOHC V8", "5.4L 2V Triton SOHC V8", "5.4L supercharged (SVT Lightning 1999-2004)" ], "transmissions": [ "M5OD-R2 5-speed manual", "4R70W 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "Spark plug ejection from aluminum cylinder heads on 2-valve modular V8s (4.6L/5.4L). Only about four threads engage the plug in the head, so plugs back out under cylinder pressure and strip the head threads; failure is sudden and requires thread inserts to repair.", "affected_years": "1997-2003" }, { "component": "Engine", "description": "Cracked exhaust manifolds and broken manifold studs on Triton V8s producing a cold-start tick.", "affected_years": "1997-2003" }, { "component": "Fuel system", "description": "Fuel pump driver module (frame-mounted) corrodes and fails, causing stalling and no-start.", "affected_years": "1999-2003" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_F-Series_(tenth_generation)", "https://www.fordproblems.com/spark-plug-ejection/" ] }, { "gen_label": "11th generation", "year_start": 2004, "year_end": 2008, "platform_code": "P221", "engines": [ "4.2L Essex V6", "4.6L 2V Triton V8", "5.4L 3V Triton SOHC V8" ], "transmissions": [ "4R70E / 4R75E 4-speed automatic", "6R80 6-speed automatic (2009 only on late builds; primarily 12th gen)" ], "known_issues": [ { "component": "Engine", "description": "5.4L 3-valve Triton two-piece spark plugs seize and break off in the cylinder head on removal. Carbon builds in the gap between the plug shell and the head; the porcelain-tipped lower section separates from the upper body during service. Ford reverted to a one-piece plug for 2008.", "affected_years": "2004-2007" }, { "component": "Engine", "description": "5.4L 3V variable cam timing phaser rattle and timing chain tensioner/guide wear, producing a cold-start rattle and eventual cam timing codes.", "affected_years": "2004-2008" }, { "component": "Fuel system", "description": "Fuel pump driver module corrosion causing intermittent stall and no-start.", "affected_years": "2004-2008" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_F-Series", "https://www.ford-trucks.com/forums/1491287-what-year-5-4-have-the-spark-plug-issue.html" ] }, { "gen_label": "12th generation", "year_start": 2009, "year_end": 2014, "platform_code": "P415", "engines": [ "4.6L 2V/3V Triton V8 (2009-2010)", "5.4L 3V Triton V8 (2009-2010)", "3.7L Cyclone V6 (2011+)", "5.0L Coyote V8 (2011+)", "6.2L Boss V8 (2010+ Raptor/Harley)", "3.5L EcoBoost twin-turbo V6 (2011+)" ], "transmissions": [ "6R80 6-speed automatic (all trims; manual dropped)" ], "known_issues": [ { "component": "Engine", "description": "3.5L EcoBoost intercooler condensation: water collects in the air-to-air intercooler during humid/damp highway driving and is ingested on hard acceleration, causing a stumble/misfire and limp mode. Ford's field fix relocated the intercooler air deflector and later revised the intercooler.", "affected_years": "2011-2014" }, { "component": "Engine", "description": "3.5L EcoBoost timing chain stretch and cam phaser wear producing cold-start rattle and cam correlation codes on higher-mileage first-generation EcoBoost engines.", "affected_years": "2011-2014" }, { "component": "Brakes", "description": "Brake master cylinder internal seal leaks allow fluid to migrate into the brake booster, causing loss of front brake circuit function; addressed by Ford recall action on 3.5L EcoBoost trucks.", "affected_years": "2013-2014" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_F-Series_(twelfth_generation)", "https://newparts.com/blog/ford-3-5l-ecoboost-series-intercooler-condensation-issue" ] }, { "gen_label": "13th generation", "year_start": 2015, "year_end": 2020, "platform_code": "P552", "engines": [ "3.5L Ti-VCT V6 (2015-2017)", "3.3L Ti-VCT V6 (2018-2020)", "2.7L EcoBoost V6", "3.5L EcoBoost V6", "5.0L Coyote V8 (Gen2 2015-2017, Gen3 2018-2020)", "3.0L Power Stroke diesel V6 (2018-2020)" ], "transmissions": [ "6R80 6-speed automatic (2015-2016, and 2017 on base engines)", "10R80 10-speed automatic (2017 on 3.5EB/5.0; all engines 2018+)" ], "known_issues": [ { "component": "Transmission", "description": "10R80 10-speed automatic harsh and erratic shifting, jerking/lunging between gears and a clunk on startup; subject of class-action litigation covering MY2017-2020 F-150 and multiple Ford TSBs beginning March 2018.", "affected_years": "2017-2020" }, { "component": "Engine", "description": "Gen 3 5.0L Coyote elevated oil consumption and cam phaser rattle on cold start; also reported on 3.5L EcoBoost of the same era.", "affected_years": "2018-2020" }, { "component": "Brakes", "description": "Brake master cylinder seal failure leaking fluid into the booster with loss of front brake function; recall covering 3.5L EcoBoost trucks.", "affected_years": "2015-2017" } ], "sources": [ "https://www.classaction.org/news/class-action-suit-alleges-2017-2019-ford-f-150-10r80-transmission-prone-to-shifting-harshly-and-erratically", "https://en.wikipedia.org/wiki/Ford_F-Series" ] }, { "gen_label": "14th generation", "year_start": 2021, "year_end": 2025, "platform_code": "P702", "engines": [ "3.3L Ti-VCT V6", "2.7L EcoBoost V6", "5.0L Coyote V8", "3.5L EcoBoost V6", "3.5L PowerBoost full hybrid", "3.0L Power Stroke diesel (2021 only)" ], "transmissions": [ "10R80 10-speed automatic", "10R80 MHT modular-hybrid 10-speed (PowerBoost)" ], "known_issues": [ { "component": "Engine", "description": "3.5L EcoBoost variable cam timing phaser rattle on cold start, traced to phaser lock-pin and oil-control wear; multiple Ford TSBs and phaser/chain kit replacements.", "affected_years": "2021-2023" }, { "component": "Transmission", "description": "10R80 shift quality complaints (harsh 1-2 and downshift clunk) carried over from the previous generation.", "affected_years": "2021-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_F-Series", "https://fordauthority.com/fmc/ford-motor-company-platforms/ford-p-platform/" ] } ] }, { "make": "CHEVROLET", "model": "MALIBU", "notes": "Two fleet-only carryover overlaps must be handled explicitly or two unrelated cars will merge. (1) MY2004-2005: the N-body 5th gen continued for fleets as the 'Chevrolet Classic' / 'Malibu Classic' alongside the all-new Epsilon 6th gen; NHTSA files these under 'CLASSIC' or 'MALIBU CLASSIC'. (2) MY2016: the Epsilon II 8th gen continued fleet-only as 'Malibu Limited' alongside the all-new E2XX 9th gen; NHTSA files these under 'MALIBU LIMITED'. Any 2004-2005 or 2016 record carrying those strings belongs to the OLDER generation. Also note the 2008 model year: retail sales were the new 7th gen, while a small fleet run of the 6th gen was sold as 'Malibu Classic'. The Malibu nameplate was dormant 1984-1996 (no MY1984-1996 cars) and ended after MY2025. The 9th gen rides on GM E2XX, not Epsilon II - several secondary sources get this wrong.", "generations": [ { "gen_label": "5th generation (nameplate revival)", "year_start": 1997, "year_end": 2003, "platform_code": "GM N-body (extended wheelbase)", "engines": [ "2.4L LD9 Twin Cam I4 (1997-1999)", "3.1L L82 V6 (1997-2003)" ], "transmissions": [ "4T40-E 4-speed automatic", "4T45-E 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "3.1L V6 lower intake manifold gasket failure. The plastic-framed gasket degrades in contact with Dex-Cool coolant and engine heat, leaking coolant externally and into the crankcase, which destroys bearings if unnoticed.", "affected_years": "1997-2003" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Malibu", "https://www.chevroletproblems.com/cracked-intake-manifold/" ] }, { "gen_label": "6th generation", "year_start": 2004, "year_end": 2007, "platform_code": "GM Epsilon (GMX380 sedan / GMX381 Maxx)", "engines": [ "2.2L Ecotec L61 I4", "3.5L LX9 V6", "3.9L LZ9 V6 (2006-2007)", "2.4L LE5 Ecotec I4 (2007)" ], "transmissions": [ "4T45-E 4-speed automatic", "4T65-E 4-speed automatic (V6)", "F35 5-speed manual (2004-2006 I4)" ], "known_issues": [ { "component": "Steering", "description": "Column-mounted electric power steering (EPS) motor/torque-sensor failure causing sudden loss of power assist; subject of NHTSA recall action covering Malibu and Malibu Maxx.", "affected_years": "2004-2006" }, { "component": "Engine", "description": "3.5L/3.9L V6 intake manifold and coolant sealing leaks; 2.2L Ecotec timing chain and camshaft position correlation faults.", "affected_years": "2004-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Malibu", "https://gmauthority.com/blog/gm/chevrolet/malibu/" ] }, { "gen_label": "7th generation", "year_start": 2008, "year_end": 2012, "platform_code": "GM Epsilon LWB (GMX386)", "engines": [ "2.4L LE5 Ecotec I4 (2008-2010)", "2.4L LAF/LEA Ecotec direct-injection I4 (2011-2012)", "2.4L LAT hybrid (BAS mild hybrid, 2008-2009)", "3.5L LZ4 V6 (2008-2010)", "3.6L LY7/LLT V6 (2008-2010)" ], "transmissions": [ "4T45-E 4-speed automatic (2008-2010 I4)", "6T40 6-speed automatic", "6T70 6-speed automatic (V6)" ], "known_issues": [ { "component": "Engine", "description": "2.4L Ecotec (LAF/LEA) excessive oil consumption. Low-tension oil control rings lose tension and let oil past into the combustion chamber; consumption of roughly a quart per 1,000 miles is common. Repair is replacement of all four piston assemblies. Subject of multiple class actions over the 2010-2015 build window.", "affected_years": "2011-2012" }, { "component": "Engine", "description": "2.4L Ecotec timing chain premature wear/stretch, typically traced to the tensioner and upper guide, setting cam/crank correlation codes.", "affected_years": "2011-2012" }, { "component": "Transmission", "description": "6T40/6T45 6-speed wave plate fracture in the 3-5-reverse clutch, causing loss of 3rd, 5th and reverse.", "affected_years": "2008-2012" } ], "sources": [ "https://gmauthority.com/blog/2021/06/general-motors-hit-with-class-action-lawsuit-over-2-4l-engine-oil-consumption/", "https://en.wikipedia.org/wiki/Chevrolet_Malibu" ] }, { "gen_label": "8th generation", "year_start": 2013, "year_end": 2015, "platform_code": "GM Epsilon II SWB (GMX351)", "engines": [ "2.5L LKW/LCV Ecotec I4 (2014-2015)", "2.4L LUK eAssist mild hybrid (2013-2014)", "2.0L LTG turbo I4 (2013-2015)" ], "transmissions": [ "6T40 / 6T45 6-speed automatic", "6T70 6-speed automatic (2.0T)" ], "known_issues": [ { "component": "Engine", "description": "2.4L eAssist mild-hybrid system battery pack and 12V/battery-cable faults; the eAssist variant was dropped after 2014.", "affected_years": "2013-2014" }, { "component": "Body/Electrical", "description": "Frequent complaints of hard starting and electrical faults on the 2013 launch year, largely resolved by the heavy 2014 front-structure and interior revision (a facelift, not a new platform).", "affected_years": "2013" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Malibu", "https://gmauthority.com/blog/2015/05/eighth-generation-chevy-malibu-takes-on-fleet-only-duty-as-malibu-limited/" ] }, { "gen_label": "9th generation", "year_start": 2016, "year_end": 2025, "platform_code": "GM E2XX", "engines": [ "1.5L LFV turbo I4 (2016-2025)", "2.0L LTG turbo I4 (2016-2018)", "2.0L LSY turbo I4 (2019-2020)", "1.8L LFY hybrid (2016-2019)" ], "transmissions": [ "6T40 6-speed automatic (1.5L, 2016-2018)", "8L45 8-speed automatic (2.0T, 2016-2018)", "9T50/9T65 9-speed automatic (2.0T, 2019-2020)", "VT40 CVT (1.5L, 2019-2025)" ], "known_issues": [ { "component": "Transmission", "description": "VT40 CVT loss of forward drive or slipping, commonly with DTC P2714, caused by the clutch regulator valve sticking in the valve body.", "affected_years": "2019-2025" }, { "component": "Engine", "description": "1.5L LFV turbo oil consumption, PCV diaphragm failure and intake-valve carbon buildup typical of the direct-injection design.", "affected_years": "2016-2025" }, { "component": "Engine", "description": "Missing or improperly torqued start/stop accumulator end cap bolts allowing an oil leak onto hot components (fire risk); NHTSA recall 20V-668.", "affected_years": "2018-2019" } ], "sources": [ "https://gmauthority.com/blog/2024/06/here-may-be-why-your-chevy-malibu-or-chevy-trailblazer-transmission-lost-forward-gear-or-slips/", "https://gmauthority.com/blog/2024/10/heres-when-2025-chevy-malibu-production-will-end/" ] } ] }, { "make": "TOYOTA", "model": "CAMRY", "notes": "US model-year boundaries are one year later than the calendar-year figures Wikipedia often quotes (e.g. the XV20 launched in calendar 1996 but is a MY1997 car in the US). Verified US boundaries: XV10 ends MY1996, XV20 = 1997-2001, XV30 = 2002-2006, XV40 = 2007-2011, XV50 = 2012-2017, XV70 = 2018-2024, XV80 = 2025-. The XV50's MY2015 refresh replaced nearly every exterior panel but is a facelift, not a new platform. Camry Solara (1999-2008) and Camry Hybrid are separate NHTSA model strings in some years; the Camry Hybrid shares generation boundaries with the base car except that the XV40-based hybrid ran MY2007-2011. Australian-market Aurion and Japanese Camry generations diverge from the US split from XV40 onward - use the US split.", "generations": [ { "gen_label": "4th generation (XV10)", "year_start": 1992, "year_end": 1996, "platform_code": "XV10", "engines": [ "2.2L 5S-FE I4", "3.0L 3VZ-FE V6 (1992-1993)", "3.0L 1MZ-FE V6 (1994-1996)" ], "transmissions": [ "A140E / A540E 4-speed automatic", "S51 5-speed manual" ], "known_issues": [ { "component": "Engine", "description": "Early 1MZ-FE V6 and 5S-FE engines are the leading edge of Toyota's oil gelling (sludge) problem, which became severe on the following generation.", "affected_years": "1994-1996" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Camry_(XV10)" ] }, { "gen_label": "5th generation (XV20)", "year_start": 1997, "year_end": 2001, "platform_code": "XV20", "engines": [ "2.2L 5S-FE I4", "3.0L 1MZ-FE V6" ], "transmissions": [ "A140E 4-speed automatic (I4)", "A541E 4-speed automatic (V6)", "S51 5-speed manual" ], "known_issues": [ { "component": "Engine", "description": "Engine oil gelling (sludge) in the 1MZ-FE V6 and 5S-FE I4: PCV and crankcase ventilation design plus coolant intrusion promote oil coking that blocks oil passages and destroys the engine. Toyota ran a customer support program covering affected 1997-2002 engines for 8 years with no mileage limit.", "affected_years": "1997-2001" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Camry_(XV20)", "https://carbuzz.com/cars/toyota/camry/generations/" ] }, { "gen_label": "6th generation (XV30)", "year_start": 2002, "year_end": 2006, "platform_code": "XV30", "engines": [ "2.4L 2AZ-FE I4", "3.0L 1MZ-FE V6 (2002-2003)", "3.3L 3MZ-FE V6 (2004-2006)" ], "transmissions": [ "U241E 4-speed automatic (I4)", "U140E 4-speed automatic (V6, 2002-2003)", "U151E 5-speed automatic (V6, 2004-2006)", "E351 5-speed manual" ], "known_issues": [ { "component": "Engine", "description": "2AZ-FE cylinder head bolt threads strip in the aluminum block, causing head gasket leaks and coolant loss; Toyota issued a warranty enhancement and revised the block with larger head bolts.", "affected_years": "2002-2006" }, { "component": "Engine", "description": "Tail end of the 1MZ-FE oil gelling program (engines built through 2002).", "affected_years": "2002" }, { "component": "Airbags", "description": "Takata front airbag inflator propellant degradation; large-scale recall coverage across this generation.", "affected_years": "2002-2006" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Camry", "https://carbuzz.com/cars/toyota/camry/generations/" ] }, { "gen_label": "7th generation (XV40)", "year_start": 2007, "year_end": 2011, "platform_code": "XV40", "engines": [ "2.4L 2AZ-FE I4 (2007-2009)", "2.5L 2AR-FE I4 (2010-2011)", "3.5L 2GR-FE V6", "2.4L 2AZ-FXE hybrid (2007-2011)" ], "transmissions": [ "U250E 5-speed automatic (I4)", "U660E 6-speed automatic (V6)", "E351 5-speed manual", "eCVT (hybrid)" ], "known_issues": [ { "component": "Engine", "description": "2AZ-FE excessive oil consumption caused by undersized oil-return holes beneath the oil control rings, letting oil accumulate and burn. Toyota's Warranty Enhancement Program ZE7 extended coverage to 10 years / 150,000 miles and replaced pistons and rings on engines failing the oil-consumption test.", "affected_years": "2007-2009 (2007-2011 Camry Hybrid)" }, { "component": "Accelerator/Floor mat", "description": "Unintended acceleration from floor mat pedal entrapment and, separately, sticking accelerator pedal assemblies; the subject of Toyota's 2009-2010 recalls.", "affected_years": "2007-2010" }, { "component": "Interior", "description": "Dashboard material degrades and becomes sticky/shiny with heat exposure; Toyota ran a warranty enhancement for affected vehicles.", "affected_years": "2007-2011" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Camry_(XV40)", "http://media.fixed-ops.com/Toy_Campaigns/ze7-dlrltr.pdf" ] }, { "gen_label": "8th generation (XV50)", "year_start": 2012, "year_end": 2017, "platform_code": "XV50", "engines": [ "2.5L 2AR-FE I4", "3.5L 2GR-FE V6 (2012-2016)", "3.5L 2GR-FKS V6 (2017)", "2.5L 2AR-FXE hybrid" ], "transmissions": [ "U760E 6-speed automatic (I4)", "U660E 6-speed automatic (V6)", "eCVT (hybrid)" ], "known_issues": [ { "component": "Transmission", "description": "Torque converter lock-up shudder at light throttle on the 6-speed automatics, addressed by fluid and control software updates.", "affected_years": "2012-2017" }, { "component": "Engine", "description": "2AR-FE water pump leaks and, on higher-mileage cars, oil consumption; far less severe than the preceding 2AZ-FE issue.", "affected_years": "2012-2017" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Camry", "https://carbuzz.com/cars/toyota/camry/generations/" ] }, { "gen_label": "9th generation (XV70)", "year_start": 2018, "year_end": 2024, "platform_code": "XV70 (TNGA-K)", "engines": [ "2.5L A25A-FKS I4", "3.5L 2GR-FKS V6 (2018-2024)", "2.5L A25A-FXS hybrid" ], "transmissions": [ "UA80E / UB80E Direct Shift-8AT 8-speed automatic", "eCVT (hybrid)" ], "known_issues": [ { "component": "Fuel system", "description": "Denso low-pressure in-tank fuel pump impeller cracks from excessive fuel absorption, deforming and contacting the pump housing; causes rough running, no-start and stalling at speed. Subject of NHTSA recalls 20V-012 and 20V-314.", "affected_years": "2018-2020" }, { "component": "Transmission", "description": "Low-speed hesitation and harsh engagement complaints on the 8-speed automatic, particularly early builds.", "affected_years": "2018-2019" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Camry_(XV70)" ] }, { "gen_label": "10th generation (XV80)", "year_start": 2025, "year_end": 2025, "platform_code": "XV80 (TNGA-K)", "engines": [ "2.5L A25A-FXS with fifth-generation Toyota Hybrid System (hybrid-only; no non-hybrid or V6 offered)" ], "transmissions": [ "eCVT (planetary power split)" ], "known_issues": [], "sources": [ "https://pressroom.toyota.com/toyota-camry-goes-exclusively-hybrid-plus-a-new-look-and-more-technology/", "https://en.wikipedia.org/wiki/Toyota_Camry_(XV80)" ] } ] }, { "make": "CHRYSLER", "model": "TOWN AND COUNTRY", "notes": "The Town & Country nameplate has two distinct eras: a woody-trimmed full-size car/wagon (pre-1989) and the minivan (MY1990-2016). NHTSA data from 1996 is entirely minivan. Generation numbering here follows the minivan lineage: AS 1990-1995 (out of the assigned span), NS 1996-2000, RS 2001-2007, RT 2008-2016. The RT generation had a major mid-cycle powertrain change for MY2011 (3.6L Pentastar V6 + 62TE six-speed replacing the 3.3/3.8/4.0L and the 41TE four-speed) alongside a heavy interior/suspension revision - it is still one generation but MY2008-2010 and MY2011-2016 behave as different vehicles for failure analysis and should probably be surfaced separately on the site. The nameplate was retired after MY2016 and replaced by the Chrysler Pacifica for MY2017; the short-wheelbase Chrysler Voyager (1996-2003) is a separate NHTSA model string.", "generations": [ { "gen_label": "3rd generation minivan (NS)", "year_start": 1996, "year_end": 2000, "platform_code": "Chrysler NS", "engines": [ "3.3L EGA V6", "3.8L EGH V6" ], "transmissions": [ "41TE (A604 Ultradrive) 4-speed electronic automatic" ], "known_issues": [ { "component": "Transmission", "description": "41TE / A604 Ultradrive failure: solenoid pack and clutch pack wear producing harsh shifts, limp-in mode (2nd gear only) and complete loss of drive. Highly sensitive to using non-ATF+4 fluid.", "affected_years": "1996-2000" }, { "component": "Body", "description": "Power sliding door latch, cable and motor failures; doors opening in motion or refusing to latch.", "affected_years": "1996-2000" }, { "component": "Engine", "description": "3.3L/3.8L V6 head gasket and intake plenum gasket leaks at higher mileage.", "affected_years": "1996-2000" } ], "sources": [ "https://en.wikipedia.org/wiki/Chrysler_Town_%26_Country" ] }, { "gen_label": "4th generation minivan (RS)", "year_start": 2001, "year_end": 2007, "platform_code": "Chrysler RS", "engines": [ "3.3L EGA V6 (180 hp)", "3.8L EGH V6 (215 hp)" ], "transmissions": [ "41TE / 40TE 4-speed electronic automatic" ], "known_issues": [ { "component": "Transmission", "description": "41TE 4-speed continues to fail via solenoid pack, input clutch and pump wear; limp-in and loss of forward gears are the characteristic symptoms.", "affected_years": "2001-2007" }, { "component": "Body", "description": "Power sliding door and power liftgate motor/cable failures remain the most-complained-about non-powertrain item.", "affected_years": "2001-2007" }, { "component": "Electrical", "description": "Instrument cluster and body control module faults causing intermittent gauge dropout and no-start.", "affected_years": "2004-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Chrysler_Town_%26_Country" ] }, { "gen_label": "5th generation minivan (RT)", "year_start": 2008, "year_end": 2016, "platform_code": "Chrysler RT", "engines": [ "3.3L EGA V6 (2008-2010)", "3.8L EGH V6 (2008-2010)", "4.0L SOHC V6 (2008-2010)", "3.6L Pentastar VVT V6 (2011-2016)" ], "transmissions": [ "41TE 4-speed automatic (2008-2010, 3.3/3.8L)", "62TE 6-speed automatic (4.0L 2008-2010; all models 2011-2016)" ], "known_issues": [ { "component": "Engine", "description": "3.6L Pentastar left (odd) cylinder head valve seat and guide wear, most often on cylinder 2, causing a tick, misfire and check-engine light. Chrysler revised the head with hardened valve guides and seats in summer 2012 and issued warranty extension X56 / bulletin D-14-12 covering the left cylinder head for 10 years / 150,000 miles.", "affected_years": "2011-2013 (early-build engines)" }, { "component": "Electrical", "description": "TIPM-7 (Totally Integrated Power Module) fuel pump relay failure: the internal relay sticks or fails, causing crank-no-start or a stall in motion with loss of power steering and power brake assist.", "affected_years": "2011-2014" }, { "component": "Transmission", "description": "62TE 6-speed automatic solenoid, VLP (variable line pressure) and torque converter faults causing harsh shifts and limp-in.", "affected_years": "2008-2016" }, { "component": "Body", "description": "Power sliding door and liftgate failures continue; also widely reported seat-track/Stow 'n Go latch complaints.", "affected_years": "2008-2016" } ], "sources": [ "https://www.autoevolution.com/news/pentastar-v6-still-prone-to-cylinder-head-failure-82615.html", "https://en.wikipedia.org/wiki/Chrysler_Town_%26_Country" ] } ] }, { "make": "NISSAN", "model": "ROGUE", "notes": "Two naming traps. (1) 'Rogue Select' (MY2014-2015) is the FIRST-generation S35 body sold as a cheaper companion to the new second generation; NHTSA usually files it as 'ROGUE SELECT', but any 2014-2015 record on the old body belongs with gen 1, not gen 2. (2) 'Rogue Sport' (MY2017-2022) is the global Qashqai (J11), a completely different, smaller vehicle - a separate NHTSA model string that must never be merged into 'ROGUE'. The third generation has a hard mid-generation powertrain break: MY2021 used the 2.5L PR25DD four, MY2022 onward the 1.5L KR15DDT variable-compression three-cylinder turbo; complaint patterns before and after 2022 are not comparable. CVT complaints dominate every generation and are the single most important failure-mode hub for this nameplate.", "generations": [ { "gen_label": "1st generation (S35)", "year_start": 2008, "year_end": 2013, "platform_code": "S35 (Nissan C platform)", "engines": [ "2.5L QR25DE I4 (170 hp)" ], "transmissions": [ "JATCO JF011E Xtronic CVT" ], "known_issues": [ { "component": "Transmission", "description": "JATCO Xtronic CVT overheating, shuddering/judder, hesitation and outright failure. Nissan extended CVT coverage to 10 years / 120,000 miles on MY2008-2010 vehicles as part of its broader 2003-2010 CVT warranty extension.", "affected_years": "2008-2013" }, { "component": "Fuel system", "description": "Fuel level sender failure giving false readings and inaccurate range.", "affected_years": "2008-2013" }, { "component": "Engine", "description": "Engine and transmission mount degradation producing driveline vibration at idle.", "affected_years": "2008-2013" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Rogue", "https://www.nissantransmissionproblems.com/rogue-class-action-case" ] }, { "gen_label": "2nd generation (T32)", "year_start": 2014, "year_end": 2020, "platform_code": "T32 (Renault-Nissan CMF-CD)", "engines": [ "2.5L QR25DE I4", "2.0L MR20DD I4 + electric motor (Rogue Hybrid, 2017-2019)" ], "transmissions": [ "JATCO JF016E Xtronic CVT8", "Xtronic CVT (hybrid)" ], "known_issues": [ { "component": "Transmission", "description": "CVT shuddering, shaking, hesitation and complete failure. A $277.7M class settlement covering MY2014-2018 Rogue (with 2015-2018 Pathfinder and Infiniti QX60) extended CVT assembly, valve body and torque converter coverage from 60 months/60,000 miles to 84 months/84,000 miles, with reimbursement for prior repairs.", "affected_years": "2014-2018 (complaints continue through 2020)" }, { "component": "Forward collision avoidance", "description": "Automatic Emergency Braking false activation - the system brakes hard with no obstacle present, frequently over railroad crossings and metal bridge decks. Subject of an NHTSA defect investigation and subsequent Nissan action.", "affected_years": "2017-2018" }, { "component": "Body", "description": "Panoramic sunroof glass shattering and power liftgate strut failures.", "affected_years": "2014-2018" } ], "sources": [ "https://topclassactions.com/lawsuit-settlements/closed-settlements/nissan-defective-cvt-transmission-277-7m-class-action-settlement/", "https://en.wikipedia.org/wiki/Nissan_Rogue" ], "mixed_years": [ 2014, 2015 ], "mixed_year_note": "В этот модельный год на рынке одновременно продавались обе версии; жалобы NHTSA не разделены по кузову." }, { "gen_label": "3rd generation (T33)", "year_start": 2021, "year_end": 2025, "platform_code": "T33 (CMF-C/D)", "engines": [ "2.5L PR25DD I4, 181 hp (2021 only)", "1.5L KR15DDT VC-Turbo variable-compression I3, 201 hp (2022-2025)" ], "transmissions": [ "Xtronic CVT (wider ratio spread than T32)" ], "known_issues": [ { "component": "Engine", "description": "The 1.5L VC-Turbo three-cylinder's variable compression mechanism and turbo system are new technology introduced mid-generation for MY2022; early-build complaints center on rough running, coolant/oil consumption and turbo-related faults. Treat MY2021 (2.5L) as a separate powertrain population.", "affected_years": "2022-2025" }, { "component": "Transmission", "description": "Continued CVT hesitation and shudder complaints, though on a revised unit; a separate class action was filed over MY2019-2020 and later Rogue CVTs.", "affected_years": "2021-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Rogue", "https://www.valerolaw.com/news/2022/12/5/2019-2020-nissan-rogue-cvt-class-action" ] } ] }, { "make": "CHEVROLET", "model": "IMPALA", "notes": "THE IMPALA NAMEPLATE HAS A GAP: there is no Impala for model years 1997-1999. The RWD B-body 7th generation ended after MY1996 and the FWD W-body 8th generation began with MY2000. Do not bridge 1996 to 2000 - they are also completely different cars (RWD V8 sedan vs FWD V6 sedan). Second trap: the 9th-generation W-body continued as a fleet-only 'Impala Limited' for MY2014-2016 alongside the all-new Epsilon II 10th generation; NHTSA files these as 'IMPALA LIMITED'. Any 2014-2016 record on the W-body belongs with the 9th generation. Impala production ended February 2020, making MY2020 the last.", "generations": [ { "gen_label": "7th generation (B-body, RWD)", "year_start": 1994, "year_end": 1996, "platform_code": "GM B-body", "engines": [ "5.7L LT1 V8 (Impala SS)" ], "transmissions": [ "4L60-E 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "LT1 Opti-Spark distributor failure from coolant and moisture intrusion, causing misfire and no-start.", "affected_years": "1994-1996" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Impala" ] }, { "gen_label": "8th generation (W-body)", "year_start": 2000, "year_end": 2005, "platform_code": "GM W-body (GMX210)", "engines": [ "3.4L LA1 V6", "3.8L L36 V6", "3.8L L67 supercharged V6 (SS, 2004-2005)" ], "transmissions": [ "4T65-E 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "Lower intake manifold gasket failure on the 3.4L and 3.8L V6. The plastic-framed gasket degrades in contact with Dex-Cool coolant, leaking coolant externally and into the oil; often accompanied by upper plenum warping on the 3.8L.", "affected_years": "2000-2005" }, { "component": "Ignition switch", "description": "Key can rotate out of the run position under load from a heavy key ring or road impact, shutting off the engine and disabling airbags; covered by GM's 2014 ignition-key recall campaign for W-body cars.", "affected_years": "2000-2005" }, { "component": "Electrical", "description": "Turn signal / multifunction switch and body control module faults causing inoperative signals and interior lighting.", "affected_years": "2003-2005" } ], "sources": [ "https://www.carcomplaints.com/Chevrolet/Impala/2002/engine/intake_manifold_gasket_failure_leaking_coolant.shtml", "https://en.wikipedia.org/wiki/Chevrolet_Impala" ] }, { "gen_label": "9th generation (W-body)", "year_start": 2006, "year_end": 2013, "platform_code": "GM W-body (GMX211)", "engines": [ "3.5L LZ4 / LZE V6 (2006-2011)", "3.9L LZ9 / LZ8 V6 (2006-2011)", "5.3L LS4 V8 (SS, 2006-2009)", "3.6L LFX V6 (2012-2013)" ], "transmissions": [ "4T65-E 4-speed automatic (2006-2011)", "6T70 6-speed automatic (2012-2013)" ], "known_issues": [ { "component": "Transmission", "description": "4T65-E pressure control solenoid failure producing erratic and harsh shifting and slipping; repair requires partial transmission disassembly. Slipping is the single most reported problem on 2006-2008 cars.", "affected_years": "2006-2011" }, { "component": "Engine", "description": "3.5L/3.9L intake manifold and coolant sealing leaks carried over from the W-body pushrod V6 family.", "affected_years": "2006-2011" }, { "component": "Suspension", "description": "Premature front strut and spring failure, and rear axle/spindle rod wear causing uneven tire wear.", "affected_years": "2006-2013" } ], "sources": [ "https://myautostore.com/why-9th-gen-chevy-impala-transmissions-fail/", "https://en.wikipedia.org/wiki/Chevrolet_Impala" ] }, { "gen_label": "10th generation", "year_start": 2014, "year_end": 2020, "platform_code": "GM Epsilon II LWB (GMX352)", "engines": [ "2.5L LKW / LCV I4 (2014-2017)", "2.4L LUK eAssist mild hybrid (2014-2015)", "3.6L LFX V6 (2014-2015)", "3.6L LGX V6 (2016-2020)" ], "transmissions": [ "6T70 / 6T75 6-speed automatic" ], "known_issues": [ { "component": "Hybrid system", "description": "eAssist mild-hybrid battery cable and fuse box faults; the eAssist variant was offered only briefly and dropped after MY2015.", "affected_years": "2014-2015" }, { "component": "Transmission", "description": "6T70/6T75 harsh 1-2 shift and torque converter shudder complaints.", "affected_years": "2014-2020" }, { "component": "Engine", "description": "3.6L water pump leaks; on the direct-injection V6, intake valve carbon buildup.", "affected_years": "2014-2020" } ], "sources": [ "http://www.chevroletproblems.com/models/impala/generations/10/", "https://en.wikipedia.org/wiki/Chevrolet_Impala" ] } ], "production_gaps": [ { "year_start": 1997, "year_end": 1999, "reason": "Nameplate gap - no Impala produced" } ] }, { "make": "HONDA", "model": "ODYSSEY", "notes": "This map is the NORTH AMERICAN Odyssey. The first generation (1995-1998) is a completely different vehicle from everything after: a compact, four-cylinder, swing-door MPV on an Accord platform, not a sliding-door minivan - it must not be merged with gen 2. The Japanese-market Odyssey is a different vehicle line entirely and its generation boundaries do not apply here. The 4th generation's transmission changed mid-cycle (5-speed automatic 2011-2013, 6-speed phased in from 2014 starting with Touring trims), and the 5th generation ran two different transmissions in parallel by trim (ZF 9-speed on lower trims 2018-2019, Honda 10-speed on Touring/Elite, 10-speed on all trims from 2020) - both matter for failure grouping. VCM (Variable Cylinder Management) is the dominant multi-generation failure theme from 2005 onward.", "generations": [ { "gen_label": "1st generation (RA1-RA5)", "year_start": 1995, "year_end": 1998, "platform_code": "RA1-RA5 (Honda CD Accord-derived)", "engines": [ "2.2L F22B6 I4 (1995-1997)", "2.3L F23A7 I4 (1998)" ], "transmissions": [ "4-speed automatic" ], "known_issues": [ { "component": "Transmission", "description": "4-speed automatic wear at high mileage; the four-cylinder driveline is generally the least trouble-prone Odyssey powertrain.", "affected_years": "1995-1998" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Odyssey_(North_America)" ] }, { "gen_label": "2nd generation (RL1)", "year_start": 1999, "year_end": 2004, "platform_code": "RL1", "engines": [ "3.5L J35A1 / J35A4 V6" ], "transmissions": [ "B7XA / BYBA 4-speed automatic (1999-2001)", "BGRA 5-speed automatic (2002-2004)" ], "known_issues": [ { "component": "Transmission", "description": "Automatic transmission failure - the defining defect of this generation. A bearing breaks apart and metal fragments block oil passages, and the second-gear/countershaft area is starved of lubrication, leading to erratic shifting and lockup. Honda recalled MY2002-2004 vehicles (NHTSA 04V-176, roughly 1.1 million units) with an oil-jet kit / oil cooler return line revision, and extended the MY1999-2001 transmission warranty under litigation to 93 months / 109,000 miles. Five-speed units also suffered premature third-gear clutch pack wear.", "affected_years": "1999-2004" } ], "sources": [ "https://www.hondaproblems.com/transmission-failure/", "https://auto-recalls.justia.com/honda/odyssey/2004/04v176000/" ] }, { "gen_label": "3rd generation (RL3/RL4)", "year_start": 2005, "year_end": 2010, "platform_code": "RL3 (LX/EX), RL4 (EX-L/Touring)", "engines": [ "3.5L J35A6 / J35A7 V6, with VCM cylinder deactivation on EX-L and Touring" ], "transmissions": [ "BGRA / MJBA 5-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "VCM (Variable Cylinder Management) side effects: running on three cylinders lets oil past the rings on the deactivated bank, causing elevated oil consumption, fouled spark plugs and misfire codes P0301-P0304, and the resulting rough running destroys the active engine mounts. Honda ran a warranty extension for VCM spark plug fouling covering the J35 VCM engines.", "affected_years": "2005-2010 (VCM-equipped trims)" }, { "component": "Body", "description": "Power sliding door and power liftgate actuator failures continue.", "affected_years": "2005-2010" } ], "sources": [ "https://www.odyclub.com/threads/piston-rings-misfires-fouled-spark-plugs-the-vcm-mega-thread-what-is-vcm-does-my-vehicle-have-it-whats-so-bad-about-it-and-more.364470/", "https://en.wikipedia.org/wiki/Honda_Odyssey_(North_America)" ] }, { "gen_label": "4th generation (RL5)", "year_start": 2011, "year_end": 2017, "platform_code": "RL5", "engines": [ "3.5L J35Z8 V6 with VCM standard across the range" ], "transmissions": [ "5-speed automatic (2011-2013)", "6-speed automatic (phased in from 2014, initially Touring / Touring Elite)" ], "known_issues": [ { "component": "Engine", "description": "VCM-induced piston ring wear causing oil consumption, fouled plugs and misfires; American Honda issued a warranty extension covering spark plug fouling with DTCs P0301-P0304 on MY2008-2013 vehicles. Broken engine mounts are the common secondary failure.", "affected_years": "2011-2017 (extension covers through 2013)" }, { "component": "Body", "description": "Power sliding door failures and A/C condenser leaks from road debris.", "affected_years": "2011-2017" } ], "sources": [ "https://www.odyclub.com/threads/piston-rings-misfires-fouled-spark-plugs-the-vcm-mega-thread-what-is-vcm-does-my-vehicle-have-it-whats-so-bad-about-it-and-more.364470/", "https://en.wikipedia.org/wiki/Honda_Odyssey_(North_America)" ] }, { "gen_label": "5th generation (RL6)", "year_start": 2018, "year_end": 2025, "platform_code": "RL6", "engines": [ "3.5L J35Y6 V6, 280 hp, with VCM" ], "transmissions": [ "ZF 9HP 9-speed automatic (2018-2019, lower trims)", "Honda 10-speed automatic (2018-2019 Touring/Elite; all trims from 2020)" ], "known_issues": [ { "component": "Transmission", "description": "ZF 9HP 9-speed automatic harsh shifting, hesitation and delayed engagement on 2018-2019 lower-trim vans; Honda dropped the 9-speed in favor of its own 10-speed across the range for 2020.", "affected_years": "2018-2019" }, { "component": "Seats", "description": "Second-row 'Magic Slide' seat latch may not fully engage, allowing the seat to move in a crash; subject of Honda recall action.", "affected_years": "2018-2020" }, { "component": "Engine", "description": "VCM oil consumption and spark plug fouling persist on the J35Y6.", "affected_years": "2018-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Odyssey_(North_America)" ] } ] }, { "make": "FORD", "model": "MUSTANG", "notes": "The 1999-2004 'New Edge' restyle is a facelift of SN95, NOT a new generation - the platform is unchanged - but it is worth flagging on the site because the 4.6L 2V head casting (and its spark plug thread problem) changed within the SN95 run. Likewise the 2011 model year is a major mid-generation powertrain break inside S197: the 4.0L V6 / 4.6L 3V V8 / 5-speed transmissions were all replaced by the 3.7L Cyclone V6, 5.0L Coyote V8, MT82 6-speed manual and 6R80 6-speed automatic, so 2005-2010 and 2011-2014 complaint populations are not comparable. The Mustang Mach-E is a separate, unrelated electric crossover filed under its own NHTSA model string and must never be merged into 'MUSTANG'.", "generations": [ { "gen_label": "4th generation (SN95)", "year_start": 1994, "year_end": 2004, "platform_code": "SN95 / Fox-4 (1999-2004 restyle known as 'New Edge')", "engines": [ "3.8L Essex OHV V6 (3.9L for 2004)", "5.0L Windsor V8 (1994-1995 GT)", "4.6L 2V Modular SOHC V8 (1996-2004 GT)", "4.6L 4V Modular DOHC V8 (Cobra 1996-2001; supercharged 2003-2004)", "5.4L 4V (2000 Cobra R)" ], "transmissions": [ "T-5 5-speed manual (V6)", "T-45 / TR-3650 5-speed manual (GT/Cobra)", "4R70W 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "4.6L 2-valve spark plug thread pullout/blowout. The aluminum heads engage only about four threads, so plugs back out under combustion pressure and strip the head; Ford revised the casting to roughly eight threads for 2004. Repair requires a thread insert kit.", "affected_years": "1996-2003" }, { "component": "Engine", "description": "3.8L Essex V6 head gasket failure and intake manifold coolant leaks.", "affected_years": "1994-2004" }, { "component": "Drivetrain", "description": "8.8-inch solid rear axle bearing and ring/pinion wear on high-mileage GTs; Cobra IRS bushing and half-shaft wear.", "affected_years": "1999-2004" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Mustang", "https://lmr.com/item/LRS-12259RK/1999-04-Mustang-46L-2V-Spark-Plug-Repair-Kit" ] }, { "gen_label": "5th generation (S197)", "year_start": 2005, "year_end": 2014, "platform_code": "S197 (Ford D2C)", "engines": [ "4.0L Cologne SOHC V6 (2005-2010)", "4.6L 3V Modular V8 (2005-2010 GT)", "5.4L supercharged V8 (GT500 2007-2012)", "3.7L Cyclone V6 (2011-2014)", "5.0L Coyote V8 (2011-2014 GT)", "5.0L Road Runner (Boss 302, 2012-2013)", "5.8L supercharged V8 (GT500 2013-2014)" ], "transmissions": [ "TR-3650 5-speed manual (2005-2010)", "MT82 6-speed manual (2011-2014)", "5R55S 5-speed automatic (2005-2010)", "6R80 6-speed automatic (2011-2014)" ], "known_issues": [ { "component": "Transmission", "description": "MT82 6-speed manual notchy and grinding shifts, gear clash, 1-2 nibble and high-rpm lockout, worst when cold; Ford issued multiple TSBs revising the fluid, shifter and internals.", "affected_years": "2011-2014" }, { "component": "Engine", "description": "4.6L 3V variable cam timing phaser rattle and timing chain tensioner/guide wear producing a cold-start rattle.", "affected_years": "2005-2010" }, { "component": "Engine", "description": "4.0L SOHC V6 timing chain guide and tensioner wear (long chain runs to the rear-mounted cam drive), causing rattle and eventual timing failure.", "affected_years": "2005-2010" } ], "sources": [ "https://www.cjponyparts.com/resources/mt82-transmission-specs", "https://en.wikipedia.org/wiki/Ford_Mustang" ] }, { "gen_label": "6th generation (S550)", "year_start": 2015, "year_end": 2023, "platform_code": "S550", "engines": [ "3.7L Cyclone V6 (2015-2017)", "2.3L EcoBoost turbo I4 (2015-2023)", "5.0L Coyote V8 (Gen2 2015-2017, Gen3 2018-2023)", "5.2L Voodoo flat-plane V8 (GT350, 2016-2020)", "5.2L Predator supercharged V8 (GT500, 2020-2022)" ], "transmissions": [ "MT82 / MT82-D4 6-speed manual", "TREMEC TR-3160 6-speed manual (GT350/Mach 1)", "6R80 6-speed automatic (2015-2017)", "10R80 10-speed automatic (2018-2023)", "7-speed dual-clutch (GT500)" ], "known_issues": [ { "component": "Transmission", "description": "MT82-D4 6-speed manual shift quality complaints (notchiness, grind into 2nd when cold) continue on 2015-2017 cars; Ford revised the unit for 2018.", "affected_years": "2015-2017" }, { "component": "Engine", "description": "Gen 3 5.0L Coyote elevated oil consumption and cam phaser rattle on cold start.", "affected_years": "2018-2020" }, { "component": "Engine", "description": "5.2L Voodoo flat-plane-crank V8 (GT350) oil consumption and, on early cars, main bearing wear; Ford added an oil cooler and revised specs.", "affected_years": "2016-2018" }, { "component": "HVAC", "description": "A/C compressor and evaporator failures widely reported on early S550 cars.", "affected_years": "2015-2017" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Mustang_(sixth_generation)", "https://www.motorsportandperformance.com/brands/ford/mustang/15-17-mustang-gt/common-faults/" ] }, { "gen_label": "7th generation (S650)", "year_start": 2024, "year_end": 2025, "platform_code": "S650", "engines": [ "2.3L EcoBoost turbo I4, 315 hp", "5.0L Coyote Gen4 V8, 480-500 hp", "5.2L supercharged V8 (GTD)" ], "transmissions": [ "TREMEC TR-3160 6-speed manual", "10R80 10-speed automatic" ], "known_issues": [ { "component": "Electrical", "description": "Launch-year complaints center on the new all-digital instrument cluster and infotainment software rather than mechanical failures; too new for established systemic defects.", "affected_years": "2024" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Mustang" ] } ] }, { "make": "SUBARU", "model": "OUTBACK", "notes": "The Outback began as a trim level of the Legacy wagon (badged 'Legacy Outback' through 1999) and did not become a standalone model line in the US until the 4th generation (MY2010), when the US-market Legacy wagon was dropped. NHTSA records for 1996-1999 may appear under LEGACY as well as OUTBACK - check both. The 6th generation runs MY2020-2025; the redesigned, boxier 7th generation (BU) is a MY2026 car, so any 2025 record still belongs to BT. Head gasket failure is the defining multi-generation defect and changes character across generations: the 1996-1999 EJ25D DOHC failed INTERNALLY (combustion gas into the coolant, coolant into the cylinder), while the 2000-2009 EJ251/EJ253 SOHC failed EXTERNALLY (oil and coolant seepage at the gasket edge). Do not describe them as the same failure.", "generations": [ { "gen_label": "1st generation (BG/BK, 'Legacy Outback')", "year_start": 1995, "year_end": 1999, "platform_code": "BG (wagon) / BK (Legacy SUS sedan, 1998-1999)", "engines": [ "2.2L EJ22E SOHC H4 (1995-1996)", "2.5L EJ25D DOHC H4 (1996-1999)" ], "transmissions": [ "4EAT 4-speed automatic", "5-speed manual" ], "known_issues": [ { "component": "Engine", "description": "EJ25D DOHC internal head gasket failure: the multi-layer gasket fails between the cylinder and the coolant jacket, pushing combustion gas into the cooling system and drawing coolant into the cylinder. Typically causes overheating and misfire around 100,000 miles.", "affected_years": "1996-1999" }, { "component": "Transmission", "description": "4EAT 4-speed automatic duty solenoid C and torque converter clutch faults.", "affected_years": "1996-1999" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Outback", "https://www.underhoodservice.com/subaru-ej25-head-gasket-headaches/" ] }, { "gen_label": "2nd generation (BH)", "year_start": 2000, "year_end": 2004, "platform_code": "BH (wagon) / BE (Legacy sedan-based)", "engines": [ "2.5L EJ251 / EJ253 SOHC H4", "3.0L EZ30D DOHC H6 (2001-2004, VDC and L.L.Bean)" ], "transmissions": [ "4EAT 4-speed automatic", "5-speed manual" ], "known_issues": [ { "component": "Engine", "description": "EJ251/EJ253 SOHC external head gasket leak: composite gasket degrades at the outer edge and seeps oil and coolant down the block. Subaru's field remedy was a revised gasket plus a cooling-system conditioner additive, with extended coverage on some model years.", "affected_years": "2000-2004" }, { "component": "Suspension", "description": "Front and rear wheel bearing failure is a common recurring repair.", "affected_years": "2000-2004" }, { "component": "Emissions", "description": "Catalytic converter efficiency failures (P0420) frequently reported.", "affected_years": "2000-2004" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Outback", "https://ricksfreeautorepairadvice.com/subaru-head-gasket-woes-what-every-owner-needs-to-know/" ] }, { "gen_label": "3rd generation (BP)", "year_start": 2005, "year_end": 2009, "platform_code": "BP", "engines": [ "2.5L EJ253 SOHC H4", "2.5L EJ255 turbo H4 (2.5 XT)", "3.0L EZ30D H6 (3.0 R)" ], "transmissions": [ "4EAT 4-speed automatic", "5EAT 5-speed automatic (turbo and H6)", "5-speed manual" ], "known_issues": [ { "component": "Engine", "description": "EJ253 external head gasket seepage continues; Subaru's TSB coverage on this failure extends through the 2008 model year.", "affected_years": "2005-2009" }, { "component": "Turbocharger", "description": "EJ255 turbo failure from oil starvation - the banjo bolt oil supply filter clogs and oil cokes in the turbo center section, destroying the bearings and often sending debris into the engine.", "affected_years": "2005-2009 (2.5 XT)" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Outback", "https://www.underhoodservice.com/subaru-head-gaskets/" ] }, { "gen_label": "4th generation (BR)", "year_start": 2010, "year_end": 2014, "platform_code": "BR", "engines": [ "2.5L EJ253 SOHC H4 (2010-2012)", "2.5L FB25 DOHC H4 (2013-2014)", "3.6L EZ36D H6" ], "transmissions": [ "Lineartronic TR580 CVT (2.5L)", "5EAT 5-speed automatic (3.6R)", "6-speed manual (2.5i)" ], "known_issues": [ { "component": "Transmission", "description": "Lineartronic CVT (TR580) chain, valve body and torque converter lock-up faults producing shudder, judder and failure. Subaru extended CVT coverage to 10 years / 100,000 miles on MY2010-2015 Legacy and Outback (up from 5 years / 60,000 miles) with reimbursement for prior repairs, and issued TSB 16-90-13R revising the lock-up torque converter on 2010-2012 cars.", "affected_years": "2010-2014" }, { "component": "Engine", "description": "FB25 excessive oil consumption from the low-tension piston ring design; subject of a class-action settlement covering certain FB-engine vehicles.", "affected_years": "2013-2014" } ], "sources": [ "https://www.forbes.com/sites/jensen/2017/07/07/facing-complaints-subaru-offers-extended-warranties-on-1-5-million-vehicles/", "https://subaru.oemdtc.com/3560/2010-2015-subaru-cvt-warranty-extension/" ] }, { "gen_label": "5th generation (BS)", "year_start": 2015, "year_end": 2019, "platform_code": "BS", "engines": [ "2.5L FB25 DOHC H4, 175 hp", "3.6L EZ36D H6, 256 hp" ], "transmissions": [ "Lineartronic CVT (only transmission offered in the US)" ], "known_issues": [ { "component": "Transmission", "description": "CVT shudder and failure complaints continue; Subaru subsequently extended CVT coverage for MY2016-2018 vehicles as well.", "affected_years": "2015-2018" }, { "component": "Electrical", "description": "Parasitic battery drain causing repeated no-start, and widely reported windshield cracking from minimal impact.", "affected_years": "2015-2019" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Outback", "https://www.subaruoutback.org/threads/cvt-warranty-extended-for-2016-2017-and-2018.498631/" ] }, { "gen_label": "6th generation (BT)", "year_start": 2020, "year_end": 2025, "platform_code": "BT (Subaru Global Platform)", "engines": [ "2.5L FB25D direct-injection H4, 182 hp", "2.4L FA24F turbo H4, 260 hp (XT, Onyx XT, Wilderness)" ], "transmissions": [ "Lineartronic CVT (high-torque variant behind the FA24F)" ], "known_issues": [ { "component": "Infotainment", "description": "Starlink 11.6-inch multimedia unit freezing, rebooting and losing the backup camera display; addressed through repeated software updates.", "affected_years": "2020-2022" }, { "component": "Fuel system", "description": "Denso low-pressure in-tank fuel pump impeller deformation causing rough running and stalling; large cross-manufacturer recall.", "affected_years": "2019-2020" }, { "component": "Body", "description": "Windshield cracking complaints persist from the previous generation.", "affected_years": "2020-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Outback", "https://media.subaru.com/pressrelease/2309/subaru-debuts-all-new-2026-outback-bold-new" ] }, { "gen_label": "7th generation (BU)", "year_start": 2026, "year_end": 2026, "platform_code": "BU (Subaru Global Platform)", "engines": [ "2.5L H4, 180 hp", "2.4L turbo H4, 260 hp (XT and Wilderness)" ], "transmissions": [ "Lineartronic CVT" ], "known_issues": [], "sources": [ "https://media.subaru.com/pressrelease/2309/subaru-debuts-all-new-2026-outback-bold-new", "https://www.autonews.com/manufacturing/automakers/an-2026-subaru-outback-wilderness-redesign-0416/" ] } ] }, { "make": "CHEVROLET", "model": "TRAVERSE", "notes": "CRITICAL MY2024 COLLISION: because the UAW strike delayed the third generation, Chevrolet sold TWO different Traverses as 2024 models - the carryover second-generation C1XX vehicle badged '2024 Traverse Limited' (production started January 2024, the sixth and final year of gen 2, mechanically identical to the 2023) and the all-new third-generation '2024 Traverse' with the 2.5L turbo four. NHTSA files the carryover as 'TRAVERSE LIMITED'. Any 2024 record must be routed by that string or by powertrain (3.6L V6 + 9-speed = gen 2; 2.5L turbo I4 + 8-speed = gen 3), or two unrelated vehicles will merge. The Traverse replaced the Uplander/TrailBlazer in Chevrolet's lineup and shares the Lambda and C1XX platforms with the GMC Acadia and Buick Enclave, so defect patterns cross-reference those models.", "generations": [ { "gen_label": "1st generation", "year_start": 2009, "year_end": 2017, "platform_code": "GM Lambda (GMT966/GMT968)", "engines": [ "3.6L LLT direct-injection V6 (2009-2012)", "3.6L LFX V6 (2013-2017)" ], "transmissions": [ "6T75 6-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "3.6L direct-injection V6 timing chain stretch, setting P0008/P0016/P0017/P0018 cam-crank correlation codes and eventually causing rattle and running problems. Strongly correlated with the long oil-change intervals GM's oil life monitor originally permitted. GM Special Coverage Adjustment #11340C extended coverage for premature timing chain wear on MY2009 vehicles to 10 years / 120,000 miles; later years were not covered.", "affected_years": "2009-2013 (LLT worst; LFX improved from 2013)" }, { "component": "Engine", "description": "High-pressure fuel pump and PCV-related oil consumption on the LLT.", "affected_years": "2009-2012" }, { "component": "Seat belts", "description": "Front seat belt tensioner cable can separate from its anchor, leaving the belt unable to restrain an occupant; NHTSA recall covering Lambda-platform crossovers.", "affected_years": "2009-2014" }, { "component": "Steering", "description": "Power steering pump and pressure hose leaks causing loss of assist.", "affected_years": "2009-2013" } ], "sources": [ "https://timingchainreplacementcost.com/chevy-traverse", "https://en.wikipedia.org/wiki/Chevrolet_Traverse" ] }, { "gen_label": "2nd generation", "year_start": 2018, "year_end": 2023, "platform_code": "GM C1XX", "engines": [ "3.6L LFY V6, 310 hp", "2.0L LTG turbo I4 (RS, FWD only, 2018-2019 only)" ], "transmissions": [ "9T65 9-speed automatic (V6)", "9T50 9-speed automatic (2.0T)" ], "known_issues": [ { "component": "Transmission", "description": "9T65 9-speed automatic hesitation, harsh 1-2 engagement and shift-quality complaints, plus 'shift to park' message faults from the electronic shifter/park interlock.", "affected_years": "2018-2023" }, { "component": "Engine", "description": "3.6L LFY direct-injection intake valve carbon buildup and, at higher mileage, timing chain wear inherited from the LLT/LFX family.", "affected_years": "2018-2024" } ], "sources": [ "https://gmauthority.com/blog/gm/chevrolet/traverse/2024-chevrolet-traverse-limited/", "https://en.wikipedia.org/wiki/Chevrolet_Traverse" ] }, { "gen_label": "3rd generation", "year_start": 2024, "year_end": 2025, "platform_code": "GM VSS-S (C1XX-2)", "engines": [ "2.5L LK0 turbocharged I4, 315 hp (V6 dropped entirely)" ], "transmissions": [ "8-speed automatic (8L90-family)" ], "known_issues": [ { "component": "Powertrain", "description": "The move from a naturally aspirated V6 with a 9-speed to a turbocharged four with an 8-speed is a complete powertrain break; too new for established systemic defects, and complaint rates should not be compared to the prior generation.", "affected_years": "2024-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Traverse", "https://gmauthority.com/blog/gm/chevrolet/traverse/2024-chevrolet-traverse/" ], "mixed_years": [ 2024 ], "mixed_year_note": "В этот модельный год на рынке одновременно продавались обе версии; жалобы NHTSA не разделены по кузову." } ] }, { "make": "FORD", "model": "EXPLORER", "notes": "US-market split. NHTSA 'EXPLORER' should be treated as the 5-door mainstream SUV only: the 3-door Explorer Sport (1995-2003) and the Explorer Sport Trac pickup (2001-2005, 2007-2010) are separate NHTSA model names and must NOT be merged into these buckets. The 1st gen (UN46, 1991-1994) sits just before the 1996 data window and is included for completeness. Two boundaries are frequently misremembered: the 2nd gen 5-door ENDS at MY2001 (not 2002) while the 3-door Sport continued on the same UN105 body through MY2003; and the 2011 switch to the unibody D4 platform is the single biggest discontinuity in the nameplate's history (body-on-frame truck to car-based crossover) - never merge MY2010 and MY2011 data. The 2025 facelift is a mid-cycle refresh of U625, NOT a new generation, despite heavy interior/electrical rework. The Mercury Mountaineer (1997-2010) is a badge-engineered twin of gens 2-4 and complaint patterns transfer.", "generations": [ { "gen_label": "1st generation", "platform_code": "UN46", "year_start": 1991, "year_end": 1994, "engines": [ "4.0L Cologne OHV V6 (155-160 hp)" ], "transmissions": [ "M5OD-R1 5-speed manual", "A4LD 4-speed automatic" ], "known_issues": [ { "component": "Suspension/Tires", "description": "Early expression of the rollover/tire-separation pattern that later became the Firestone crisis; low recommended tire pressure (26 psi) combined with a high center of gravity.", "affected_years": "1991-1994" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Explorer" ] }, { "gen_label": "2nd generation", "platform_code": "UN105/UN150", "year_start": 1995, "year_end": 2001, "engines": [ "4.0L Cologne OHV V6 (160 hp)", "4.0L Cologne SOHC V6 (205-210 hp, 1997+)", "5.0L Windsor V8 (210-215 hp, 1996-2001, AWD only)" ], "transmissions": [ "M5OD-R1 5-speed manual", "4R44E/4R55E 4-speed automatic", "5R55E 5-speed automatic (SOHC V6)", "4R70W 4-speed automatic (V8)" ], "known_issues": [ { "component": "Tires/Rollover", "description": "Firestone ATX/Wilderness AT tread-separation failures leading to rollover; 6.5 million tires recalled in 2000 and Ford replaced a further 13 million in 2001. This is the dominant complaint cluster in ODI for these model years and it is a tire/vehicle-dynamics interaction, not a single component fault.", "affected_years": "1995-2001" }, { "component": "Engine", "description": "4.0L SOHC V6 timing chain cassette (plastic guide) and tensioner wear on the rear-mounted chain, producing a cold-start rattle and eventual chain jump; repair requires engine removal because the rear cassette is behind the block.", "affected_years": "1997-2001" }, { "component": "Body/Electrical", "description": "Door lock actuator failure and door-ajar switch corrosion causing interior lights and chime to stay on and battery drain." } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Explorer" ] }, { "gen_label": "3rd generation", "platform_code": "U152", "year_start": 2002, "year_end": 2005, "engines": [ "4.0L Cologne SOHC V6 (210 hp)", "4.6L 2V Modular V8 (239 hp)" ], "transmissions": [ "5R55S 5-speed automatic", "M5OD 5-speed manual (2002 only)" ], "known_issues": [ { "component": "Transmission", "description": "5R55S/5R55W solenoid pack and servo bore wear causing harsh or missing shifts, slipping and eventual loss of forward gears; a very high-volume ODI complaint cluster for this generation.", "affected_years": "2002-2005" }, { "component": "Engine", "description": "4.0L SOHC V6 rear timing chain cassette failure carried over from the previous generation.", "affected_years": "2002-2005" }, { "component": "Suspension", "description": "First Explorer with independent rear suspension; rear coil spring and lower control arm bushing wear, and rear differential/axle noise." } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Explorer" ] }, { "gen_label": "4th generation", "platform_code": "U251", "year_start": 2006, "year_end": 2010, "engines": [ "4.0L Cologne SOHC V6 (210 hp)", "4.6L 3V Modular V8 (292-315 hp)" ], "transmissions": [ "5R55S 5-speed automatic (V6)", "6R60 6-speed automatic (V8)" ], "known_issues": [ { "component": "Engine", "description": "4.6L 3-valve Modular V8 variable cam timing (VCT) phaser rattle and cam-phaser-related ticking; also difficult-to-remove two-piece spark plugs that can seize and break in the head.", "affected_years": "2006-2010" }, { "component": "Engine", "description": "4.0L SOHC V6 timing chain cassette failure (same rear-cassette design as prior generations).", "affected_years": "2006-2010" }, { "component": "Transmission", "description": "5R55S solenoid pack and servo bore wear continuing from the third generation.", "affected_years": "2006-2010" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Explorer" ] }, { "gen_label": "5th generation", "platform_code": "U502 (Ford D4)", "year_start": 2011, "year_end": 2019, "engines": [ "3.5L Ti-VCT Cyclone V6 (290 hp)", "3.7L Cyclone V6 (Police Interceptor Utility)", "2.0L EcoBoost I4 (240 hp, 2012-2015)", "2.3L EcoBoost I4 (280 hp, 2016-2019)", "3.5L EcoBoost twin-turbo V6 (365 hp, Sport/Platinum 2013-2019)" ], "transmissions": [ "6F50/6F55 6-speed automatic" ], "known_issues": [ { "component": "Drivetrain", "description": "Power Transfer Unit (PTU) failure on AWD models. The PTU sits adjacent to the catalytic converter, holds only about half a quart of gear oil, and was specified with 'lifetime' fluid and no service interval; heat breaks the fluid down, the internal gears and seals fail, producing a hot/gassy odor, whine, grinding and eventual seizure that can damage the transaxle.", "affected_years": "2011-2019, most reported 2013-2019" }, { "component": "Engine", "description": "Internal (timing-chain-driven) water pump failure on the 3.5L/3.7L Cyclone V6. The pump is behind the timing cover; when the seal fails, coolant can enter the crankcase and destroy bearings. Weep-hole drip near the alternator or A/C compressor is the early sign. Labor-intensive repair.", "affected_years": "2011-2019" }, { "component": "Exhaust/HVAC", "description": "Exhaust gas (carbon monoxide) intrusion into the passenger cabin, subject of NHTSA investigations PE16-007 and EA17-002; associated with cracked exhaust manifolds and unsealed body seams in the rear quarter. Most acute on Police Interceptor Utility units with aftermarket upfitting.", "affected_years": "2011-2017" }, { "component": "Engine", "description": "Cracked exhaust manifolds producing a ticking noise that mimics a lifter/exhaust leak." }, { "component": "Infotainment", "description": "MyFord Touch (MFT) freezing, reboots and unresponsive touchscreen; subject of a class-action settlement.", "affected_years": "2011-2015" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Explorer", "https://www.go-parts.com/garage/transfer-case-assembly-ford-explorer-lincoln-mkz-ford-police-interceptor-utility-2013-2019", "https://crewchief.cc/wiki/vehicle-problems/ford-explorer" ] }, { "gen_label": "6th generation", "platform_code": "U625 (Ford CD6, longitudinal RWD-based)", "year_start": 2020, "year_end": 2025, "engines": [ "2.3L EcoBoost I4 (300 hp)", "3.0L EcoBoost twin-turbo V6 (365-400 hp, ST/Platinum)", "3.3L Ti-VCT V6 hybrid (2020-2023)", "3.3L Ti-VCT V6 (Police Interceptor Utility)" ], "transmissions": [ "10R60 10-speed automatic" ], "known_issues": [ { "component": "Drivetrain", "description": "Rear axle horizontal mounting bolt can fracture under hard acceleration, allowing the driveshaft to disconnect from the rear axle. Because the park pawl acts on the transmission output side, a disconnected driveshaft means the vehicle can roll away when shifted to Park; also causes sudden loss of drive. Multiple recalls covering roughly 250,000-290,000 vehicles.", "affected_years": "2020-2022 (AWD with 2.3L EcoBoost or 3.3L hybrid)" }, { "component": "Powertrain control", "description": "PCM can intermittently reset while driving, causing loss of drive power, inability to shift into Park, or unintended engagement of Park at speed with possible pawl damage.", "affected_years": "2025" }, { "component": "Assembly quality", "description": "Chicago Assembly launch-quality problems produced an unusually dense recall cluster in the first model year, spanning trim, wiring, seat, and rear-view camera issues.", "affected_years": "2020" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Explorer", "https://apextechnation.com/articles/ford-explorer-common-problems", "https://fordauthority.com/2025/01/ford-explorer-lincoln-aviator-recalled-over-loose-transmission-bolts" ] } ] }, { "make": "HONDA", "model": "ACCORD", "notes": "CRITICAL US-vs-global divergence. From the 6th generation onward Honda built a North America-specific Accord that is a different car from the European/Japanese Accord. The Euro/JDM Accord of 2003-2008 (CL) was sold in the US as the ACURA TSX, and the JDM Inspire/Saber shares the NA Accord platform. So NHTSA 'ACCORD' is unambiguously the North American car and the global generation numbering lines up with the US model years listed here. Second caution: Honda's own generation numbering counts the 1994 model as the 5th generation, but the US 5th gen ENDS at MY1997 while global sources often print '1994-1998' (the 6th gen launched in the US as a MY1998 car built from August 1997). Body styles vary within generations (sedan/coupe through 2017, sedan-only from 2018; wagon through 1997). The Accord Hybrid (2005-2007 V6, 2014-2015, 2017-2025) is usually filed under 'ACCORD' in ODI but is a distinct powertrain.", "generations": [ { "gen_label": "5th generation", "platform_code": "CD3/CD4/CD5/CD6/CD7 (CE1 wagon)", "year_start": 1994, "year_end": 1997, "engines": [ "2.2L F22B1/F22B2 SOHC VTEC I4 (130-145 hp)", "2.7L C27A4 SOHC V6 (170 hp, 1995-1997)" ], "transmissions": [ "5-speed manual", "4-speed automatic" ], "known_issues": [ { "component": "Transmission", "description": "4-speed automatic durability complaints; harsh 1-2 shift and eventual clutch pack failure." }, { "component": "Ignition", "description": "Distributor internal coil and ignition control module failure causing intermittent no-start and stalling." }, { "component": "Body", "description": "Power window regulator failure and main relay heat-soak no-start." } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Accord" ] }, { "gen_label": "6th generation (North America)", "platform_code": "CG1-CG6 / CF8", "year_start": 1998, "year_end": 2002, "engines": [ "2.3L F23A1/A4/A5 SOHC VTEC I4 (135-150 hp)", "3.0L J30A1 SOHC VTEC V6 (200 hp)" ], "transmissions": [ "5-speed manual", "BAXA/MAXA 4-speed automatic (I4)", "B7XA/M7ZA 4-speed automatic (V6)" ], "known_issues": [ { "component": "Transmission", "description": "Premature automatic transmission failure, worst on the V6 (B7XA/M7ZA). The design starves the 2nd and 3rd gear clutch packs of lubrication, causing overheating, slipping and burnt clutch material; weak differential bearings and the absence of a serviceable filter compound it. Honda extended the powertrain warranty to 93 months/109,000 miles on affected cars.", "affected_years": "1998-2002, most severe 2000-2001 V6" }, { "component": "Engine", "description": "F23 balance shaft seal leak causing rapid oil loss (the seal can back out of the block); often misdiagnosed as an oil pan leak." }, { "component": "Electrical", "description": "Ignition switch failure causing stalling and no-start (subject of recall action on this era of Honda)." } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Accord_(sixth_generation)", "https://www.hondaproblems.com/models/accord/generations/6/", "https://blog.1aauto.com/6th-gen-honda-accord-problems/" ] }, { "gen_label": "7th generation (North America)", "platform_code": "CM4/CM5/CM6 sedan, CM7/CM8 coupe", "year_start": 2003, "year_end": 2007, "engines": [ "2.4L K24A4 DOHC i-VTEC I4 (160 hp, 2003-2005)", "2.4L K24A8 DOHC i-VTEC I4 (166 hp, 2006-2007)", "3.0L J30A4 SOHC VTEC V6 (240 hp, 2003-2005)", "3.0L J30A5 SOHC i-VTEC V6 (244 hp, 2006-2007)", "3.0L JNA1 V6 with VCM, Accord Hybrid (253-255 hp, 2005-2007)" ], "transmissions": [ "5-speed manual", "5-speed automatic (BAYA/MAYA)", "6-speed manual (V6 coupe; V6 sedan 2006-2007)" ], "known_issues": [ { "component": "Transmission", "description": "V6 5-speed automatic (BAYA) second-gear and countershaft bearing failure causing loss of drive; addressed by NHTSA recall 11V-395 and Honda warranty extensions.", "affected_years": "2003-2004 V6 automatic" }, { "component": "Engine", "description": "V6 models with Variable Cylinder Management (VCM) show spark plug fouling and elevated oil consumption; the Accord Hybrid's VCM V6 is the first US application." }, { "component": "Airbags", "description": "Takata front airbag inflator propellant degradation causing rupture; this generation is in the highest-risk 'Alpha' population for some 2001-2003 Honda inflators.", "affected_years": "2003-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Accord_(North_America_seventh_generation)" ] }, { "gen_label": "8th generation (North America)", "platform_code": "CP2/CP3 sedan, CS1/CS2 coupe", "year_start": 2008, "year_end": 2012, "engines": [ "2.4L K24Z2 i-VTEC I4 (177 hp)", "2.4L K24Z3 i-VTEC I4 (190 hp)", "3.5L J35Z2 SOHC V6 with VCM (268-271 hp)", "3.5L J35Z3 V6 (manual coupe)" ], "transmissions": [ "5-speed manual", "5-speed automatic", "6-speed manual (V6 coupe)" ], "known_issues": [ { "component": "Engine", "description": "J35 V6 Variable Cylinder Management (VCM) deactivates cylinders, allowing oil past the rings of the deactivated bank; results in excessive oil consumption, fouled/oil-soaked spark plugs, misfires and premature failure of the active engine mounts. Subject of a class-action settlement covering 2008-2012 V6 models.", "affected_years": "2008-2012 V6" }, { "component": "Brakes", "description": "Rear brake pads wear out in roughly 15,000-20,000 miles because the electronic brake distribution calibration applies excessive force to the rear wheels; subject of a class-action settlement.", "affected_years": "2008-2010" }, { "component": "Airbags", "description": "Unexpected side-curtain airbag deployment traced to a software fault; roughly 300,000 Accords recalled.", "affected_years": "2008-2009" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Accord_(North_America_eighth_generation)" ] }, { "gen_label": "9th generation", "platform_code": "CR2/CR3 sedan, CT1/CT2 coupe", "year_start": 2013, "year_end": 2017, "engines": [ "2.4L K24W Earth Dreams direct-injection I4 (185-189 hp)", "3.5L J35Y V6 with VCM (278 hp)", "2.0L Atkinson I4 hybrid (2014-2015, 2017)" ], "transmissions": [ "CVT (I4)", "6-speed manual", "6-speed automatic (V6)", "e-CVT (Hybrid)" ], "known_issues": [ { "component": "Engine", "description": "J35Y V6 VCM oil consumption and spark plug fouling continues from the previous generation.", "affected_years": "2013-2017 V6" }, { "component": "Electrical", "description": "HandsFreeLink Bluetooth module fails to power down, creating a parasitic battery drain and repeat dead batteries; Honda service bulletins direct disconnecting or replacing the module.", "affected_years": "2013-2016" }, { "component": "Airbags", "description": "Takata inflator recalls cover early model years of this generation.", "affected_years": "2013-2016" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Accord" ] }, { "gen_label": "10th generation", "platform_code": "CV1-CV3", "year_start": 2018, "year_end": 2022, "engines": [ "1.5L L15BE turbocharged I4 (192 hp)", "2.0L K20C4 turbocharged I4 (252 hp, 2018-2020)", "2.0L Atkinson I4 two-motor hybrid (212 hp)" ], "transmissions": [ "CVT (1.5T)", "10-speed automatic (2.0T)", "6-speed manual (2018-2020)", "e-CVT (Hybrid)" ], "known_issues": [ { "component": "Engine", "description": "1.5L turbo (L15) fuel dilution of engine oil in cold climates: incomplete combustion during short trips lets gasoline past the rings into the crankcase, raising oil level and thinning it. Honda issued PCM/HVAC software update campaigns and extended powertrain warranty coverage on the affected 1.5T population.", "affected_years": "2018-2019" }, { "component": "Driver assistance", "description": "Honda Sensing radar/camera false positives causing spurious collision-mitigation braking and lane-keep warnings, often triggered by front grille or windshield conditions.", "affected_years": "2018-2020" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Accord", "https://www.consumerreports.org/car-recalls-defects/honda-extends-warranty-on-troubled-turbo-engines" ] }, { "gen_label": "11th generation", "platform_code": "CY", "year_start": 2023, "year_end": 2025, "engines": [ "1.5L L15 turbocharged I4 (192 hp)", "2.0L Atkinson I4 fourth-generation two-motor hybrid (204 hp)" ], "transmissions": [ "CVT", "e-CVT (Hybrid)" ], "known_issues": [], "sources": [ "https://en.wikipedia.org/wiki/Honda_Accord" ] } ] }, { "make": "HONDA", "model": "CR-V", "notes": "US model years lag global production by two years at the start: the RD1 CR-V entered production in Japan in 1995 but reached US dealers in February 1997 as a MY1997 car, which matches the NHTSA data window starting at 1997. Wikipedia lists the first generation as '1995-2001' (global) - do not use that as the US boundary. The most important intra-generation break is the 4th generation: MY2012-2014 use the port-injected K24Z7 with a 5-speed automatic, while MY2015-2016 use the direct-injection K24W Earth Dreams engine with a CVT. That is a complete powertrain swap inside one generation and failure patterns differ sharply on either side of it, so 4th-gen complaint data should be sub-split at 2015. Generation boundaries here are uncontested across sources.", "generations": [ { "gen_label": "1st generation", "platform_code": "RD1/RD2 (US)", "year_start": 1997, "year_end": 2001, "engines": [ "2.0L B20B I4 (126 hp, 1997-1998)", "2.0L B20Z I4 (146 hp, 1999-2001)" ], "transmissions": [ "4-speed automatic", "5-speed manual" ], "known_issues": [ { "component": "Drivetrain", "description": "Real Time 4WD rear differential judder/binding on tight turns caused by degraded fluid; requires Honda Dual Pump Fluid II, and generic gear oil makes it worse." }, { "component": "Engine", "description": "B20 interference engine - timing belt failure causes valve-to-piston contact; belt and water pump are a scheduled-replacement item often deferred." }, { "component": "HVAC", "description": "A/C condenser and compressor failure, with debris from a failed compressor contaminating the system." } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_CR-V" ] }, { "gen_label": "2nd generation", "platform_code": "RD4-RD7 (US)", "year_start": 2002, "year_end": 2006, "engines": [ "2.4L K24A1 i-VTEC I4 (160 hp)" ], "transmissions": [ "4-speed automatic (2002-2004)", "5-speed automatic (2005-2006)", "5-speed manual (2002-2004)" ], "known_issues": [ { "component": "Electrical", "description": "Driver's door master power window switch can short internally when liquid enters, overheat and start a fire; subject of a large Honda recall.", "affected_years": "2002-2004" }, { "component": "HVAC", "description": "A/C compressor clutch and condenser failure with system contamination." }, { "component": "Drivetrain", "description": "Rear differential judder from degraded Dual Pump Fluid, carried over from the first generation." } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_CR-V" ] }, { "gen_label": "3rd generation", "platform_code": "RE1-RE5", "year_start": 2007, "year_end": 2011, "engines": [ "2.4L K24Z1 i-VTEC I4 (166 hp, 2007-2009)", "2.4L K24Z6 i-VTEC I4 (180 hp, 2010-2011)" ], "transmissions": [ "5-speed automatic" ], "known_issues": [ { "component": "Body", "description": "Door lock actuator failure, frequently on multiple doors, with locks cycling on their own or refusing to operate." }, { "component": "HVAC", "description": "A/C condenser puncture from road debris and compressor failure; the condenser sits low and exposed." } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_CR-V" ] }, { "gen_label": "4th generation", "platform_code": "RM1-RM4", "year_start": 2012, "year_end": 2016, "engines": [ "2.4L K24Z7 port-injected i-VTEC I4 (185 hp, 2012-2014)", "2.4L K24W Earth Dreams direct-injection I4 (185 hp, 181 lb-ft, 2015-2016)" ], "transmissions": [ "5-speed automatic (2012-2014)", "CVT (2015-2016)" ], "known_issues": [ { "component": "Powertrain", "description": "Major mid-generation powertrain change at MY2015: the port-injected K24Z7 plus 5-speed automatic was replaced by the direct-injection K24W plus CVT. Treat 2012-2014 and 2015-2016 as distinct failure populations.", "affected_years": "boundary at 2015" }, { "component": "Engine/NVH", "description": "Pronounced idle and low-speed vibration in Drive on the 2015-2016 direct-injection/CVT cars; Honda issued service bulletins with revised engine mounts, driveshaft and PCM/CVT software.", "affected_years": "2015-2016" }, { "component": "HVAC", "description": "A/C condenser leaks, a persistent complaint across this generation." } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_CR-V_(fourth_generation)", "https://hondanews.com/en-US/honda-automobiles/releases/release-68e1b3fc42af42a9a3cd90cc1d99c9d2-2015-honda-cr-v-overview", "https://www.greencarcongress.com/2014/10/20141004-crv.html" ] }, { "gen_label": "5th generation", "platform_code": "RW1/RW2, RT5/RT6 (hybrid)", "year_start": 2017, "year_end": 2022, "engines": [ "2.4L K24W I4 (184 hp, 2017 LX only)", "1.5L L15BE turbocharged I4 (190 hp)", "2.0L Atkinson I4 two-motor hybrid (2020-2022)" ], "transmissions": [ "CVT", "e-CVT (Hybrid)" ], "known_issues": [ { "component": "Engine", "description": "1.5L turbo oil dilution: incomplete combustion in cold weather and on short trips lets gasoline seep past the rings into the crankcase, raising the dipstick level, thinning the oil, producing a fuel smell and in some cases hesitation or stalling. Honda ran a product update in October 2018 for five cold-weather states, expanded to 21 states in December 2018, revising engine control and HVAC software, and extended the powertrain warranty to six years with no mileage limit on 2017-2018 1.5T cars.", "affected_years": "2017-2018, complaints continue into 2019" }, { "component": "HVAC", "description": "A/C condenser leaks, frequently at the seam, causing loss of cooling; a high-volume complaint on early model years.", "affected_years": "2017-2019" }, { "component": "Engine", "description": "Hard starting and stalling reported on early 1.5T cars, related to the same fuel-in-oil mechanism.", "affected_years": "2017-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_CR-V", "https://www.consumerreports.org/car-recalls-defects/honda-extends-warranty-on-troubled-turbo-engines", "https://www.cars.com/articles/fix-coming-for-honda-cr-v-oil-fuel-problem-details-still-unclear-1420703180990/" ] }, { "gen_label": "6th generation", "platform_code": "RS", "year_start": 2023, "year_end": 2025, "engines": [ "1.5L L15 turbocharged I4 (190 hp)", "2.0L Atkinson I4 fourth-generation two-motor hybrid (204 hp)" ], "transmissions": [ "CVT", "e-CVT (Hybrid)" ], "known_issues": [], "sources": [ "https://en.wikipedia.org/wiki/Honda_CR-V" ] } ] }, { "make": "FORD", "model": "EDGE", "notes": "DATA-QUALITY FLAG: the NHTSA span given as 2004-2024 cannot be right at the low end. The Edge did not exist before MY2007 (it launched in late 2006 as a 2007 model). MY2004-2006 'EDGE' records in ODI are almost certainly owner data-entry errors or mis-keyed VINs and should be dropped or re-keyed rather than assigned to a generation. At the high end, North American production ended 26 April 2024, so MY2024 is a partial/short model year with low volume. There is a third-generation Edge (Edge L, CDX706 on the Ford C2 platform, 2023-present) but it is CHINA ONLY and never sold in the US - do not create a US page for it. The Lincoln MKX/Nautilus is the Edge's platform twin for both US generations and shares most failure modes.", "generations": [ { "gen_label": "1st generation", "platform_code": "U387 (Ford CD3)", "year_start": 2007, "year_end": 2014, "engines": [ "3.5L Duratec 35 Cyclone V6 (265 hp, 2007-2014)", "3.7L Duratec 37 Cyclone V6 (305 hp, Sport, 2011-2014)", "2.0L EcoBoost I4 (240 hp, 2012-2014)" ], "transmissions": [ "6F50 6-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "Internal water pump failure on the 3.5L/3.7L Cyclone V6. The pump is chain-driven behind the timing cover; when the shaft seal fails, coolant enters the crankcase and destroys bearings with little warning. Failures cluster roughly between 80,000 and 150,000 miles and there was no US recall.", "affected_years": "2007-2014 V6" }, { "component": "Drivetrain", "description": "Power Transfer Unit and rear drive unit failure on AWD models, presenting as whine, grinding or clunking from the driveline." }, { "component": "Engine management", "description": "Electronic throttle body failure causing 'reduced engine power' limp mode and stalling; addressed by a Ford customer satisfaction program on this era of Duratec V6.", "affected_years": "2007-2010" }, { "component": "Brakes", "description": "Brake master cylinder seal allows brake fluid to leak into the vacuum booster, reducing braking assist; recalled on 2.0L EcoBoost cars.", "affected_years": "2013-2014" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Edge", "https://www.cherishyourcar.com/ford-edge-engine-problems/" ] }, { "gen_label": "2nd generation", "platform_code": "CD539 (Ford CD4)", "year_start": 2015, "year_end": 2024, "engines": [ "2.0L EcoBoost I4 (245-250 hp)", "2.7L EcoBoost twin-turbo V6 (315-335 hp, Sport/ST)", "3.5L Duratec V6 (280 hp, 2015-2018)" ], "transmissions": [ "6F35 6-speed automatic (2015-2018)", "8F35 8-speed automatic (2019-2024)" ], "known_issues": [ { "component": "Engine", "description": "2.0L EcoBoost coolant intrusion into the cylinders. The block casting has a narrow coolant passage between cylinders that compromises the head gasket seal, letting coolant enter a cylinder; symptoms are single-cylinder misfire codes (P0301/P0302/P0303), white exhaust smoke and unexplained coolant loss, progressing to washed cylinder walls and engine failure. Ford revised the block casting for roughly mid-2019 production, so later cars are far less affected. The durable repair is a short block or engine replacement.", "affected_years": "2015-2018 (and early 2019 build)" }, { "component": "Transmission", "description": "8F35 8-speed torque converter shudder, harsh or delayed engagement and flare shifts; also reported as a 'clunk' on 1-2 and on reverse engagement.", "affected_years": "2019-2024" }, { "component": "Drivetrain", "description": "PTU/rear drive unit failure on AWD models producing whine, grinding and clunk, with costly rear drive unit replacement." }, { "component": "Brakes", "description": "Brake master cylinder seal allows fluid to migrate into the brake booster, reducing braking performance; recalled.", "affected_years": "2015-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Edge", "https://www.go-parts.com/garage/obd-p0301-ford-edge-2015-2019", "https://fordauthority.com/2020/12/new-lawsuit-targets-ford-ecoboost-four-cylinder-coolant-leaks/" ] } ] }, { "make": "TOYOTA", "model": "COROLLA", "notes": "US model years diverge substantially from global production years for this nameplate and this is where most errors happen. Three specific traps: (1) the E110 was delayed in North America - Toyota kept selling the E100 through MY1997 and the E110 arrived only as a MY1998 car (mid-1997 launch), so the US boundary is 1997/1998, not 1995/1996; (2) North America got the E130 body (a US-specific variant of the ninth generation, sold MY2003-2008) while Japan/Europe got the E120 from 2000, so there is a two-year offset; (3) the twelfth generation split by body style - the Corolla HATCHBACK arrived as a MY2019 car on the E210 platform while the MY2019 SEDAN was still the outgoing E170. If NHTSA 'COROLLA' pools hatchback and sedan records, MY2019 is a mixed bucket and needs a VIN/body-style split. Separately, the Corolla iM (2017-2018, a rebadged Scion iM on the E170-family Auris platform), Corolla Cross, Corolla iA/Yaris sedan (a rebadged Mazda2) and Corolla Matrix are distinct NHTSA model names and must not be merged in.", "generations": [ { "gen_label": "7th generation", "platform_code": "E100", "year_start": 1993, "year_end": 1997, "engines": [ "1.6L 4A-FE I4 (100-105 hp)", "1.8L 7A-FE I4 (105-115 hp)" ], "transmissions": [ "5-speed manual", "3-speed automatic", "A245E 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "4A-FE/7A-FE oil leaks from the valve cover and front crank seal at high mileage; otherwise this generation is regarded as structurally sound with no dominant systemic defect." } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Corolla" ] }, { "gen_label": "8th generation", "platform_code": "E110", "year_start": 1998, "year_end": 2002, "engines": [ "1.8L 1ZZ-FE I4 (120 hp, 1998-1999; 125 hp, 2000-2002)" ], "transmissions": [ "5-speed manual", "A245E 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "1ZZ-FE excessive oil consumption. The early 1ZZ-FE piston has a low-tension oil ring with too few and too small oil-return holes in the ring land; the holes coke over, the ring stops scraping, and the engine burns oil, sometimes a quart per 1,000 miles or worse. Toyota revised the piston design later in the engine's life.", "affected_years": "1998-2002" }, { "component": "Engine", "description": "Oil gelling/sludge complaints on some 1ZZ-FE units when extended drain intervals were used; Toyota ran a customer support program covering sludge-related engine damage on several 1990s-2000s engine families." } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Corolla" ] }, { "gen_label": "9th generation (North American E130 body)", "platform_code": "E130 (E120 family)", "year_start": 2003, "year_end": 2008, "engines": [ "1.8L 1ZZ-FE I4 (126-130 hp)" ], "transmissions": [ "5-speed manual", "U240E 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "1ZZ-FE excessive oil consumption from the piston oil-ring/oil-return-hole design, carried over and heavily reported on this generation. Toyota issued Warranty Enhancement Program ZE7 covering 1ZZ-FE oil consumption on these model years with extended coverage.", "affected_years": "2003-2008, most reported 2003-2005" }, { "component": "Engine management", "description": "Engine control module failure causing harsh shifting, check-engine light and stalling; NHTSA recall 10V-292 (2010) covered 1ZZ-FE Corolla and Matrix.", "affected_years": "2005-2008" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Corolla" ] }, { "gen_label": "10th generation", "platform_code": "E140/E150", "year_start": 2009, "year_end": 2013, "engines": [ "1.8L 2ZR-FE I4 (132 hp)", "2.4L 2AZ-FE I4 (158 hp, XRS 2009-2010)" ], "transmissions": [ "5-speed manual", "U340E 4-speed automatic", "5-speed automatic (XRS)" ], "known_issues": [ { "component": "Accelerator/Unintended acceleration", "description": "Covered by Toyota's 2009-2010 unintended-acceleration recalls: floor mat pedal entrapment and, separately, CTS-supplied accelerator pedal assemblies that could stick or return slowly due to friction-lever wear.", "affected_years": "2009-2010" }, { "component": "Steering", "description": "Electric power steering complaints of wandering, loose on-center feel and darting, subject of NHTSA investigation PE11-016 and Toyota service action on the EPS ECU calibration.", "affected_years": "2009-2010" }, { "component": "Engine", "description": "2.4L 2AZ-FE oil consumption from piston ring design on the XRS trim (the same mechanism documented on the Camry/RAV4 2AZ-FE); Toyota ran a warranty enhancement program.", "affected_years": "2009-2010 XRS" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Corolla_(E140)" ] }, { "gen_label": "11th generation", "platform_code": "E170/E180", "year_start": 2014, "year_end": 2019, "engines": [ "1.8L 2ZR-FE I4 (132 hp)", "1.8L 2ZR-FAE Valvematic I4 (140 hp, LE Eco)" ], "transmissions": [ "K313 CVT", "4-speed automatic (2014 L trim)", "6-speed manual" ], "known_issues": [ { "component": "Fuel system", "description": "Denso low-pressure in-tank fuel pump impeller can deform from fuel absorption and contact the pump housing, causing the pump to stop and the engine to stall without warning; covered by Toyota's large 2020 fuel pump recall campaign.", "affected_years": "2018-2019" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Corolla_(E170)", "https://carbuzz.com/cars/toyota/corolla/generations/" ] }, { "gen_label": "12th generation", "platform_code": "E210 (TNGA-C)", "year_start": 2020, "year_end": 2025, "engines": [ "1.8L 2ZR-FAE I4 (139 hp)", "2.0L M20A-FKS Dynamic Force I4 (169 hp, SE/XSE)", "1.8L hybrid (121 hp system, 2020-2025)", "2.0L hybrid (196 hp system, 2023-2025)" ], "transmissions": [ "K120 Direct Shift-CVT with physical launch gear (2.0L)", "CVT (1.8L)", "6-speed manual (hatchback SE/XSE, 2019-2022)", "e-CVT (Hybrid)" ], "known_issues": [ { "component": "Fuel system", "description": "Denso low-pressure fuel pump impeller deformation causing stalling; covered by the 2020 recall campaign on the earliest model years of this generation.", "affected_years": "2019-2020" }, { "component": "Body style boundary", "description": "The Corolla Hatchback arrived on this platform for MY2019 while the MY2019 sedan was still the previous E170 generation; MY2019 'COROLLA' records are therefore a mixed-generation bucket.", "affected_years": "2019" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Corolla_(E210)", "https://en.wikipedia.org/wiki/Toyota_Corolla" ] } ] }, { "make": "HYUNDAI", "model": "ELANTRA", "notes": "The J1 first generation (US MY1992-1995) falls just before the NHTSA data window and is omitted. Boundary warning: several reference sites print the fifth generation as US 2011-2015, which is wrong - the MD/UD ran through MY2016 in the US and the AD arrived for MY2017. Body-variant warning: the Elantra Touring (US MY2009-2012) is an i30/FD-platform wagon and the Elantra GT (US MY2013-2017 on GD, MY2018-2020 on PD) is an i30 hatchback; both are mechanically different cars from the sedan of the same years and are usually separate NHTSA model names ('ELANTRA TOURING', 'ELANTRA GT'). If any of those records leak into 'ELANTRA', they will distort the sedan generations. The Elantra Coupe (2013-2014) and Elantra N (2022-2025) are within the sedan generations. Cross-cutting the last three generations is the immobilizer/theft issue, which is a security design gap rather than a mechanical defect but dominates recent ODI volume.", "generations": [ { "gen_label": "2nd generation", "platform_code": "J2/J3 (RD)", "year_start": 1996, "year_end": 2000, "engines": [ "1.8L Beta G4GM I4 (130 hp)", "2.0L Beta G4GF I4 (140 hp, 1999-2000)" ], "transmissions": [ "4-speed automatic", "5-speed manual" ], "known_issues": [ { "component": "Engine", "description": "Beta engines are interference designs; timing belt failure at the scheduled 60,000-mile interval causes valve-to-piston contact and engine destruction." }, { "component": "Engine management", "description": "Crankshaft position sensor failure causing intermittent stalling and no-restart until cool." } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Elantra" ] }, { "gen_label": "3rd generation", "platform_code": "XD (facelift XD2 from 2004)", "year_start": 2001, "year_end": 2006, "engines": [ "2.0L Beta II G4GC I4 (135-138 hp)" ], "transmissions": [ "4-speed automatic", "5-speed manual" ], "known_issues": [ { "component": "Engine management", "description": "Crankshaft position sensor and ignition coil failures causing stalling and misfire." }, { "component": "Emissions", "description": "Premature catalytic converter and oxygen sensor failure driving check-engine complaints." } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Elantra" ] }, { "gen_label": "4th generation", "platform_code": "HD", "year_start": 2007, "year_end": 2010, "engines": [ "2.0L Beta II G4GC I4 (138 hp)" ], "transmissions": [ "4-speed automatic", "5-speed manual" ], "known_issues": [ { "component": "Airbags", "description": "Occupant classification system faults disabling the passenger airbag; also Takata inflator recall exposure on later model years.", "affected_years": "2007-2010" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Elantra" ] }, { "gen_label": "5th generation", "platform_code": "MD (global) / UD (North America)", "year_start": 2011, "year_end": 2016, "engines": [ "1.8L Nu MPI I4 (148 hp 2011-2013, re-rated 145 hp 2014-2016)", "2.0L Nu I4 (173 hp, Sport, 2014-2016)" ], "transmissions": [ "A6GF 6-speed automatic", "6-speed manual" ], "known_issues": [ { "component": "Engine", "description": "Nu-family engines are part of the Hyundai/Kia GDI/MPI connecting-rod bearing class settlement: machining debris left in the crankshaft oil passages abrades the rod bearings, producing knocking, then seizure or stalling. Remedy included a knock-sensor detection software update and extended coverage.", "affected_years": "2011-2016" }, { "component": "Steering", "description": "Steering column intermediate shaft/universal joint coupling can loosen, causing increased steering effort or loss of steering control; recalled.", "affected_years": "2011-2012" }, { "component": "Anti-theft", "description": "Turn-key ignition trims were built without an engine immobilizer, allowing the ignition cylinder to be defeated and the car started with a USB connector; drove a nationwide theft surge from 2022 and a Hyundai anti-theft software update campaign.", "affected_years": "2011-2016 key-start trims" }, { "component": "Fuel economy labeling", "description": "EPA-mandated 2012 restatement of fuel economy ratings for this generation (not a safety defect, but it generates complaint volume).", "affected_years": "2011-2013" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Elantra", "https://carbuzz.com/cars/hyundai/elantra/generations/", "https://www.kbb.com/car-news/2017-hyundai-elantra-opens-at-17985/" ] }, { "gen_label": "6th generation", "platform_code": "AD", "year_start": 2017, "year_end": 2020, "engines": [ "2.0L Nu MPI I4 (147 hp)", "1.4L Gamma turbo GDI I4 (128 hp, Eco 2017-2018)", "1.6L Gamma turbo GDI I4 (201 hp, Sport 2017-2020)" ], "transmissions": [ "6-speed automatic", "7-speed dual-clutch (Eco/Sport)", "6-speed manual", "IVT continuously variable (2019-2020 SE/SEL)" ], "known_issues": [ { "component": "Engine", "description": "Nu 2.0L connecting-rod bearing failure leading to knocking, engine seizure, stalling and in some cases engine-compartment fire; addressed through recalls and the Hyundai/Kia engine settlement with knock-sensor detection software and coverage extended to 15 years/150,000 miles.", "affected_years": "2017-2020" }, { "component": "Transmission", "description": "7-speed dual-clutch transmission shudder, hesitation from a stop and clutch actuator faults on the 1.4T and 1.6T trims.", "affected_years": "2017-2018" }, { "component": "Anti-theft", "description": "Key-start trims lack an engine immobilizer, enabling the widely publicized USB-key theft method.", "affected_years": "2017-2020 key-start trims" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Elantra", "https://safetyresearch.net/hyundai-kias-billion-dollar-engine-problem-that-broke-the-nhtsa-civil-penalty-barrier/" ] }, { "gen_label": "7th generation", "platform_code": "CN7 (K3 platform); facelift for MY2024", "year_start": 2021, "year_end": 2025, "engines": [ "2.0L Smartstream MPI I4 (147 hp)", "1.6L Smartstream hybrid (139 hp system)", "1.6L Smartstream turbo GDI I4 (201 hp, N Line)", "2.0L turbo GDI I4 (276 hp, Elantra N, 2022-2025)" ], "transmissions": [ "IVT continuously variable", "6-speed automatic (hybrid)", "7-speed dual-clutch (N Line)", "8-speed wet dual-clutch (Elantra N)", "6-speed manual (Elantra N 2022-2023)" ], "known_issues": [ { "component": "Anti-theft", "description": "Early key-start production lacks an engine immobilizer, the same theft vulnerability as the two previous generations; Hyundai made immobilizers standard during 2022 production.", "affected_years": "2021-2022 key-start trims" }, { "component": "Brakes", "description": "ABS/hydraulic electronic control unit moisture ingress and short-circuit risk, subject of Hyundai recall action across several 2021-2022 models." } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Elantra" ] } ] }, { "make": "CHEVROLET", "model": "TAHOE", "notes": "The Tahoe nameplate begins at MY1995 (replacing the full-size 2-door Blazer), so there is nothing before the 1996 data window except MY1995. IMPORTANT OVERLAP: for MY2000 only, GM sold TWO different Tahoes side by side - the all-new GMT800 Tahoe, and carryover GMT400-platform special editions (the RWD Tahoe Limited and the 4WD Tahoe Z71). MY2000 'TAHOE' complaint records are therefore a genuinely mixed bucket and need a VIN split; the vast majority are GMT800. The 2-door Tahoe existed only 1995-1999. The Tahoe Hybrid (2008-2013) is often a separate NHTSA nameplate. The GMC Yukon, Yukon XL, Chevrolet Suburban and Cadillac Escalade are the same vehicles under different badges in every generation, and their defect data transfers directly. The 2021 T1XX generation is a bigger break than it looks - it introduced independent rear suspension and a new body, so do not blend 2020 and 2021.", "generations": [ { "gen_label": "1st generation", "platform_code": "GMT400 (GMT410/GMT430)", "year_start": 1995, "year_end": 1999, "engines": [ "5.7L L05 TBI V8 (200 hp, 1995)", "5.7L L31 Vortec 5700 V8 (255 hp, 1996-1999)", "6.5L Detroit Diesel turbo V8 (180 hp, 2-door 4WD)" ], "transmissions": [ "4L60E 4-speed automatic", "NV3500 5-speed manual (through 1995)" ], "known_issues": [ { "component": "Transmission", "description": "4L60E 3-4 clutch pack burn-up and sun shell ('Beast') failure causing loss of 3rd and 4th gear." }, { "component": "Fuel system", "description": "In-tank fuel pump failure causing hard start and stalling; the CPI/central port injection 'spider' injector assembly on Vortec engines leaks internally and causes rough running.", "affected_years": "1996-1999" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Tahoe", "https://gmtcentral.com/gmt400-chevrolet-tahoe-limited/", "https://www.thetruthaboutcars.com/cars/abandoned-history/abandoned-history-it-s-2000-and-the-chevrolet-tahoe-is-old-limited-and-z71-44514595" ], "build_notes": [ "Generation overlap: GMT400 Tahoe Limited (RWD) and Z71 (4WD) special editions were sold as MY2000 alongside the new GMT800 Tahoe, so MY2000 records span two platforms." ] }, { "gen_label": "2nd generation", "platform_code": "GMT800 (GMT820/GMT830)", "year_start": 2000, "year_end": 2006, "engines": [ "4.8L LR4 Vortec V8 (275-285 hp)", "5.3L LM7/L59 Vortec V8 (285-295 hp)" ], "transmissions": [ "4L60E 4-speed automatic", "4L65E 4-speed automatic" ], "known_issues": [ { "component": "Instrument cluster", "description": "Stepper motor failure in the instrument cluster causing gauges (most often the speedometer and fuel gauge) to read erratically or stop; GM issued a special coverage program and it was the subject of a class-action settlement.", "affected_years": "2003-2006" }, { "component": "Engine management", "description": "Knock sensors sit in the valley under the intake manifold and corrode from water intrusion, setting P0325/P0332 and causing timing retard and poor performance." }, { "component": "Brakes", "description": "Electronic brake control module fault causing false ABS activation and extended stopping distances at low speed." }, { "component": "Interior", "description": "Dashboard cracking above the instrument cluster and passenger airbag, widely reported across the GMT800 family." } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Tahoe", "https://gmtcentral.com/gmt800-chevrolet-tahoe-2000-2006/" ] }, { "gen_label": "3rd generation", "platform_code": "GMT900 (GMT921/GMT922)", "year_start": 2007, "year_end": 2014, "engines": [ "4.8L LY2 V8 (295 hp)", "5.3L LMG/LC9 Vortec V8 with Active Fuel Management (320-326 hp)", "6.0L LFA V8 (Tahoe Hybrid, 2008-2013)" ], "transmissions": [ "4L60E/4L65E 4-speed automatic (early 4.8L)", "6L80 6-speed automatic", "2-mode hybrid transmission (Hybrid)" ], "known_issues": [ { "component": "Engine", "description": "Active Fuel Management (cylinder deactivation) lifter collapse: the collapsible AFM lifters stick or fail, causing misfire, a persistent tick, and in severe cases camshaft lobe wear requiring cam and lifter replacement.", "affected_years": "2007-2014" }, { "component": "Engine", "description": "Excessive oil consumption on the 5.3L LC9/LMG. The AFM pressure relief valve sprays oil at the piston skirts and the low-tension piston rings cannot control it, so oil is drawn past the rings and fouls spark plugs. A class-action settlement covered 2011-2014 vehicles with the LC9. Earlier 2007-2011 units were partly addressed with a rebaffled valve cover.", "affected_years": "2007-2014, settlement scope 2011-2014" }, { "component": "Interior", "description": "Dashboard cracking, one of the highest-volume non-safety complaints for this generation." }, { "component": "Steering", "description": "Power steering pump and hydraulic line leaks causing loss of assist." } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Tahoe", "https://enginepatrol.com/chevrolet-tahoe-common-problems/", "https://apextechnation.com/articles/gm-53-v8-common-problems" ] }, { "gen_label": "4th generation", "platform_code": "GMT K2XX (K2UC/K2UG)", "year_start": 2015, "year_end": 2020, "engines": [ "5.3L L83 EcoTec3 V8 with AFM (355 hp)", "6.2L L86 EcoTec3 V8 (420 hp, RST/Premier)" ], "transmissions": [ "6L80 6-speed automatic (2015-2017)", "8L90 8-speed automatic (6.2L from 2015, 5.3L from 2018)", "10L80 10-speed automatic (6.2L, 2019-2020)" ], "known_issues": [ { "component": "Transmission", "description": "8L90 (and related 8L45) torque converter shudder and harsh 2-3/3-2 shifts traced to the original Dexron VI fluid's behavior in the torque converter clutch; GM changed the service fill to Mobil 1 LV ATF HP and the issue was the subject of a class action.", "affected_years": "2015-2019" }, { "component": "Engine", "description": "AFM lifter collapse on the L83 5.3L, producing misfire, tick and potential camshaft damage.", "affected_years": "2015-2020" }, { "component": "Suspension", "description": "Front lower control arm bushing wear and magnetic ride control shock failure on Premier/RST trims." } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Tahoe", "https://www.egrperformance.com/blogs/news/lifter-failure-symptoms" ] }, { "gen_label": "5th generation", "platform_code": "GMT T1XX (T1UC)", "year_start": 2021, "year_end": 2025, "engines": [ "5.3L L84 EcoTec3 V8 with Dynamic Fuel Management", "6.2L L87 EcoTec3 V8 with Dynamic Fuel Management", "3.0L LM2/LZ0 Duramax turbodiesel I6" ], "transmissions": [ "10L80 10-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "6.2L L87 V8 connecting rod and/or crankshaft manufacturing defects causing rod bearing failure, engine knock and sudden loss of propulsion. NHTSA recall 25V-274 (dealers notified 24 April 2025) covers 2021-2024 Tahoe, Suburban, Yukon, Yukon XL, Escalade, Escalade ESV, Silverado 1500 and Sierra 1500 - 597,630 US vehicles, of which 44,802 are Tahoes. MY2025 vehicles were excluded from the recall population.", "affected_years": "2021-2024 with 6.2L L87" }, { "component": "Engine", "description": "Dynamic Fuel Management lifter failure on L84 and L87 engines, the successor mechanism to the earlier AFM lifter problem." }, { "component": "Chassis", "description": "First Tahoe generation with independent rear suspension; early air-ride and rear suspension complaints are specific to this architecture and do not transfer from prior generations.", "affected_years": "2021-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Tahoe", "https://static.nhtsa.gov/odi/rcl/2025/RCLRPT-25V274-1598.PDF", "https://gmauthority.com/blog/2025/04/tahoe-suburban-yukon-and-escalade-recalled-over-6-2l-v8-engine-loss-of-propulsion/" ] } ] }, { "make": "KIA", "model": "OPTIMA", "notes": "TWO BOUNDARY PROBLEMS, both real. (1) MY2006 is genuinely split: Kia sold the outgoing MS-platform Optima early in the 2006 model year and then launched the all-new MG car mid-year, marketing it as the '2006.5 Optima' because US rules would not let it be called a 2007. Both are titled as model year 2006, so MY2006 'OPTIMA' records are a mixed bucket and need a VIN split (the 2006.5 MG carries a different body code). Sources disagree: Wikipedia assigns US 2001-2005 to the MS and 2006-2010 to the MG, while contemporary US press describes a 2006 MS and a 2006.5 MG. I have assigned MY2006 to the second generation because the MG was on sale for most of the 2006 sales year, but this should be flagged on the site. (2) The nameplate ends after MY2020 - the successor DL3 is sold in the US as the KIA K5 from MY2021, so 'OPTIMA' data legitimately stops at 2020 and does not need a 2021+ generation. The Optima Hybrid (2011-2020) and Optima PHEV (2017-2020) sit inside generations 3 and 4. Abroad this car was the Magentis/Lotze/K5.", "generations": [ { "gen_label": "1st generation", "platform_code": "MS (Magentis abroad); facelift MY2004", "year_start": 2001, "year_end": 2005, "engines": [ "2.4L Sirius II I4 (Mitsubishi-derived, 149 hp)", "2.5L Delta V6 (170 hp, 2001-2002)", "2.7L Delta V6 (170 hp, 2003-2006)" ], "transmissions": [ "4-speed automatic", "5-speed manual" ], "known_issues": [ { "component": "Engine", "description": "Interference-design engines with timing belts; belt failure causes valve damage. Crankshaft and camshaft position sensor failures cause intermittent stalling." }, { "component": "Transmission", "description": "4-speed automatic slipping and harsh shift complaints at moderate mileage." } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Optima", "https://carbuzz.com/cars/kia/optima/generations/" ], "build_notes": [ "Generation overlap: Early-build MY2006 cars are still this MS platform, sold alongside the redesigned '2006.5' car." ] }, { "gen_label": "2nd generation", "platform_code": "MG (Lotze/Magentis abroad); US launch as '2006.5'", "year_start": 2006, "year_end": 2010, "engines": [ "2.4L Theta G4KC I4 (161 hp)", "2.7L Mu V6 (185 hp, 2006-2008)", "2.4L Theta II G4KE I4 (175 hp, 2009-2010)" ], "transmissions": [ "4-speed automatic (2006-2008)", "5-speed automatic (2009-2010)", "5-speed manual" ], "known_issues": [ { "component": "Steering", "description": "Electric/electro-hydraulic power steering column and motor faults causing intermittent loss of assist and noise." }, { "component": "Airbags", "description": "Clockspring failure disabling the driver airbag and horn; also Takata inflator exposure on later model years." } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Optima", "https://www.theautochannel.com/news/2006/10/06/024222.html", "https://www.cars.com/articles/2006-kia-optima-whats-new-1420687156274/" ], "build_notes": [ "Generation overlap: This generation reached US dealers mid-way through the 2006 model year as the '2006.5 Optima' in LX and EX trims; MY2006 records therefore contain both this car and the outgoing MS." ] }, { "gen_label": "3rd generation", "platform_code": "TF (K5 in Korea/China)", "year_start": 2011, "year_end": 2015, "engines": [ "2.4L Theta II GDI G4KJ I4 (200 hp)", "2.0L Theta II turbo GDI G4KH I4 (274 hp)", "2.4L Theta II MPI hybrid (2011-2015)" ], "transmissions": [ "A6MF/A6LF 6-speed automatic", "6-speed automatic (hybrid)" ], "known_issues": [ { "component": "Engine", "description": "Theta II 2.4L GDI and 2.0L turbo GDI connecting-rod bearing failure. Metal debris left in the crankshaft oil passages during machining at Hyundai's Alabama plant restricts oil to the rod bearings; the bearings wear, producing a knock, then seizure, stalling, and in some cases fire. Addressed by NHTSA recalls 15V-568 and 17V-224 among others, a knock-sensor detection system software update, and warranty extension to 15 years/150,000 miles. NHTSA assessed Hyundai and Kia a combined $210 million in civil penalties in 2020 over the handling of these recalls.", "affected_years": "2011-2015" }, { "component": "Body/Glass", "description": "Panoramic sunroof glass spontaneously shattering; subject of NHTSA investigation and Kia service action.", "affected_years": "2011-2015" }, { "component": "Steering", "description": "Electric power steering column motor and torque sensor faults causing sudden loss of assist." } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Optima", "https://safetyresearch.net/hyundai-kias-billion-dollar-engine-problem-that-broke-the-nhtsa-civil-penalty-barrier/", "https://www.torquenews.com/108/kia-hyundai-hit-210m-nhtsa-theta-ii-engine-recall-penalties" ] }, { "gen_label": "4th generation", "platform_code": "JF", "year_start": 2016, "year_end": 2020, "engines": [ "2.4L Theta II GDI I4 (185 hp)", "1.6L Gamma turbo GDI I4 (178 hp)", "2.0L Theta II turbo GDI I4 (245 hp)", "2.0L Nu hybrid and plug-in hybrid (2017-2020)" ], "transmissions": [ "6-speed automatic", "7-speed dual-clutch (1.6T)", "6-speed automatic (hybrid/PHEV)" ], "known_issues": [ { "component": "Engine", "description": "Theta II 2.4L and 2.0T connecting-rod bearing failure continues into this generation; recall and extended-warranty coverage runs through the 2018-2019 model years depending on engine and build plant.", "affected_years": "2016-2019" }, { "component": "Transmission", "description": "7-speed dual-clutch transmission (1.6T) shudder, hesitation from a stop, and clutch actuator failure.", "affected_years": "2016-2020" }, { "component": "Engine/Fire", "description": "Non-collision engine compartment fires, subject of NHTSA investigation PE18-019 covering Kia Optima and Sorento and Hyundai Sonata and Santa Fe of this era.", "affected_years": "2016-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Optima", "https://en.wikipedia.org/wiki/Kia_K5", "https://www.thetruthaboutcars.com/cars/news-blog/hyundai-and-kia-s-decade-of-very-troublesome-engines-continues-44497118" ] } ] }, { "make": "DODGE", "model": "CHARGER", "notes": "NAMEPLATE DISCONTINUITY WARNING. 'Charger' covers genuinely unrelated vehicles: the 1966-1978 B-body muscle car, the 1981-1987 front-drive L-body subcompact, then a gap from 1988 to 2005, then the modern rear-drive LX sedan from MY2006. The assigned data window (2006-2025) starts at the modern car, so only the LX/LD/STLA generations are mapped here; if any pre-1988 records exist under 'CHARGER' they belong to different vehicles entirely. The Charger is mechanically identical to the Chrysler 300 and, for the LX, the Dodge Magnum wagon - defect data transfers across all three. Within the modern era the LD is a heavily revised LX rather than a clean-sheet car (same basic architecture, updated body, suspension, electronics), but Dodge, FCA and every reference treat 2011 as a new generation and the electrical architecture and transmissions differ enough that they should be separate pages. The 2024+ car is a genuine clean break: new STLA Large platform, EV-first, two-door and four-door bodies.", "generations": [ { "gen_label": "6th generation (first modern rear-drive sedan)", "platform_code": "LX", "year_start": 2006, "year_end": 2010, "engines": [ "2.7L EER SOHC V6 (178-190 hp)", "3.5L EGG/EGV SOHC V6 (250 hp)", "5.7L Hemi V8 with MDS (340-368 hp)", "6.1L Hemi V8 (425 hp, SRT8)" ], "transmissions": [ "42RLE 4-speed automatic (V6)", "W5A580/NAG1 5-speed automatic (Hemi)" ], "known_issues": [ { "component": "Electrical", "description": "Totally Integrated Power Module (TIPM) failure. The internal fuel pump relay welds or fails intermittently, causing no-start, sudden stalling in traffic, and a range of unrelated-looking electrical faults (wipers, horn, fuel pump running with the key off). Replacement modules must be programmed to the VIN. The fuel pump relay failure was subject to major FCA recall and extended-coverage action.", "affected_years": "2006-2010" }, { "component": "Engine", "description": "5.7L Hemi MDS (Multi-Displacement System) roller lifter failure and camshaft lobe wear. Sludge and varnish restrict the small oil feed passages to the MDS lifters; the lifter roller seizes and wipes the cam lobe, producing the characteristic 'Hemi tick' and eventual misfire.", "affected_years": "2006-2010 with 5.7L" }, { "component": "Engine", "description": "2.7L V6 oil sludging and oil pump pickup blockage, aggravated by coolant leaking into the oil through the water crossover; often results in total engine failure.", "affected_years": "2006-2010 with 2.7L" }, { "component": "Suspension", "description": "Front lower control arm bushing and tie rod wear producing clunk and alignment drift." } ], "sources": [ "https://en.wikipedia.org/wiki/Dodge_Charger_(LX)", "https://www.go-parts.com/garage/fuse-box-chrysler-300-dodge-charger-dodge-magnum-2006-2011", "https://www.hotshotsecret.com/hemi-lifter-tick-mds-problems/" ] }, { "gen_label": "7th generation", "platform_code": "LD", "year_start": 2011, "year_end": 2023, "engines": [ "3.6L Pentastar V6 (292-300 hp)", "5.7L Hemi V8 with MDS (370 hp)", "6.4L 392 Hemi V8 (470-485 hp)", "6.2L supercharged Hemi V8 (707-807 hp, Hellcat/Redeye/Jailbreak, 2015-2023)" ], "transmissions": [ "W5A580 5-speed automatic (2011-2014 Hemi)", "845RE / ZF 8HP70 / 8HP90 8-speed automatic (V6 from 2012, V8 from 2015)" ], "known_issues": [ { "component": "Engine", "description": "3.6L Pentastar left cylinder head exhaust valve seat failure/recession causing a cylinder 2 misfire, ticking and loss of power; FCA replaced heads under a warranty extension to 10 years/150,000 miles.", "affected_years": "2011-2013" }, { "component": "Engine", "description": "5.7L Hemi MDS lifter collapse and camshaft lobe wear, the same oil-starvation mechanism as the LX generation and still present through the end of production.", "affected_years": "2011-2023 with 5.7L" }, { "component": "Transmission", "description": "845RE/8HP 8-speed torque converter clutch shudder, harsh 1-2 shifts and downshift bump, plus mechatronic/TCM faults; several TSBs issued for cold-start shift quality software. Behavior improved materially in later model years.", "affected_years": "2012-2016 most reported" }, { "component": "Electrical", "description": "Alternator failure causing sudden stalling and in some cases fire; NHTSA recall 14V-634 covered 3.6L Pentastar vehicles including the Charger.", "affected_years": "2011-2014" }, { "component": "Electrical", "description": "TIPM faults continue on early LD model years with symptoms similar to the LX generation.", "affected_years": "2011-2014" } ], "sources": [ "https://en.wikipedia.org/wiki/Dodge_Charger_(LX)", "https://www.dktransmission.com/zf-8hp-845re-850re-8hp75-8hp95-transmission-problems-fixes", "https://wanasignauto.com/dodge-hemi-5-7l-engine-common-problems/" ] }, { "gen_label": "8th generation", "platform_code": "STLA Large", "year_start": 2024, "year_end": 2025, "engines": [ "400V dual-motor battery-electric (Charger Daytona R/T ~496 hp, Scat Pack ~670 hp)", "3.0L Hurricane twin-turbo I6 (420 hp Standard Output / 550 hp High Output, Charger Sixpack)" ], "transmissions": [ "Single-speed reduction gear (EV)", "ZF 8-speed automatic (Sixpack)" ], "known_issues": [ { "component": "Model year boundary", "description": "The two-door Charger Daytona EV launched as a MY2024 vehicle but first deliveries did not reach dealers until January 2025; the four-door body arrived for MY2025 and the gasoline Charger Sixpack (Scat Pack) began deliveries in late 2025 with the R/T following in the first half of 2026. MY2024 volume is therefore very small and MY2024-2025 records skew heavily EV.", "affected_years": "2024-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Dodge_Charger_(2024)", "https://www.autoevolution.com/news/gas-powered-2025-dodge-charger-sixpack-hitting-dealers-in-h2-2025-247736.html" ] } ] }, { "make": "GMC", "model": "ACADIA", "notes": "OVERLAP WARNING at MY2017. GMC sold two completely different Acadias as 2017 models: the all-new, substantially SMALLER second-generation C1XX Acadia, and a carryover first-generation Lambda car renamed 'Acadia Limited' (production ended 31 March 2017), kept in the range because the downsized new model left a gap above it. MY2017 'ACADIA' records are a mixed bucket spanning two platforms and need a VIN split; the Acadia Limited is the larger, three-row Lambda vehicle. Note also that the second generation is genuinely smaller than the first - buyers cross-shopping by year will land on very different vehicles, which is exactly the failure mode of year-based pages. The third generation (MY2024) reverses this and grows again. Platform twins: first generation shares the Lambda architecture with the Chevrolet Traverse, Buick Enclave and Saturn Outlook, so defect data transfers; second and third generations share C1XX/VSS-S with the Chevrolet Blazer and Cadillac XT5/XT6.", "generations": [ { "gen_label": "1st generation", "platform_code": "GM Lambda (GMT968)", "year_start": 2007, "year_end": 2016, "engines": [ "3.6L LY7 V6 (275 hp, 2007-2008)", "3.6L LLT direct-injection V6 (288 hp, 2009-2012)", "3.6L LFX V6 (288 hp, 2013-2016)", "3.6L LGX V6 (310 hp, 2017 Acadia Limited)" ], "transmissions": [ "6T75 6-speed automatic" ], "known_issues": [ { "component": "Transmission", "description": "6T70/6T75 3-5-Reverse wave plate fracture. The thin spring-steel wave plate that cushions the 3-5-R clutch apply fatigues and splits, first showing as a flare into 3rd or 5th gear, then loss of reverse and eventually burnt clutch material. GM extended the transmission warranty to 10 years/120,000 miles on affected vehicles.", "affected_years": "2007-2009" }, { "component": "Engine", "description": "3.6L V6 timing chain stretch. The original chain design combined with long oil change intervals lets the chains elongate, setting camshaft/crankshaft correlation codes P0008, P0016, P0017, P0018 and P0019, with a rattle on start-up and under acceleration. GM Special Coverage Adjustment 11340 extended timing chain coverage to 10 years/120,000 miles.", "affected_years": "2007-2012, most reported 2007-2010" }, { "component": "Engine", "description": "LLT direct injection brings high-pressure fuel pump failures and intake valve carbon deposits causing rough idle and misfire.", "affected_years": "2009-2012" }, { "component": "Steering", "description": "Power steering pump and pressure hose leaks causing loss of assist and whine.", "affected_years": "2011-2012" } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Acadia", "https://www.go-parts.com/garage/obd-p0016-gmc-acadia-2007-2016-3-6l-v6", "https://www.cherishyourcar.com/gmc-acadia-transmission-problems/" ], "build_notes": [ "Generation overlap: The MY2017 'Acadia Limited' is this first-generation Lambda vehicle sold alongside the new second generation; MY2017 records span two platforms." ] }, { "gen_label": "2nd generation", "platform_code": "GM C1XX", "year_start": 2017, "year_end": 2023, "engines": [ "2.5L LCV EcoTec I4 (193 hp, 2017-2019)", "3.6L LGX V6 (310 hp)", "2.0L LSY turbo I4 (230 hp, 2020-2023)" ], "transmissions": [ "6T70 6-speed automatic (2017-2019)", "9T65 9-speed automatic (2020-2023)" ], "known_issues": [ { "component": "Shifter/Electrical", "description": "'Shift to Park' fault: a micro switch inside the shifter assembly is over-travelled and the button is forced into the switch body, so the vehicle does not register that it is in Park. The car refuses to shut off or lock, warns 'Shift to Park' while already in Park, and drains the battery. Contaminated or corroded transmission range sensors and shifter harness connectors produce the same symptom. GM's remedy replaces the shifter assembly and jumper harness.", "affected_years": "2017-2019" }, { "component": "Engine", "description": "2.5L LCV four-cylinder oil consumption and low-power complaints; the engine was dropped after 2019 in favor of the 2.0L turbo.", "affected_years": "2017-2019" }, { "component": "Powertrain", "description": "Major mid-generation powertrain change at MY2020: the 2.5L I4 was replaced by the 2.0L LSY turbo and the 6-speed automatic by the 9-speed 9T65, so 2017-2019 and 2020-2023 are distinct failure populations.", "affected_years": "boundary at 2020" }, { "component": "Engine", "description": "Auto stop/start system faults on the 3.6L causing rough restarts and complaints of hesitation." } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Acadia", "https://gmauthority.com/blog/2019/12/multiple-gmc-acadia-owners-report-shift-to-park-issue/", "https://repairpal.com/problem/gmc/acadia/putting-gear-in-park-856" ] }, { "gen_label": "3rd generation", "platform_code": "GM VSS-S (C1XX-2)", "year_start": 2024, "year_end": 2025, "engines": [ "2.5L LK0 turbocharged I4 (328 hp)" ], "transmissions": [ "8-speed automatic" ], "known_issues": [ { "component": "Sizing discontinuity", "description": "Substantially larger than the second generation, reversing the 2017 downsizing; the vehicle a 2024 buyer gets is materially different from a 2023, so cross-generation comparisons by year are misleading.", "affected_years": "2024" } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Acadia" ] } ] }, { "make": "JEEP", "model": "GRAND CHEROKEE", "notes": "US-market split. Two genuine model-year OVERLAPS exist and must not be resolved by year alone: (1) MY2021 — the WL 'Grand Cherokee L' (3-row) launched while the WK2 continued as the 2-row 'Grand Cherokee'; (2) MY2022 — the carryover WK2 was sold as 'Grand Cherokee WK' alongside the new 2-row WL. For MY2021-2022, NHTSA 'GRAND CHEROKEE' records contain both bodies; split by VIN (WK2 vs WL) or by trim/body text, not by model year. The two-row WL begins MY2022. Also note the 4th gen's mid-cycle powertrain change at MY2014 (W5A580 5-speed -> ZF-based 845RE 8-speed, plus the 3.0 EcoDiesel), which is a real failure-mode boundary inside one generation. 1993-1995 ZJ years fall outside the NHTSA span given but are included for completeness.", "generations": [ { "gen_label": "1st generation (ZJ)", "platform_code": "ZJ", "year_start": 1993, "year_end": 1998, "engines": [ "4.0L AMC I6 (190/185 hp)", "5.2L Magnum V8 (220 hp)", "5.9L Magnum V8 (245 hp, 1998 5.9 Limited only)" ], "transmissions": [ "AW4 4-speed automatic (I6)", "42RE/44RE 4-speed automatic", "46RE 4-speed automatic (5.9L)", "Aisin AX15 5-speed manual (through 1994)" ], "known_issues": [ { "component": "Steering / front suspension", "description": "'Death wobble' — violent front-end oscillation after a bump, caused by worn track bar bushings, tie-rod ends, ball joints and a failing steering damper on the solid front axle.", "affected_years": "1993-1998" }, { "component": "Body / structure", "description": "Corrosion of floor pans, rocker panels and rear quarter panels in salt-belt use.", "affected_years": "1993-1998" }, { "component": "Transmission", "description": "42RE/44RE 4-speed automatic overdrive and governor-pressure solenoid failures producing slipping and erratic shifts.", "affected_years": "1993-1998" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Grand_Cherokee" ] }, { "gen_label": "2nd generation (WJ)", "platform_code": "WJ (WG in Europe)", "year_start": 1999, "year_end": 2004, "engines": [ "4.0L PowerTech I6 (195 hp)", "4.7L PowerTech V8 (235 hp)", "4.7L PowerTech V8 High Output (265 hp, 2002-2004)" ], "transmissions": [ "42RE 4-speed automatic (I6)", "45RFE 4/5-speed automatic (V8, 1999-2001)", "545RFE 5-speed automatic (V8, 2002-2004)" ], "known_issues": [ { "component": "Engine (4.7L V8)", "description": "Head gasket failure and cracked cylinder heads following overheating; the 4.7L PowerTech has narrow coolant passages and is intolerant of low coolant. Sludge accumulation with extended oil-change intervals damages the rocker/valvetrain.", "affected_years": "1999-2004" }, { "component": "Body electrical", "description": "Window regulator and door-lock actuator failures; HVAC blend-door actuator failures causing stuck-temperature complaints.", "affected_years": "1999-2004" }, { "component": "Transmission", "description": "45RFE/545RFE solenoid pack and torque-converter complaints producing harsh or delayed engagement.", "affected_years": "1999-2004" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Grand_Cherokee" ] }, { "gen_label": "3rd generation (WK)", "platform_code": "WK", "year_start": 2005, "year_end": 2010, "engines": [ "3.7L PowerTech V6 (215 hp)", "4.7L PowerTech V8 (230 hp; 305 hp from 2008)", "5.7L Hemi V8 with MDS cylinder deactivation (325/357 hp)", "6.1L Hemi V8 (420 hp, SRT8 2006-2010)" ], "transmissions": [ "545RFE 5-speed automatic (V6/4.7 V8)", "Mercedes-derived W5A580 (NAG1) 5-speed automatic (5.7/6.1 Hemi)" ], "known_issues": [ { "component": "Engine (5.7L Hemi)", "description": "Broken exhaust manifold bolts producing a cold-start 'Hemi tick' and exhaust leak; MDS-related lifter and camshaft lobe wear on cylinder-deactivating cylinders.", "affected_years": "2005-2010" }, { "component": "Engine (4.7L V8)", "description": "Same head-gasket/overheating and sludging pattern carried over from the WJ.", "affected_years": "2005-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Grand_Cherokee" ] }, { "gen_label": "4th generation (WK2)", "platform_code": "WK2", "year_start": 2011, "year_end": 2020, "engines": [ "3.6L Pentastar V6 (290-295 hp)", "5.7L Hemi V8 (360 hp)", "6.4L Hemi V8 (SRT, 2012-2021)", "6.2L supercharged Hellcat V8 (Trackhawk, 2018-2021)", "3.0L EcoDiesel V6 (2014-2016 and 2020-2021)" ], "transmissions": [ "W5A580 (NAG1) 5-speed automatic (2011-2013)", "845RE / 8HP70 8-speed automatic (2014+, V6 and 5.7)", "8HP90 8-speed automatic (SRT/Trackhawk)" ], "known_issues": [ { "component": "Electrical (TIPM)", "description": "TIPM-7 Totally Integrated Power Module internal fuel-pump relay sticks or fails, causing stalling, no-start, and fuel pump running with the key off. Addressed by NHTSA recall 15V-115 with an external relay bypass.", "affected_years": "2011-2013" }, { "component": "Engine (3.6L Pentastar)", "description": "Left-bank cylinder head valve-guide wear causes exhaust valve sealing loss and misfire (DTCs P0302/P0304/P0306) with a driver-side ticking noise. Not a safety recall — covered by TSB 09-002-14 and Chrysler warranty extension X56 (10 yr / 150k mi).", "affected_years": "2011-2013" }, { "component": "Transmission shifter", "description": "Monostable electronic gear selector gives no tactile or visual confirmation of the selected gear; drivers exited with the vehicle still in gear, producing rollaway crashes. Recalled 2016 (NHTSA 16V-240) across ~1.1M FCA vehicles; linked to 266 crashes and 68 injuries.", "affected_years": "2014-2015" }, { "component": "Suspension", "description": "Quadra-Lift air suspension compressor and height-sensor failures causing the vehicle to sag or refuse to change ride height.", "affected_years": "2011-2022" }, { "component": "Engine (3.0L EcoDiesel)", "description": "EGR cooler cracking and emissions-system faults; the 2014-2016 EcoDiesel was also subject to the FCA diesel emissions consent decree and recalibration.", "affected_years": "2014-2016" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Grand_Cherokee", "https://www.go-parts.com/garage/engine-cylinder-head-jeep-grand-cherokee-dodge-durango-ram-1500-2011-2013", "https://www.hbsslaw.com/cases/jeep-monostable-gear-shifter-defect", "https://carbuzz.com/cars/jeep/grand-cherokee/generations/" ] }, { "gen_label": "5th generation (WL)", "platform_code": "WL (WL74 two-row / WL75 long-wheelbase 'L')", "year_start": 2021, "year_end": 2025, "engines": [ "3.6L Pentastar V6 (290 hp, with eTorque)", "5.7L Hemi V8 (357 hp, 2021-2024)", "2.0L GME turbo I4 in the 4xe plug-in hybrid (375 hp combined)" ], "transmissions": [ "850RE / ZF 8HP75 8-speed automatic" ], "known_issues": [ { "component": "Plug-in hybrid system (4xe)", "description": "High-voltage battery pack defects prompted fire-risk recalls with a do-not-charge / park-outside advisory on 4xe models shared with the Wrangler 4xe.", "affected_years": "2022-2024" }, { "component": "Infotainment / electrical", "description": "Uconnect 5 software faults producing blank screens, rearview-camera image loss and instrument-cluster dropouts; multiple software recalls.", "affected_years": "2021-2024" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Grand_Cherokee", "https://carbuzz.com/cars/jeep/grand-cherokee/generations/" ], "mixed_years": [ 2021, 2022 ], "mixed_year_note": "В этот модельный год на рынке одновременно продавались обе версии; жалобы NHTSA не разделены по кузову." } ] }, { "make": "CHEVROLET", "model": "SILVERADO 1500", "notes": "The Silverado NAMEPLATE on the 1500 begins with MY1999. NHTSA 'SILVERADO 1500' records for MY1996-1998 are the GMT400 C/K 1500, on which 'Silverado' was a trim level — these must be treated as a separate pre-nameplate generation, not folded into the GMT800 page. One genuine MY OVERLAP: for MY2007 GM sold both the new GMT900 and a carryover GMT800 badged 'Silverado 1500 Classic', so 2007 complaint records span two platforms and must be split by VIN/body, not year. A softer overlap exists at MY2019, where the K2XX continued as the 'Silverado 1500 LD' alongside the new T1XX. Mid-generation powertrain boundaries that matter more than the generation split: AFM cylinder deactivation arrives with the GMT900 in 2007, the 8L90 8-speed arrives mid-K2XX (2015 on 6.2L, 2016 on 5.3L), and DFM replaces AFM on the T1XX.", "generations": [ { "gen_label": "GMT400 C/K 1500 (pre-Silverado nameplate)", "platform_code": "GMT400", "year_start": 1988, "year_end": 1998, "engines": [ "4.3L Vortec V6", "5.0L Vortec V8", "5.7L Vortec V8", "6.5L turbodiesel V8" ], "transmissions": [ "4L60E 4-speed automatic", "4L80E 4-speed automatic", "NV3500 5-speed manual" ], "known_issues": [ { "component": "Transmission", "description": "4L60E 3-4 clutch pack and sun-shell failures causing loss of 3rd/4th gear.", "affected_years": "1993-1998" }, { "component": "Fuel system", "description": "Central port injection (CPI/'spider') fuel injector poppet leaks on the 4.3L V6 causing hard starting and rough running.", "affected_years": "1996-1998" }, { "component": "Body", "description": "Cab-corner, rocker-panel and rear wheel-arch rust in salt-belt use.", "affected_years": "1988-1998" } ], "sources": [ "https://en.wikipedia.org/wiki/GMT800", "https://en.wikipedia.org/wiki/Chevrolet_Silverado" ] }, { "gen_label": "1st generation Silverado (GMT800)", "platform_code": "GMT800", "year_start": 1999, "year_end": 2006, "engines": [ "4.3L Vortec V6", "4.8L Vortec V8 (LR4)", "5.3L Vortec V8 (LM7/L59)", "6.0L Vortec V8 (LQ4/LQ9)" ], "transmissions": [ "4L60E / 4L65E 4-speed automatic", "4L80E 4-speed automatic", "NV3500 5-speed manual" ], "known_issues": [ { "component": "Instrument cluster", "description": "Stepper-motor failure in the gauge cluster causing gauges to stick, read wrong or drop to zero; the fuel-level sender also fails from sulfur deposits.", "affected_years": "2003-2007" }, { "component": "Brakes / ABS", "description": "ABS wheel-speed sensor and EBCM faults causing unwanted low-speed ABS activation and extended stopping distance; subject of NHTSA recall action on 1999-2002 GM trucks.", "affected_years": "1999-2002" }, { "component": "Steering", "description": "Intermediate steering shaft wear producing a clunk or knock on turn-in; a very high-volume TSB item.", "affected_years": "1999-2007" }, { "component": "Transmission", "description": "4L60E clutch pack and sun-shell failures, worsened by towing.", "affected_years": "1999-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Silverado_(first_generation)", "https://fullsizechevy.com/gmt800-buyers-guide-the-sweet-spot-of-full-size-chevy-trucks/" ] }, { "gen_label": "2nd generation (GMT900)", "platform_code": "GMT900", "year_start": 2007, "year_end": 2013, "engines": [ "4.3L Vortec V6", "4.8L V8 (LY2)", "5.3L V8 (LMG/LC9, with Active Fuel Management)", "6.0L V8 (L76/L96)", "6.2L V8 (L92/L9H)" ], "transmissions": [ "4L60E / 4L65E 4-speed automatic", "6L80E 6-speed automatic" ], "known_issues": [ { "component": "Engine (5.3L V8)", "description": "Excessive oil consumption on Gen IV 5.3L AFM engines — the AFM oil pressure relief valve sprays oil at the piston skirts while low-tension piston rings fail to control it, fouling plugs and dropping oil level between changes. Subject of the Siqueiros v. GM class action covering the LC9 5.3L in 2011-2014 trucks and SUVs.", "affected_years": "2007-2013" }, { "component": "Engine (5.3L/6.2L AFM)", "description": "Collapsed AFM lifters on the deactivating cylinders, often wiping the corresponding camshaft lobe; presents as a misfire plus a persistent top-end tick.", "affected_years": "2007-2013" }, { "component": "Interior", "description": "Dashboard top-pad cracking and splitting, widespread enough to generate its own complaint category.", "affected_years": "2007-2013" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Silverado_(second_generation)", "https://rohnertparktransmission.com/blog/chevy-silverado-engine-problems-complete-guide" ], "mixed_years": [ 2007 ], "mixed_year_note": "В этот модельный год на рынке одновременно продавались обе версии; жалобы NHTSA не разделены по кузову." }, { "gen_label": "3rd generation (K2XX)", "platform_code": "K2XX", "year_start": 2014, "year_end": 2018, "engines": [ "4.3L EcoTec3 V6 (LV3)", "5.3L EcoTec3 V8 (L83)", "6.2L EcoTec3 V8 (L86)" ], "transmissions": [ "6L80 6-speed automatic", "8L90 8-speed automatic (6.2L from 2015, 5.3L from 2016)" ], "known_issues": [ { "component": "Transmission (8L90)", "description": "Torque-converter shudder and harsh 2-3 / 3-4 shifts traced to the original Dexron-VI fluid formulation; GM's fix was a flush to Mobil 1 Dexron HP fluid, with repeat failures common. Same defect family as the 8L45.", "affected_years": "2015-2018" }, { "component": "Engine (5.3L/6.2L AFM)", "description": "AFM lifter collapse on the deactivating cylinders, frequently taking out the camshaft; owner reports cluster around 100k-120k miles.", "affected_years": "2014-2018" }, { "component": "Engine (5.3L)", "description": "Continued excessive oil consumption on the Gen V L83, from piston-ring sealing and AFM oil management.", "affected_years": "2014-2018" }, { "component": "HVAC", "description": "A/C condenser and evaporator leaks causing loss of cooling, a high-volume complaint on this body.", "affected_years": "2014-2018" } ], "sources": [ "https://www.torquenews.com/1084/gm-53l-lifter-collapse-why-spending-200-afm-disabler-doesn-t-fix-mechanical-weakness-2019-2026", "https://rohnertparktransmission.com/blog/chevy-silverado-engine-problems-complete-guide" ] }, { "gen_label": "4th generation (T1XX)", "platform_code": "T1XX", "year_start": 2019, "year_end": 2025, "engines": [ "4.3L EcoTec3 V6", "2.7L Turbo I4 (L3B)", "5.3L V8 (L84, Dynamic Fuel Management)", "6.2L V8 (L87, Dynamic Fuel Management)", "3.0L Duramax turbodiesel I6 (LM2/LZ0)" ], "transmissions": [ "6-speed automatic (early 2.7L Turbo)", "8L90 8-speed automatic", "10L80 10-speed automatic" ], "known_issues": [ { "component": "Engine (6.2L L87)", "description": "Connecting-rod and main bearing failure causing sudden engine seizure or loss of power; GM recalled roughly 597,000 2021-2024 trucks and SUVs with the 6.2L L87 in April 2025, attributing it to manufacturing debris and bearing/crankshaft dimensional variation.", "affected_years": "2021-2024" }, { "component": "Engine (5.3L/6.2L DFM)", "description": "Dynamic Fuel Management lifter failure — the same deactivating-lifter mechanism as AFM, extended to more cylinders; produces misfire and camshaft lobe damage.", "affected_years": "2019-2024" }, { "component": "Transmission (10L80)", "description": "Shudder, harsh 1-2 shifts and torque-converter complaints, addressed by fluid and control-module recalibration TSBs.", "affected_years": "2019-2022" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Silverado", "https://gmauthority.com/blog/2025/04/gm-lifter-failures-huge-issue-or-blown-out-of-proportion-poll/" ] } ] }, { "make": "NISSAN", "model": "ALTIMA", "notes": "US-market split; the Altima nameplate is US/North-America specific (the contemporaneous global car is the Teana/Bluebird Sylphy family, which does not share this generation timeline). Generations are contiguous with no gaps. The most important boundary for a reliability site is not a generation edge but a mid-history powertrain change: JATCO CVTs replace the conventional automatic from MY2007 (L32), and from MY2013 (L33) the CVT is the only transmission offered. The Altima Hybrid (2007-2011) used a Toyota-licensed HSD powertrain and behaves as a distinct sub-population inside the L32.", "generations": [ { "gen_label": "1st generation (U13)", "platform_code": "U13", "year_start": 1993, "year_end": 1997, "engines": [ "2.4L KA24DE I4 (150 hp)" ], "transmissions": [ "5-speed manual", "RE4F04A 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "KA24DE timing chain guide wear producing a rattle at cold start.", "affected_years": "1993-1997" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Altima" ] }, { "gen_label": "2nd generation (L30)", "platform_code": "L30", "year_start": 1998, "year_end": 2001, "engines": [ "2.4L KA24DE I4 (150-155 hp)" ], "transmissions": [ "5-speed manual", "RE4F04A 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "Timing chain guide and tensioner wear on the KA24DE; distributor and crankshaft position sensor failures causing intermittent stalling and no-start.", "affected_years": "1998-2001" }, { "component": "Emissions", "description": "Catalytic converter and oxygen sensor failures generating high check-engine-light complaint volume.", "affected_years": "1998-2001" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Altima" ] }, { "gen_label": "3rd generation (L31)", "platform_code": "L31", "year_start": 2002, "year_end": 2006, "engines": [ "2.5L QR25DE I4 (175 hp)", "3.5L VQ35DE V6 (240-260 hp)" ], "transmissions": [ "5-speed manual", "6-speed manual (SE-R)", "RE4F04B 4-speed automatic", "RE5F22A 5-speed automatic (V6, 2005-2006)" ], "known_issues": [ { "component": "Engine (2.5L QR25DE)", "description": "Pre-catalyst substrate breaks down and ceramic particles are drawn back into the cylinders through the exhaust valves, scoring bores and causing runaway oil consumption and eventual engine failure. Nissan extended emissions warranty coverage on affected cars.", "affected_years": "2002-2006" }, { "component": "Engine (2.5L QR25DE)", "description": "Head gasket failure, often after the pre-cat/oil-consumption sequence above.", "affected_years": "2002-2004" }, { "component": "Engine management", "description": "Crankshaft position sensor and camshaft position sensor failures causing stall-while-driving; a large NHTSA complaint cluster.", "affected_years": "2002-2006" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Altima", "http://www.nissanproblems.com/lawsuits/" ] }, { "gen_label": "4th generation (L32)", "platform_code": "L32", "year_start": 2007, "year_end": 2012, "engines": [ "2.5L QR25DE I4 (175 hp)", "3.5L VQ35DE V6 (270 hp)", "2.5L Atkinson I4 + Toyota-licensed hybrid system (Altima Hybrid, 2007-2011)" ], "transmissions": [ "6-speed manual", "JATCO Xtronic CVT (JF010E / JF011E)", "eCVT (Hybrid)" ], "known_issues": [ { "component": "Transmission (CVT)", "description": "JATCO Xtronic CVT overheating and belt/pulley failure producing judder, delayed engagement and loss of drive. Nissan extended CVT coverage to 10 years / 120,000 miles on affected 2007-2010 CVT vehicles.", "affected_years": "2007-2012" }, { "component": "Electronic steering column lock", "description": "ESCL module failure leaves the steering locked and the vehicle unable to start; addressed by recall and warranty extension.", "affected_years": "2009-2012" }, { "component": "Engine (2.5L)", "description": "Elevated oil consumption complaints continuing from the L31 QR25DE family.", "affected_years": "2007-2012" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Altima", "https://www.apa.ca/en/apa-update-on-nissan-cvt-transmission-failures/" ] }, { "gen_label": "5th generation (L33)", "platform_code": "L33", "year_start": 2013, "year_end": 2018, "engines": [ "2.5L QR25DE I4 (182 hp)", "3.5L VQ35DE V6 (270 hp)" ], "transmissions": [ "JATCO CVT8 (RE0F10D / JF016E) — no manual offered" ], "known_issues": [ { "component": "Transmission (CVT)", "description": "CVT8 shuddering, hesitation, surging and premature failure — overheated fluid lets the steel belt slip on the pulleys and shed metal debris. Class action settled for MY2013-2016 Altimas with warranty extension to 84 months / 84,000 miles plus repair reimbursement; Nissan set aside $590.5M to extend CVT warranties from 5 to 7 years across ~3M vehicles.", "affected_years": "2013-2018" }, { "component": "Hood latch", "description": "Secondary hood latch corrosion could allow the hood to fly open while driving; recalled on 2013-2015 cars.", "affected_years": "2013-2015" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Altima", "https://topclassactions.com/lawsuit-settlements/closed-settlements/nissan-altima-cvt-class-action-settlement/", "https://www.cherishyourcar.com/nissan-altima-transmission-problems/" ] }, { "gen_label": "6th generation (L34)", "platform_code": "L34", "year_start": 2019, "year_end": 2025, "engines": [ "2.5L PR25DD I4 (188 hp)", "2.0L KR20DDET VC-Turbo variable-compression I4 (248 hp, 2019-2023)" ], "transmissions": [ "JATCO Xtronic CVT (FWD and AWD)" ], "known_issues": [ { "component": "Transmission (CVT)", "description": "Continued CVT judder and hesitation complaints, though at materially lower rates than the L33; the CVT remains the dominant complaint category for the generation.", "affected_years": "2019-2022" }, { "component": "Engine (2.0L VC-Turbo)", "description": "The variable-compression multi-link actuator mechanism adds failure surface not present on the 2.5L; the engine was withdrawn after MY2023.", "affected_years": "2019-2023" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Altima" ] } ] }, { "make": "JEEP", "model": "CHEROKEE", "notes": "CRITICAL GAP: in the US market the Cherokee nameplate is absent for MY2002-2013. The XJ ended after MY2001; its replacement (KJ 2002-2007, KK 2008-2012) was sold in the US as the Jeep LIBERTY and appears in NHTSA under that model name, so those records must NOT be merged into a Cherokee page even though the rest of the world called them Cherokee. MY2013 has no US Cherokee or Liberty at all — the Liberty ended after MY2012 and the KL arrived for MY2014. This is exactly the boundary that would silently fuse an XJ body-on-unibody 4x4 with a transverse-engine crossover. A sixth generation (KM) resumes at MY2026, outside the 1996-2023 NHTSA span given.", "generations": [ { "gen_label": "2nd generation (XJ)", "platform_code": "XJ", "year_start": 1984, "year_end": 2001, "engines": [ "2.5L AMC I4", "4.0L AMC/PowerTech I6 (190 hp)" ], "transmissions": [ "Aisin AW4 4-speed automatic", "AX5 / AX15 / NV3550 manual" ], "known_issues": [ { "component": "Engine (4.0L)", "description": "Cylinder heads with casting number 0331 crack between the #3 exhaust valve seat and the pushrod hole, causing coolant loss into the cylinder and overheating. Affects late 4.0L heads.", "affected_years": "2000-2001" }, { "component": "Steering / front suspension", "description": "'Death wobble' — self-sustaining front-axle oscillation triggered by a bump, from worn track bar, ball joints, tie rods and steering damper.", "affected_years": "1984-2001" }, { "component": "Cooling system", "description": "Closed-cooling-system radiators, fan clutches and plastic end tanks fail, and the 4.0L is intolerant of the resulting overheating.", "affected_years": "1991-2001" }, { "component": "Body", "description": "Severe rust in floor pans, rear quarter panels, and the unibody rails behind the rear wheels.", "affected_years": "1984-2001" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Cherokee" ] }, { "gen_label": "5th generation (KL)", "platform_code": "KL", "year_start": 2014, "year_end": 2023, "engines": [ "2.4L Tigershark MultiAir2 I4 (184 hp)", "3.2L Pentastar V6 (271 hp)", "2.0L Hurricane4 turbo I4 (270 hp, 2019-2023)" ], "transmissions": [ "ZF 9HP48 / 948TE 9-speed automatic" ], "known_issues": [ { "component": "Transmission (ZF 948TE 9-speed)", "description": "Harsh and erratic shifting, hard downshifts and unexpected drops into neutral. FCA maintained the root cause was control software and issued multiple recalls and software patches; a 2016 recall (NHTSA 16V-529) covered 2014 models with the 3.2L V6 where a sticking valve could prevent a clutch from disengaging and force a shift to neutral. 2014-2015 models alone generated over 7,000 transmission complaints, ~4,000 of them on MY2014.", "affected_years": "2014-2017" }, { "component": "Engine (2.4L Tigershark)", "description": "Excessive oil consumption from piston-ring sealing loss, in some cases progressing to low-oil engine damage.", "affected_years": "2014-2020" }, { "component": "Driveline (4x4)", "description": "Power transfer unit (PTU) and rear drive module failures on 4x4 models producing whine, vibration and loss of drive.", "affected_years": "2014-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Cherokee", "https://www.thecarconnection.com/news/1123950_woes-mount-for-9-speed-automatic-transmission-latest-recall-covers-82k-jeep-cherokee-suvs", "https://www.transmissionrepaircostguide.com/zf-9hp48/", "https://www.cherishyourcar.com/jeep-cherokee-transmission-problems/" ] } ], "production_gaps": [ { "year_start": 2002, "year_end": 2013, "reason": "US market gap — no Cherokee sold (sold as Jeep Liberty KJ/KK, a separate NHTSA nameplate; no successor at all for MY2013)" } ] }, { "make": "TOYOTA", "model": "RAV4", "notes": "US-market model years. No gaps — the US split is 1996-2000 / 2001-2005 / 2006-2012 / 2013-2018 / 2019-2025, with a sixth generation (XA60) arriving for MY2026 outside the NHTSA span given. Note that Toyota's global XA20 and XA30 timelines run a year off the US ones in some references (the XA30 launched globally in late 2005 as a MY2006 US car), so a source saying '2005' for the third generation is describing production start, not US model year. The first-generation RAV4 EV (1997-2003) and the Tesla-powertrain RAV4 EV (2012-2014) are separate low-volume vehicles and appear in NHTSA under 'RAV4 EV'; do not merge them with the gasoline RAV4.", "generations": [ { "gen_label": "1st generation (XA10)", "platform_code": "XA10", "year_start": 1996, "year_end": 2000, "engines": [ "2.0L 3S-FE I4 (120-127 hp)" ], "transmissions": [ "5-speed manual", "4-speed automatic" ], "known_issues": [ { "component": "Driveline", "description": "Viscous coupling / center differential wear on full-time 4WD models causing binding on turns.", "affected_years": "1996-2000" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_RAV4" ] }, { "gen_label": "2nd generation (XA20)", "platform_code": "XA20", "year_start": 2001, "year_end": 2005, "engines": [ "2.0L 1AZ-FE I4 (148 hp, 2001-2003)", "2.4L 2AZ-FE I4 (161 hp, 2004-2005)" ], "transmissions": [ "5-speed manual", "U140F / U240E 4-speed automatic" ], "known_issues": [ { "component": "Engine control module / automatic transmission", "description": "ECM failure corrupts the shift solenoid control signals, producing violent harsh shifting, gear hunting and eventual transaxle damage. Toyota issued a nationwide warranty enhancement in 2010 covering the ECM and, where needed, the transaxle for 10 years / 150,000 miles, keyed to DTCs P0750, P0753, P0755, P0758 and P1760.", "affected_years": "2001-2003" }, { "component": "Engine (2.4L 2AZ-FE)", "description": "Cylinder-head threads for the head bolts strip on early 2AZ-FE builds; also the start of the 2AZ oil-consumption pattern.", "affected_years": "2004-2005" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_RAV4", "https://www.carcomplaints.com/Toyota/RAV4/2001/transmission/problem_with_the_ECM.shtml", "http://www.toyotaproblems.com/rav4-transmission/" ] }, { "gen_label": "3rd generation (XA30)", "platform_code": "XA30 (ACA30/GSA33)", "year_start": 2006, "year_end": 2012, "engines": [ "2.4L 2AZ-FE I4 (166 hp, 2006-2008)", "2.5L 2AR-FE I4 (179 hp, 2009-2012)", "3.5L 2GR-FE V6 (269 hp, 2006-2012)" ], "transmissions": [ "4-speed automatic (I4, 2006-2008)", "U250E 5-speed automatic (I4, 2009-2012)", "U151E 5-speed automatic (V6)" ], "known_issues": [ { "component": "Engine (2.4L 2AZ-FE)", "description": "Excessive oil consumption caused by piston-ring design allowing oil past the rings; owners report losing a quart per 1,000 miles or less. Toyota's warranty enhancement covered 2006-2008 RAV4s for 10 years / 150,000 miles with a revised piston assembly.", "affected_years": "2006-2008" }, { "component": "Suspension", "description": "Rear suspension arm corrosion in salt-belt states could allow the arm to separate; subject of a Toyota recall covering 2006-2011 RAV4s.", "affected_years": "2006-2011" }, { "component": "Steering", "description": "Intermediate steering shaft wear producing a clunk and, in some cases, notchy steering feel.", "affected_years": "2006-2011" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_RAV4", "http://www.toyotaproblems.com/excessive-oil-consumption/", "https://www.rav4world.com/threads/t-sb-0094-11-2az-fe-engine-oil-consumption-08-11-2011.87651/" ] }, { "gen_label": "4th generation (XA40)", "platform_code": "XA40", "year_start": 2013, "year_end": 2018, "engines": [ "2.5L 2AR-FE I4 (176 hp)", "2.5L 2AR-FXE I4 hybrid (RAV4 Hybrid, 2016-2018)" ], "transmissions": [ "U760E 6-speed automatic", "eCVT (Hybrid)" ], "known_issues": [ { "component": "Fuel system", "description": "Denso low-pressure fuel pump impeller cracking causing stalling; the recall population extends into MY2018-2019 RAV4s.", "affected_years": "2018" }, { "component": "General", "description": "No dominant systemic mechanical defect — this generation is the reliability high-water mark of the nameplate; complaint volume is concentrated in infotainment, HVAC and paint rather than powertrain.", "affected_years": "2013-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_RAV4" ] }, { "gen_label": "5th generation (XA50)", "platform_code": "XA50 (TNGA-K)", "year_start": 2019, "year_end": 2025, "engines": [ "2.5L A25A-FKS Dynamic Force I4 (203 hp)", "2.5L A25A-FXS hybrid (RAV4 Hybrid)", "2.5L plug-in hybrid (RAV4 Prime, 2021-2025)" ], "transmissions": [ "UA80 8-speed Direct Shift automatic", "eCVT (Hybrid / Prime)" ], "known_issues": [ { "component": "Fuel system", "description": "Denso low-pressure fuel pump impeller cracks and swells, seizing the pump and causing engine stall without warning; recalled in 2019 and expanded in 2020 across a large Toyota population.", "affected_years": "2019-2020" }, { "component": "Transmission (UA80 8-speed)", "description": "Harsh, hesitant and clunky low-speed shifting and delayed engagement, addressed by control-module recalibration TSBs.", "affected_years": "2019-2020" }, { "component": "Fuel tank", "description": "AWD models will not accept a full tank of fuel from the pump's automatic shutoff, an acknowledged tank-geometry limitation rather than a defect fix.", "affected_years": "2019-2020" }, { "component": "Electrical", "description": "12-volt battery hold-down clamp allows the battery to shift and short against the hood, a fire risk; recalled on 2019-2020 vehicles.", "affected_years": "2019-2020" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_RAV4" ] } ] }, { "make": "NISSAN", "model": "SENTRA", "notes": "US-market model years, which run one year later than the production years quoted in most references (e.g. the B15 entered production in 1999 but is a MY2000 US car; the B16 entered production in 2006 but is a MY2007 US car). The B17-to-B18 boundary is the one most often reported wrong: MY2019 is the LAST B17 and MY2020 is the FIRST B18 — verified against multiple sources. A ninth generation (B19) arrives for MY2026, outside the span. As with the Altima, the decisive reliability boundary is the arrival of the JATCO CVT at MY2007.", "generations": [ { "gen_label": "4th generation (B14)", "platform_code": "B14", "year_start": 1995, "year_end": 1999, "engines": [ "1.6L GA16DE I4 (115 hp)", "2.0L SR20DE I4 (140 hp, SE-R / 200SX SE-R)" ], "transmissions": [ "5-speed manual", "RE4F03A 4-speed automatic" ], "known_issues": [ { "component": "Engine management", "description": "Distributor and crank/cam position sensor failures causing intermittent stalling and no-start.", "affected_years": "1995-1999" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Sentra" ] }, { "gen_label": "5th generation (B15)", "platform_code": "B15", "year_start": 2000, "year_end": 2006, "engines": [ "1.8L QG18DE I4 (126 hp)", "2.0L SR20DE I4 (145 hp, SE 2000-2001)", "2.5L QR25DE I4 (165-175 hp, SE-R and SE-R Spec V, 2002-2006)" ], "transmissions": [ "5-speed manual", "6-speed manual (Spec V)", "4-speed automatic" ], "known_issues": [ { "component": "Engine (2.5L QR25DE)", "description": "Pre-catalyst substrate disintegrates and ceramic debris is drawn back into the cylinders, scoring bores and producing runaway oil consumption and engine failure — the same mechanism as the contemporaneous Altima 2.5.", "affected_years": "2002-2006" }, { "component": "Engine (1.8L QG18DE)", "description": "Catalytic converter and oxygen sensor failures plus excessive oil consumption at higher mileage.", "affected_years": "2000-2006" }, { "component": "Engine management", "description": "Crankshaft position sensor failures causing stall-while-driving.", "affected_years": "2000-2006" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Sentra", "http://www.nissanproblems.com/lawsuits/" ] }, { "gen_label": "6th generation (B16)", "platform_code": "B16", "year_start": 2007, "year_end": 2012, "engines": [ "2.0L MR20DE I4 (140 hp)", "2.5L QR25DE I4 (177-200 hp, SE-R and SE-R Spec V)" ], "transmissions": [ "6-speed manual", "JATCO Xtronic CVT (JF009E / RE0F08A)" ], "known_issues": [ { "component": "Transmission (CVT)", "description": "CVT fluid-temperature protection logic derates the vehicle after sustained high-speed or uphill operation in hot ambient conditions (documented at roughly 4000+ rpm and 65+ mph above ~96 F), and belt/pulley failures follow overheating. Nissan extended CVT coverage to 10 years / 120,000 miles on affected 2007-2010 vehicles.", "affected_years": "2007-2012" }, { "component": "Engine (2.0L MR20DE)", "description": "Timing chain guide wear and elevated oil consumption at higher mileage.", "affected_years": "2007-2012" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Sentra", "https://thedriveradviser.com/nissan-sentra-transmissions-overview-problems-fluids/" ] }, { "gen_label": "7th generation (B17)", "platform_code": "B17", "year_start": 2013, "year_end": 2019, "engines": [ "1.8L MRA8DE I4 (130 hp)", "1.6L MR16DDT turbo I4 (188-and-up hp, SR Turbo and NISMO, 2017-2019)" ], "transmissions": [ "6-speed manual", "JATCO CVT7 (RE0F11A / JF015E)" ], "known_issues": [ { "component": "Transmission (CVT)", "description": "JATCO RE0F11A judder, shudder at light throttle, hesitation and premature failure. Valve-body bore wear causes line-pressure leakage and sticking solenoids; P0741 torque-converter-lockup and related judder codes are the signature. Nissan extended the original 5-year / 60,000-mile CVT warranty to 7 years / 84,000 miles for many of these cars.", "affected_years": "2013-2018" }, { "component": "Engine (1.8L MRA8DE)", "description": "Elevated oil consumption and timing-chain noise complaints at higher mileage.", "affected_years": "2013-2019" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Sentra", "https://www.go-parts.com/garage/obd-p0965-nissan-sentra-2013-2018", "https://www.classlawgroup.com/consumer-protection/auto/nissan-sentra-cvt-transmission-lawsuit", "https://carbuzz.com/cars/nissan/sentra/generations/" ] }, { "gen_label": "8th generation (B18)", "platform_code": "B18", "year_start": 2020, "year_end": 2025, "engines": [ "2.0L PR20DD I4 (149 hp)" ], "transmissions": [ "JATCO Xtronic CVT (no manual offered)" ], "known_issues": [ { "component": "General", "description": "No widely documented systemic powertrain defect as of MY2025; the CVT and engine complaint rates fall sharply relative to the B17, and this generation is a deliberate reset of the Sentra's CVT reputation.", "affected_years": "2020-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Sentra", "https://www.partsadvisory.com/make-model/nissan-sentra-generations-and-fitment-summary-1982-to-present" ] } ] }, { "make": "CHEVROLET", "model": "CRUZE", "notes": "US-market only; the Cruze went on sale in the US for MY2011 (it existed globally from 2009). One genuine MY OVERLAP at 2016: GM sold the all-new J400 'Cruze' alongside a carryover J300 badged 'Cruze Limited' for the whole 2016 model year, so MY2016 NHTSA records under 'CRUZE' contain two entirely different cars on two different platforms. Split MY2016 by VIN or by the 'Limited' designation — the 1.4L LUJ/LUV (J300) and 1.4L LE2 (J400) have different failure profiles. I have assigned MY2016 to the second generation and flagged the Limited here rather than creating an overlapping range. US production ended March 2019; the Cruze continued in Argentina to 2023 but those cars are not in NHTSA data.", "generations": [ { "gen_label": "1st generation (J300) — plus the MY2016 'Cruze Limited' carryover", "platform_code": "J300 (GM Delta II)", "year_start": 2011, "year_end": 2015, "engines": [ "1.8L Ecotec I4 (LUW/LWE, 138 hp)", "1.4L Ecotec turbo I4 (LUJ/LUV, 138 hp)", "2.0L turbodiesel I4 (LUZ, 2014-2015)" ], "transmissions": [ "M32 / MF3 6-speed manual", "6T40 / 6T45 6-speed automatic" ], "known_issues": [ { "component": "Engine (1.4L turbo) — PCV system", "description": "The PCV regulator diaphragm integrated into the plastic valve cover ruptures, and the intake-manifold check valve and corrugated PCV hose fail alongside it, creating an uncontrolled vacuum leak. Symptoms are a whistle, rough idle, oil consumption, and in severe cases the crankcase vacuum blows out the rear main seal. All three components are known weak points across MY2011-2016.", "affected_years": "2011-2015" }, { "component": "Cooling system", "description": "Coolant/water outlet housing and thermostat housing crack and leak (commonly seen dripping under the throttle body onto the transmission); water pump leaks are also frequent and were covered to 10 years / 120,000 miles.", "affected_years": "2011-2015" }, { "component": "Electrical", "description": "Negative battery cable terminal was under-crimped at the factory and loosens over time, raising internal resistance. Produces flickering lights, radio/HVAC display cycling, and spurious ABS / Service Traction / Service StabiliTrak / power-steering messages, and can cause stalling. Covered by GM Special Coverage 14311 and Customer Satisfaction Program 46000, extended to 10 years / 120,000 miles.", "affected_years": "2011-2015" }, { "component": "Turbocharger", "description": "Wastegate and turbo bearing failures on the 1.4L LUJ producing loss of boost and a check-engine light.", "affected_years": "2011-2015" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Cruze", "https://www.cruzetalk.com/threads/2011-2016-cruze-1-4-pcv-valve-cover-intake-manifold-issues.192442/", "https://www.cruzetalk.com/threads/how-to-replace-2011-2016-cruze-1-4l-coolant-water-outlet.191442/", "https://static.nhtsa.gov/odi/tsbs/2016/MC-10126056-9999.pdf", "https://www.vehiclehistory.com/questions/what-is-the-chevy-cruze-negative-battery-cable-recall-about-107484" ] }, { "gen_label": "2nd generation (J400)", "platform_code": "J400 (GM D2XX)", "year_start": 2016, "year_end": 2019, "engines": [ "1.4L Ecotec turbo I4 (LE2, 153 hp)", "1.6L turbodiesel I4 (LH7, 2017-2018 sedan and hatchback)" ], "transmissions": [ "6-speed manual (dropped for MY2019)", "6T35 / 6T40 6-speed automatic", "9T50 9-speed automatic (1.6L diesel, 2017-2018)" ], "known_issues": [ { "component": "Engine (1.4L LE2 turbo)", "description": "Coolant leaks from the plastic thermostat/water-outlet housing and turbo coolant lines, plus continued PCV-system and valve-cover failures inherited in concept from the LUJ.", "affected_years": "2016-2019" }, { "component": "Engine (1.4L LE2 turbo)", "description": "Head gasket failure and coolant loss reported at moderate mileage, often following the cooling-system leaks above.", "affected_years": "2016-2019" }, { "component": "Emissions (1.6L diesel)", "description": "DEF/SCR and DPF regeneration faults triggering limp mode and no-start countdowns.", "affected_years": "2017-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Cruze", "https://www.cruzetalk.com/threads/coolant-and-oil-leak.250201/" ] } ] }, { "make": "DODGE", "model": "RAM 1500", "notes": "IMPORTANT DATA ARTIFACT: the NHTSA span of 1996-2010 for make DODGE / model RAM 1500 does NOT mean the truck ended in 2010. The Ram brand was split from Dodge for MY2011, so MY2011 and later records for the same vehicle live under make RAM, model 1500. The fourth generation (DS, MY2009-2018) is therefore SPLIT ACROSS TWO NHTSA MAKE RECORDS — 2009-2010 under DODGE, 2011-2018 under RAM. Any generation page must union both or it will show a fourth-gen truck that mysteriously stops in 2010. Secondary caveat: the DS body continued to be sold as the 'Ram 1500 Classic' for MY2019-2024 alongside the fifth-generation DT, another two-platforms-one-model-year overlap (under the RAM make). Also note the 1500's second generation ends at MY2001 while the 2500/3500 ran to MY2002, and the third generation's 1500 ran MY2002-2008 while the HD ran MY2003-2009.", "generations": [ { "gen_label": "2nd generation (BR/BE)", "platform_code": "BR / BE", "year_start": 1994, "year_end": 2001, "engines": [ "3.9L Magnum V6", "5.2L Magnum V8", "5.9L Magnum V8" ], "transmissions": [ "46RH / 46RE 4-speed automatic", "NV3500 5-speed manual" ], "known_issues": [ { "component": "Transmission (46RE/46RH)", "description": "Widespread failures: governor pressure solenoid and transducer failure causing erratic or 2nd-gear-start shifting, overdrive clutch burnup and slipping. The single largest complaint category for the generation.", "affected_years": "1994-2001" }, { "component": "Interior", "description": "Dashboard top-pad cracking and splitting into sharp fragments, exposing wiring.", "affected_years": "1994-2001" }, { "component": "Front suspension / driveline", "description": "Ball joint wear on 4WD models and vacuum-actuated front axle disconnect failures preventing 4WD engagement.", "affected_years": "1994-2001" } ], "sources": [ "https://en.wikipedia.org/wiki/Ram_pickup", "https://www.ramforumz.com/threads/46re-transmission-problems.172459/" ] }, { "gen_label": "3rd generation (DR/DH)", "platform_code": "DR / DH", "year_start": 2002, "year_end": 2008, "engines": [ "3.7L PowerTech V6", "4.7L PowerTech V8", "5.7L Hemi V8 (from 2003)" ], "transmissions": [ "45RFE / 545RFE 5-speed automatic", "NV3500 / NV4500 manual" ], "known_issues": [ { "component": "Engine (5.7L Hemi)", "description": "Exhaust manifold bolts snap at the head, producing a cold-start 'Hemi tick' and an exhaust leak that worsens as more bolts fail; warped manifold flanges and gasket leaks follow.", "affected_years": "2003-2008" }, { "component": "Engine (4.7L V8)", "description": "Head gasket failure after overheating, plus sludge buildup when oil changes lapse, leading to rocker-arm wear and oil starvation. The 3.7L V6 shares the sludging tendency.", "affected_years": "2002-2008" }, { "component": "Steering / front suspension", "description": "Ball joint wear and 'death wobble' on 4WD models from worn track bar and steering linkage.", "affected_years": "2002-2008" }, { "component": "Interior", "description": "Dash pad cracking into sharp pieces that rattle and expose wiring — a defining complaint for this body.", "affected_years": "2002-2008" } ], "sources": [ "https://en.wikipedia.org/wiki/Ram_pickup", "https://blog.1aauto.com/3rd-gen-dodge-ram-problems/", "https://www.dodgeproblems.com/models/ram-1500/generations/3/", "https://us.bddiesel.com/blogs/r-d-blog/ram-5-7-hemi-exhaust-manifold-leak-broken-bolts-2009-2022-symptoms-fixes-bd-manifold-kit" ] }, { "gen_label": "4th generation (DS) — Dodge-branded portion only", "platform_code": "DS", "year_start": 2009, "year_end": 2010, "engines": [ "3.7L PowerTech V6", "4.7L PowerTech V8 (revised)", "5.7L Hemi V8 with MDS (390 hp)" ], "transmissions": [ "545RFE 5-speed automatic", "65RFE 6-speed automatic" ], "known_issues": [ { "component": "Engine (5.7L Hemi)", "description": "Broken exhaust manifold bolts continue into the DS body; MDS-related lifter and camshaft lobe wear on the deactivating cylinders.", "affected_years": "2009-2010" }, { "component": "Electrical (TIPM)", "description": "Totally Integrated Power Module internal relay failures causing stalling, no-start, and fuel pump or wiper operation with the key off — the same TIPM family that affected other Chrysler products of the era.", "affected_years": "2009-2010" }, { "component": "Suspension", "description": "Optional rear coil-spring / air suspension setup: air compressor and height-sensor failures on air-equipped trucks.", "affected_years": "2009-2010" } ], "sources": [ "https://en.wikipedia.org/wiki/Ram_pickup", "https://kenorachrysler.com/what-are-the-most-common-problems-with-the-ram-1500" ] } ] }, { "make": "FORD", "model": "TAURUS", "notes": "US-market. There is NO model-year gap despite the nameplate's discontinuity: the fourth generation ended after MY2007 (production stopped 27 October 2006, final years largely fleet), and the fifth generation began at MY2008 as a facelifted, renamed Ford Five Hundred. Ford numbers 2008-2009 and 2010-2019 as separate generations even though both sit on the D3 platform, because MY2010 was a complete exterior and interior redesign. For a reliability site this is the right split, since the 2008-2009 car is mechanically a Five Hundred while the 2010+ car brings the EcoBoost engines. The Ford Five Hundred (2005-2007) and Taurus X (2008-2009) are separate NHTSA nameplates and must not be merged in. The Taurus SHO name covers two unrelated cars: the 3.4L Yamaha V8 (1996-1999) and the 3.5L EcoBoost (2010-2019).", "generations": [ { "gen_label": "3rd generation (DN101)", "platform_code": "DN101", "year_start": 1996, "year_end": 1999, "engines": [ "3.0L Vulcan OHV V6 (145 hp)", "3.0L Duratec DOHC V6 (200 hp)", "3.4L Yamaha DOHC V8 (235 hp, SHO)" ], "transmissions": [ "AX4S 4-speed automatic (Vulcan)", "AX4N 4-speed automatic (Duratec / SHO)" ], "known_issues": [ { "component": "Transmission (AX4S/AX4N)", "description": "Forward clutch and torque-converter hub / input-shaft failures presenting as complete loss of drive engagement with no abnormal noise — engine revs normally, vehicle does not move. One of the highest-volume Ford transmission complaint patterns of the era.", "affected_years": "1996-1999" }, { "component": "Engine (3.4L SHO V8)", "description": "Camshaft sprockets are press-fitted rather than keyed to the camshafts and can slip, destroying valvetrain and pistons. The defining SHO V8 failure mode.", "affected_years": "1996-1999" }, { "component": "Engine (3.0L Vulcan)", "description": "Head gasket failure and coolant contamination, aggravated by rust and scale buildup in the cooling jackets and by overheating.", "affected_years": "1996-1999" }, { "component": "Ignition", "description": "Coil pack and ignition module failures causing misfire and stalling.", "affected_years": "1996-1999" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Taurus", "https://www.aa1car.com/library/transmission_ford_ax4s.htm", "https://www.autosafety.org/ford-automatic-4-speed/", "https://www.transmissionrepaircostguide.com/ford-taurus-transmission-problems/" ] }, { "gen_label": "4th generation (D186)", "platform_code": "D186", "year_start": 2000, "year_end": 2007, "engines": [ "3.0L Vulcan OHV V6 (155 hp)", "3.0L Duratec DOHC V6 (200 hp, through 2005)" ], "transmissions": [ "AX4N / AX4S 4-speed automatic", "4F50N 4-speed automatic (from 2003)" ], "known_issues": [ { "component": "Transmission (AX4N / 4F50N)", "description": "Continued torque-converter, input-shaft and forward-clutch failures producing loss of drive; the AX4N pattern carries directly over from the DN101.", "affected_years": "2000-2007" }, { "component": "Suspension", "description": "Front coil springs fracture from corrosion and the broken end can puncture the tire, causing loss of control. Subject of NHTSA recall action on salt-belt Taurus and Sable cars of the early 2000s.", "affected_years": "2000-2003" }, { "component": "Engine (3.0L Vulcan)", "description": "Head gasket and intake manifold gasket failures with coolant loss.", "affected_years": "2000-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Taurus", "https://www.transmissionrepaircostguide.com/ford-taurus-transmission-problems/" ] }, { "gen_label": "5th generation (D3) — renamed Ford Five Hundred", "platform_code": "D3 (Volvo P2-derived)", "year_start": 2008, "year_end": 2009, "engines": [ "3.5L Duratec 35 V6 (263 hp)" ], "transmissions": [ "6F50 6-speed automatic (replacing the Five Hundred's ZF CFT30 CVT)" ], "known_issues": [ { "component": "Transmission (6F50)", "description": "Early 6F50 torque-converter and internal solenoid complaints producing harsh shifts and shudder.", "affected_years": "2008-2009" }, { "component": "Nameplate boundary caution", "description": "The severe ZF CFT30 CVT failures associated with this body belong to the 2005-2007 Ford Five Hundred, which used the CVT; the Taurus-badged 2008-2009 cars do not have it. Do not attribute CVT failures to this generation.", "affected_years": "2008-2009" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Taurus_(fifth_generation)", "https://www.nbcnews.com/id/wbna17003763" ] }, { "gen_label": "6th generation (D3/D4)", "platform_code": "D3 / D4", "year_start": 2010, "year_end": 2019, "engines": [ "3.5L Duratec V6 (263-288 hp)", "3.5L EcoBoost twin-turbo V6 (365 hp, SHO)", "2.0L EcoBoost I4 (240 hp, 2013-2019)" ], "transmissions": [ "6F50 / 6F55 6-speed automatic" ], "known_issues": [ { "component": "Engine (3.5L EcoBoost)", "description": "Internal chain-driven water pump failure dumps coolant directly into the crankcase; the pump is buried in the front of the engine so replacement is an engine-out-scale job. Affects the SHO's 3.5L EcoBoost.", "affected_years": "2010-2019" }, { "component": "Engine (direct injection)", "description": "Intake valve carbon buildup on the direct-injected EcoBoost engines causing misfire and rough running, since no port fuel wash cleans the valves.", "affected_years": "2010-2019" }, { "component": "Doors", "description": "Door latch pawl spring tab fractures, allowing a door to appear closed but open while driving; subject of a large Ford recall covering 2013-2016 Taurus among other models.", "affected_years": "2013-2016" }, { "component": "Infotainment", "description": "MyFord Touch system freezes, reboots and loses climate/audio control; a very high complaint category for 2011-2015 cars.", "affected_years": "2011-2015" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Taurus_(sixth_generation)", "https://en.wikipedia.org/wiki/Ford_Taurus" ] } ] }, { "make": "HYUNDAI", "model": "TUCSON", "notes": "US-market model years, contiguous with no gaps: 2005-2009 / 2010-2015 / 2016-2021 / 2022-present. Two naming traps: (1) the second generation was sold as 'ix35' in Europe, Australia and China but kept the Tucson name in the US, so European sources describing an 'ix35' generation are describing the US 2010-2015 Tucson; (2) the third generation returned the Tucson name globally, so US and global generation numbering realign from 2016. The Tucson skipped a US model year at neither boundary — the first generation ran through MY2009 and the second arrived for MY2010. Note also that the Theta II 2.0/2.4 GDI engine problems are usually reported against the Sonata and Santa Fe, but Tucson models with those engines fall inside Hyundai's Theta II engine settlement and KSDS knock-sensor software campaign.", "generations": [ { "gen_label": "1st generation (JM)", "platform_code": "JM", "year_start": 2005, "year_end": 2009, "engines": [ "2.0L Beta II I4 (140 hp)", "2.7L Delta V6 (173 hp)" ], "transmissions": [ "5-speed manual", "4-speed automatic (2.0L)", "4-speed automatic (2.7L V6)" ], "known_issues": [ { "component": "Engine management", "description": "Crankshaft position sensor and ignition faults causing intermittent stalling and hard starting.", "affected_years": "2005-2009" }, { "component": "Brakes / ABS", "description": "ABS and ESC module faults producing warning lights and, in some reports, unwanted ABS activation at low speed.", "affected_years": "2005-2009" }, { "component": "General", "description": "No single dominant systemic defect for this generation; complaint volume is spread across stalling, electrical and airbag occupant-classification faults rather than concentrated in one component.", "affected_years": "2005-2009" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Tucson", "https://www.jdpower.com/cars/history/hyundai/tucson" ] }, { "gen_label": "2nd generation (LM / ix35)", "platform_code": "LM (ix35 outside the US)", "year_start": 2010, "year_end": 2015, "engines": [ "2.0L Theta II I4 (165 hp, 2010-2013)", "2.4L Theta II GDI I4 (176 hp)", "2.0L Nu I4 (2014-2015 base)" ], "transmissions": [ "6-speed manual (2010-2013)", "A6MF 6-speed automatic" ], "known_issues": [ { "component": "Engine (2.0L/2.4L Theta II GDI)", "description": "Connecting-rod bearing wear and seizure caused by machining debris left in the crankshaft oil passages restricting oil flow; presents as a knocking noise escalating to engine failure or stall while driving. Covered by Hyundai's Theta II engine settlement and the KSDS knock-sensor detection software campaign, with extended engine warranty coverage.", "affected_years": "2011-2015" }, { "component": "Brake lights", "description": "Stop lamp switch failure causing brake lights not to illuminate, cruise control not to cancel, and push-button start / shifter interlock faults; subject of a broad Hyundai recall.", "affected_years": "2010-2013" }, { "component": "Transmission", "description": "6-speed automatic harsh shifting and torque-converter shudder complaints.", "affected_years": "2010-2015" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Tucson", "https://www.vehiclehistory.com/articles/hyundai-tucson-problems-range-from-seizing-engine-to-slipping-transmission-while-generating-few-recalls-over-the-years" ] }, { "gen_label": "3rd generation (TL)", "platform_code": "TL", "year_start": 2016, "year_end": 2021, "engines": [ "2.0L Nu MPI I4 (164 hp, 2016-2018)", "2.4L Theta II GDI I4 (181 hp, 2016-2021)", "1.6L Gamma T-GDI turbo I4 (175 hp, 2016-2018)" ], "transmissions": [ "6-speed automatic (2.0L / 2.4L)", "7-speed EcoShift dual-clutch transmission (1.6L T-GDI, 2016-2018)" ], "known_issues": [ { "component": "Transmission (7-speed DCT)", "description": "Clutch application logic causes delayed engagement, hesitation and jerking at low speed, and repeated accelerator pedal cycling in high ambient temperatures can leave the vehicle unable to accelerate at all; owners also report loss of power and stalling. NHTSA recall 16V-628 covered 2016 Tucsons with the 7-speed DCT built 20 May 2015 to 31 May 2016; a class action settled for $41.2 million with a warranty extension and repair reimbursement, and MY2017 cars required a TCM software update.", "affected_years": "2016-2018" }, { "component": "Engine (2.4L Theta II GDI)", "description": "Connecting-rod bearing wear and seizure from oil-passage debris — the same Theta II mechanism as the LM, covered by the engine settlement and KSDS software campaign.", "affected_years": "2016-2019" }, { "component": "Brakes / ABS (HECU)", "description": "Electrical short in the ABS hydraulic electronic control unit can ignite even with the vehicle parked and off; Hyundai issued recalls with a park-outside advisory covering 2019-2021 Tucsons among other models.", "affected_years": "2019-2021" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Tucson", "https://static.nhtsa.gov/odi/rcl/2016/RCMN-16V628-8692.pdf", "https://www.carcomplaints.com/news/2016/hyundai-dual-clutch-transmission-dct-lawsuit.shtml", "https://www.wirtzlaw.com/hyundai-tucson-veloster-sonata-eco-and-elantra-eco-dual-clutch-transmission-defects-are-subject-to-california-lemon-law-model-years-2016-2017/" ] }, { "gen_label": "4th generation (NX4)", "platform_code": "NX4", "year_start": 2022, "year_end": 2025, "engines": [ "2.5L Smartstream I4 (187 hp)", "1.6L Smartstream T-GDI turbo I4 hybrid (226 hp combined)", "1.6L T-GDI plug-in hybrid (261 hp combined)" ], "transmissions": [ "8-speed automatic (2.5L)", "6-speed automatic (hybrid and plug-in hybrid)" ], "known_issues": [ { "component": "Instrument cluster", "description": "Instrument panel software fault can leave the gauge cluster blank at startup, hiding speed and warning telltales; addressed by a software recall on early NX4 cars.", "affected_years": "2022-2023" }, { "component": "Drivability", "description": "Low-speed hesitation and shift-shock complaints tied to the idle stop-and-go system and 8-speed automatic calibration.", "affected_years": "2022-2023" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Tucson", "https://apextechnation.com/articles/hyundai-tucson-common-problems" ] } ] }, { "make": "FORD", "model": "ESCAPE", "notes": "NHTSA span starts at 2000, but the Escape's first US model year is 2001 (it went on sale in calendar 2000 as a MY2001). Treat any MY2000 records as mis-keyed early-build 2001 cars — do not create a 2000 page. Gen 1 and Gen 2 share the CD2 architecture; Gen 2 (2008-2012) is a heavy restyle plus a new interior and, from 2009, a new powertrain set, and both Ford and every reference source treat it as a separate generation, so keep the pages split. Wikipedia's spec table lists a 'dual-clutch automatic' for the 2013-2019 generation; that is the European Kuga. Every US Escape of that generation used the 6F35 torque-converter 6-speed. The Escape Hybrid is not a separate nameplate in NHTSA data — it lives inside each generation. Gen 4 continues into MY2026 (announced as its final year); the map stops at 2025 to match the data span.", "generations": [ { "gen_label": "1st generation", "year_start": 2001, "year_end": 2007, "platform_code": "CD2", "engines": [ "2.0L Zetec I4 (2001-2004)", "2.3L Duratec 23 I4 (2005-2007)", "3.0L Duratec 30 V6", "2.3L Atkinson I4 (Escape Hybrid, 2005-2007)" ], "transmissions": [ "5-speed manual (I4 only)", "CD4E 4-speed automatic", "eCVT (hybrid)" ], "known_issues": [ { "component": "Electrical / cruise control", "description": "Texas Instruments speed control deactivation switch mounted in the master cylinder can leak brake fluid onto the switch contacts and ignite, causing an engine-bay fire with the vehicle parked and off. Part of Ford's multi-model speed-control switch recall campaign.", "affected_years": "2001-2004" }, { "component": "Suspension / body structure", "description": "Rear subframe corrodes and can fracture or separate in road-salt states, allowing loss of rear suspension location. Addressed by region-specific inspection/replacement campaigns.", "affected_years": "2001-2004" }, { "component": "Transmission", "description": "CD4E 4-speed automatic suffers forward clutch and torque converter failures; a common complaint cluster across the generation." }, { "component": "Engine", "description": "3.0L Duratec V6 intake manifold and coolant crossover leaks leading to overheating." } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Escape", "https://www.transmissionrepaircostguide.com/ford-escape-transmission-problems/" ] }, { "gen_label": "2nd generation", "year_start": 2008, "year_end": 2012, "platform_code": "CD2 (revised)", "engines": [ "2.3L Duratec 23 I4 (2008)", "2.5L Duratec 25 I4 (2009-2012)", "3.0L Duratec 30 V6", "2.5L Atkinson I4 (Escape Hybrid)" ], "transmissions": [ "5-speed manual (2008-2009 I4)", "4-speed automatic (2008)", "6F35 6-speed automatic (2009-2012)", "eCVT (hybrid)" ], "known_issues": [ { "component": "Transmission", "description": "6F35 6-speed automatic: torque converter shudder, and left-hand halfshaft seal leaks that drain fluid and burn the clutches.", "affected_years": "2009-2012" }, { "component": "Engine management", "description": "Electronic throttle body failures put the vehicle into reduced-power limp mode without warning." }, { "component": "Steering", "description": "Electric power steering assist can be lost intermittently, requiring steering gear replacement." } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Escape", "https://www.transmissionrepaircostguide.com/ford-escape-transmission-problems/" ] }, { "gen_label": "3rd generation", "year_start": 2013, "year_end": 2019, "platform_code": "Ford C1 / Global C", "engines": [ "2.5L Duratec I4 (base)", "1.6L EcoBoost turbo I4 (2013-2016)", "2.0L EcoBoost turbo I4", "1.5L EcoBoost turbo I4 (2017-2019)" ], "transmissions": [ "6F35 6-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "1.6L EcoBoost: if coolant level drops, the cylinder head overheats, cracks and leaks oil onto hot exhaust components, causing underhood fires. Ford ran successive campaigns (12S45, 13S12, 17S09) culminating in fitting a coolant level sensor with warning logic.", "affected_years": "2013-2014" }, { "component": "Engine", "description": "1.5L EcoBoost coolant intrusion: coolant migrates from the block into the combustion chamber through the block-to-head interface, causing misfires, white smoke, coolant loss and eventual head cracking or engine failure.", "affected_years": "2017-2019" }, { "component": "Door latches", "description": "Door latch pawl spring tab can break, so a door may appear shut but can open while driving. Multi-model Ford recall.", "affected_years": "2013-2015" }, { "component": "Fuel system", "description": "Launch-year 1.6L cars had fuel line splitting and multiple other first-year recalls; the 2013 model year is an outlier in recall count even within this generation.", "affected_years": "2013" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Escape", "https://www.classaction.org/ford-ecoboost-engine-problems-coolant-overheating", "https://www.cherishyourcar.com/ford-escape-head-gasket-recall/" ] }, { "gen_label": "4th generation", "year_start": 2020, "year_end": 2025, "platform_code": "Ford C2", "engines": [ "1.5L EcoBoost turbo I3", "2.0L EcoBoost turbo I4", "2.5L Atkinson I4 (hybrid and plug-in hybrid)" ], "transmissions": [ "8F35 8-speed automatic", "eCVT (hybrid/PHEV)" ], "known_issues": [ { "component": "Fuel system / engine", "description": "1.5L EcoBoost three-cylinder fuel injectors can crack, leaking fuel and vapor into the cylinder head area near ignition sources, causing underhood fires. Covered by successive recalls (22S43, 22S73, and a 2025 expansion) affecting roughly 850,000 Escape and Bronco Sport vehicles; interim remedy is ECU software that detects a cracked injector.", "affected_years": "2020-2023" }, { "component": "Transmission", "description": "8F35 8-speed automatic harsh or delayed shifting and shudder complaints." } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Escape", "https://www.ford.com/support/how-tos/recall/recalls-and-faqs/22s73-bronco-sport-2021-2023-and-escape-2020-2022-fuel-injector-recall/", "https://www.kbb.com/latest-recalls/ford-recalls-2020-2023-escape-and-2021-2023-bronco-sport-over-fuel-injector/" ] } ] }, { "make": "HYUNDAI", "model": "SONATA", "notes": "US model-year boundaries confirmed: Y3 ends MY1998, EF runs MY1999-2005 (US sales Jan 1999 - Jan 2005), NF starts MY2006 as the first US-built Sonata (Montgomery, Alabama). The 2002 'New EF' is a facelift on the same platform, not a new generation — but it does change the V6 from the 2.5L to the 2.7L Delta, which matters for failure patterns. Global sources sometimes number these generations differently (some count the Y2 as second, making the EF the fourth; others make the EF the third). Chassis codes, not ordinal numbers, are the reliable key. The single most important boundary on this nameplate for a reliability site is 2010/2011: the NF's 2.4L Theta is a port-injected engine with no bearing-failure history, while the YF's 2.4L Theta II GDI is the engine at the centre of the recall program. Do not let those two share a page or a failure-mode hub.", "generations": [ { "gen_label": "3rd generation (Y3)", "year_start": 1995, "year_end": 1998, "platform_code": "Y3", "engines": [ "2.0L Sirius I4", "3.0L Mitsubishi 6G72 V6" ], "transmissions": [ "5-speed manual", "4-speed automatic" ], "known_issues": [ { "component": "Transmission", "description": "4-speed automatic failures are the dominant complaint; these are Mitsubishi-derived drivetrains from Hyundai's pre-in-house-engine era." }, { "component": "Engine", "description": "Interference-design belt-driven engines: a snapped timing belt causes valve-to-piston contact." } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Sonata", "https://carbuzz.com/cars/hyundai/sonata/generations/" ] }, { "gen_label": "4th generation (EF)", "year_start": 1999, "year_end": 2005, "platform_code": "EF (facelifted 'New EF' from MY2002)", "engines": [ "2.4L Sirius II I4", "2.5L Delta V6 (1999-2001)", "2.7L Delta V6 (2002-2005)" ], "transmissions": [ "5-speed manual", "4-speed automatic (F4A42/F4A51)" ], "known_issues": [ { "component": "Engine", "description": "2.7L Delta V6 is belt-driven and interference-design; belt service neglect causes valve damage." }, { "component": "Body structure", "description": "Rear subframe and control arm corrosion in road-salt states." } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Sonata", "https://carbuzz.com/cars/hyundai/sonata/generations/" ] }, { "gen_label": "5th generation (NF)", "year_start": 2006, "year_end": 2010, "platform_code": "NF", "engines": [ "2.4L Theta I4 (port injection)", "3.3L Lambda V6" ], "transmissions": [ "5-speed manual", "4-speed automatic (2006)", "5-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "The 2.4L Theta here is the port-injected version, NOT the Theta II GDI. It has no connecting-rod-bearing recall history — an important distinction from the 2011+ car that shares the '2.4 Theta' shorthand." }, { "component": "Airbags", "description": "Occupant classification / passenger airbag sensing system faults leading to non-deployment conditions; subject to campaign action." } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Sonata", "https://carbuzz.com/cars/hyundai/sonata/generations/" ] }, { "gen_label": "6th generation (YF)", "year_start": 2011, "year_end": 2014, "platform_code": "YF", "engines": [ "2.4L Theta II GDI I4", "2.0L Theta II turbo GDI I4", "2.4L Atkinson I4 (Hybrid)" ], "transmissions": [ "6-speed manual (base, 2011-2012)", "6-speed automatic (A6MF)", "6-speed automatic (hybrid)" ], "known_issues": [ { "component": "Engine", "description": "Theta II GDI connecting-rod bearing failure: metallic debris left in the crankshaft oil passages during machining migrates into the connecting-rod oil feeds, restricting oil flow to the bearings. Result is knocking, power loss, bearing seizure, engine stall at speed, and in some cases a punctured block with an oil fire. Recall 15V-568 covered MY2011-2012 2.0L and 2.4L Theta II GDI Sonatas; recall 17V-226 extended it to MY2013-2014.", "affected_years": "2011-2014" }, { "component": "Engine management", "description": "Knock Sensor Detection System software campaign later applied across Theta II GDI cars to detect incipient bearing failure and put the engine into limp mode before seizure." }, { "component": "Steering", "description": "Electric power steering / steering column coupler complaints producing sudden loss of assist.", "affected_years": "2011-2013" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Sonata", "https://static.nhtsa.gov/odi/rcl/2015/RCRIT-15V568-9169.pdf", "https://static.nhtsa.gov/odi/rcl/2017/RCLRPT-17V226-4558.pdf", "https://safetyresearch.net/hyundai-kias-billion-dollar-engine-problem-that-broke-the-nhtsa-civil-penalty-barrier/" ] }, { "gen_label": "7th generation (LF)", "year_start": 2015, "year_end": 2019, "platform_code": "LF", "engines": [ "2.4L Theta II GDI I4", "1.6L Gamma turbo GDI I4", "2.0L Theta II turbo GDI I4", "2.0L I4 (Hybrid and Plug-in Hybrid)" ], "transmissions": [ "6-speed automatic", "7-speed dual-clutch (1.6T)", "6-speed automatic (hybrid)" ], "known_issues": [ { "component": "Engine", "description": "Theta II GDI connecting-rod bearing wear and seizure continues into this generation. Hyundai extended engine warranty coverage and applied the Knock Sensor Detection System software campaign across MY2011-2019 Theta II GDI vehicles." }, { "component": "Transmission", "description": "7-speed dual-clutch behind the 1.6L turbo: low-speed shudder, hesitation from a stop, and clutch wear.", "affected_years": "2016-2019" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Sonata", "https://www.margarianlaw.com/hyundai/sonata-lf/", "https://safetyresearch.net/hyundai-kias-billion-dollar-engine-problem-that-broke-the-nhtsa-civil-penalty-barrier/" ] }, { "gen_label": "8th generation (DN8)", "year_start": 2020, "year_end": 2025, "platform_code": "DN8", "engines": [ "2.5L Smartstream GDI I4", "1.6L Smartstream turbo GDI I4", "2.5L Smartstream turbo GDI I4 (N Line)", "2.0L I4 (Hybrid)" ], "transmissions": [ "8-speed automatic", "8-speed wet dual-clutch (2.5T)", "6-speed automatic (hybrid)" ], "known_issues": [ { "component": "Brakes / electrical", "description": "ABS hydraulic control unit can short internally and ignite while parked; subject to recall with an interim instruction to park outdoors.", "affected_years": "2020-2021" }, { "component": "Anti-theft", "description": "Trims without an engine immobilizer are trivially hot-wired, producing a large theft loss pattern and insurer refusals. Hyundai issued a software countermeasure rather than a recall.", "affected_years": "2020-2021" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Sonata", "https://carbuzz.com/cars/hyundai/sonata/generations/" ] } ] }, { "make": "DODGE", "model": "DURANGO", "notes": "There is a hard one-model-year gap: the HB generation ends after MY2009 and the WK2-based generation starts at MY2011. No US MY2010 Durango exists — any MY2010 record is a data error. The other structural break is architectural, not just cosmetic: gens 1 and 2 are body-on-frame Dakota-derived trucks, while gen 3 is a unibody crossover sharing the Jeep Grand Cherokee WK2 platform (Mercedes M-Class derived). Those should never share a failure-mode page. Gen 3 is exceptionally long-running (15+ model years) and has two major mid-generation powertrain shifts worth surfacing on the page even though they do not create a new generation: the ZF 8-speed replacing the 5-speeds from MY2014, and the arrival of the SRT V8s from MY2018.", "generations": [ { "gen_label": "1st generation (DN)", "year_start": 1998, "year_end": 2003, "platform_code": "DN", "engines": [ "3.9L Magnum V6", "5.2L Magnum V8 (1998-2000)", "5.9L Magnum V8", "4.7L PowerTech V8 (2000-2003)" ], "transmissions": [ "42RE / 44RE / 46RE 4-speed automatic", "45RFE 4-speed automatic" ], "known_issues": [ { "component": "Suspension", "description": "Upper ball joint wear and separation causing loss of steering control; subject to recall on the Durango/Dakota chassis.", "affected_years": "2000-2003" }, { "component": "Engine", "description": "4.7L PowerTech V8 head gasket and cylinder head cracking following overheating; the engine has little margin once coolant is lost.", "affected_years": "2000-2003" }, { "component": "Transmission", "description": "46RE overdrive clutch and governor pressure solenoid failures." } ], "sources": [ "https://en.wikipedia.org/wiki/Dodge_Durango", "https://www.autoevolution.com/dodge/durango/" ] }, { "gen_label": "2nd generation (HB)", "year_start": 2004, "year_end": 2009, "platform_code": "HB", "engines": [ "3.7L Magnum V6 (2004-2007)", "4.7L Magnum V8", "5.7L Hemi V8", "5.7L Hemi V8 (Two-Mode Hybrid, 2009 only)" ], "transmissions": [ "42RLE 4-speed automatic", "545RFE 5-speed automatic", "Two-Mode EVT (hybrid)" ], "known_issues": [ { "component": "Engine", "description": "5.7L Hemi with MDS cylinder deactivation: camshaft lobe and roller lifter wear producing a tick, then metal in the oil and bottom-end damage." }, { "component": "Engine", "description": "Hemi exhaust manifold bolt breakage causing an exhaust leak with a cold-start tick." }, { "component": "Electrical", "description": "Totally Integrated Power Module faults producing no-start, stalling and phantom electrical behaviour." }, { "component": "Engine", "description": "4.7L V8 valve seat and head issues carried over from the previous generation.", "affected_years": "2004-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Dodge_Durango", "https://www.autoevolution.com/dodge/durango/" ] }, { "gen_label": "3rd generation (WD/WK2)", "year_start": 2011, "year_end": 2025, "platform_code": "WD (shares Jeep Grand Cherokee WK2 architecture)", "engines": [ "3.6L Pentastar V6", "5.7L Hemi V8", "6.4L Hemi V8 (SRT, 2018-2024)", "6.2L supercharged Hemi V8 (SRT Hellcat, 2021 and 2023-2024)" ], "transmissions": [ "W5A580 5-speed automatic (2011-2013)", "545RFE 5-speed automatic", "ZF 8HP 8-speed automatic (845RE / 8HP70 / 8HP95, from 2014)" ], "known_issues": [ { "component": "Engine", "description": "3.6L Pentastar left-bank cylinder head: valve seat erosion and valve guide wear, classically showing as a driver's-side tick with a cylinder 2 misfire (P0302), and in severe cases an exhaust valve dropping into the cylinder. Chrysler handled it with TSB 09-002-14 and warranty extension X56 (10 years / 150,000 miles) rather than a safety recall.", "affected_years": "2011-2013" }, { "component": "Electrical", "description": "TIPM-7 (Totally Integrated Power Module) failures: no-start, stalling in traffic, fuel pump running with the key off, and unintended accessory operation.", "affected_years": "2011-2013" }, { "component": "Charging system", "description": "Alternator failure on 3.6L cars causing sudden loss of electrical power and stalling; subject to recall.", "affected_years": "2011-2013" }, { "component": "Engine", "description": "5.7L Hemi MDS roller lifter and camshaft lobe failure — the dominant V8 failure mode across the whole generation." }, { "component": "Transmission", "description": "Early ZF 8-speed installations had shift-quality and calibration problems addressed through repeated software flashes.", "affected_years": "2014-2015" } ], "sources": [ "https://en.wikipedia.org/wiki/Dodge_Durango", "https://www.go-parts.com/garage/engine-cylinder-head-jeep-grand-cherokee-dodge-durango-ram-1500-2011-2013", "https://www.autoevolution.com/news/pentastar-v6-still-prone-to-cylinder-head-failure-82615.html" ] } ], "production_gaps": [ { "year_start": 2010, "year_end": 2010, "reason": "Production gap (no US model year)" } ] }, { "make": "DODGE", "model": "GRAND CARAVAN", "notes": "'Grand Caravan' is the long-wheelbase body; the short-wheelbase 'Caravan' is a separate NHTSA model name and should not be merged in. The nameplate ends in the US after MY2020 — the last van was built 21 August 2020. The 2021 'Grand Caravan' was a Canada-only Chrysler-badged rebadge of the Voyager and is not a US vehicle, so the NHTSA span ending at 2020 is correct and the map should not be extended. The RT generation runs 13 model years, which is long enough that the page needs an internal split marker: MY2011 brought a full powertrain replacement (3.6L Pentastar for the 3.3/3.8/4.0 V6s, 62TE standard) plus a new interior. That is a facelift by platform definition but it changes essentially every failure mode, so treat 2008-2010 and 2011-2020 as distinct cohorts within one generation page.", "generations": [ { "gen_label": "3rd generation (NS)", "year_start": 1996, "year_end": 2000, "platform_code": "NS", "engines": [ "3.0L Mitsubishi 6G72 V6", "3.3L EGA V6", "3.8L EGH V6" ], "transmissions": [ "41TE (A604 Ultradrive) 4-speed automatic" ], "known_issues": [ { "component": "Transmission", "description": "41TE / A604 Ultradrive automatic failure is the signature defect of this generation: solenoid pack faults, planetary and clutch pack failure, often well before 100,000 miles." }, { "component": "Engine", "description": "3.3L and 3.8L head gasket and intake plenum gasket leaks causing coolant loss and overheating." } ], "sources": [ "https://en.wikipedia.org/wiki/Chrysler_minivans" ] }, { "gen_label": "4th generation (RS)", "year_start": 2001, "year_end": 2007, "platform_code": "RS", "engines": [ "3.3L EGA V6", "3.8L EGH V6" ], "transmissions": [ "41TE / 41AE 4-speed automatic" ], "known_issues": [ { "component": "Transmission", "description": "41TE automatic failures continue as the leading complaint category." }, { "component": "Body / doors", "description": "Power sliding door motor, cable and latch failures — doors that fail to latch, open on their own, or jam." } ], "sources": [ "https://en.wikipedia.org/wiki/Chrysler_minivans" ] }, { "gen_label": "5th generation (RT)", "year_start": 2008, "year_end": 2020, "platform_code": "RT", "engines": [ "3.3L V6 (2008-2010)", "3.8L V6 (2008-2010)", "4.0L SOHC V6 (2008-2010)", "3.6L Pentastar V6 (2011-2020)" ], "transmissions": [ "41TE 4-speed automatic (some 2008-2010 3.3L)", "62TE 6-speed automatic" ], "known_issues": [ { "component": "Electrical", "description": "TIPM-7 fuel pump relay failure: the internal relay contacts degrade, causing intermittent no-start, stalling while driving, and the fuel pump continuing to run with the key off. One of the most-complained-about defects in NHTSA's database for this vehicle.", "affected_years": "2008-2013" }, { "component": "Engine", "description": "3.6L Pentastar left-bank cylinder head valve guide and valve seat wear (driver's side tick, cylinder 2 misfire), covered by Chrysler warranty extension X56 rather than a recall.", "affected_years": "2011-2013" }, { "component": "Ignition switch", "description": "The ignition switch can move out of the RUN position while driving, shutting off the engine and disabling the airbags; subject to recall.", "affected_years": "2008-2010" }, { "component": "Body / doors", "description": "Power sliding door and power liftgate motor, cable and wiring harness failures persist across the whole generation." } ], "sources": [ "https://en.wikipedia.org/wiki/Chrysler_minivans", "https://www.go-parts.com/garage/engine-cylinder-head-jeep-grand-cherokee-dodge-durango-ram-1500-2011-2013" ] } ] }, { "make": "CHEVROLET", "model": "EQUINOX", "notes": "No gaps and no overlaps — the four generations tile 2005-2025 cleanly. Two cautions for data grouping. First, the Equinox EV (2024 onward, Ultium BEV) is a completely different vehicle that in some feeds carries the same 'EQUINOX' model name; check for a fuel-type or VIN discriminator before folding those records into the gen 3/gen 4 pages. Second, gens 1 and 2 are both nominally 'Theta' but are not the same car in any way that matters: gen 1 is the Canadian-built 3.4L V6 vehicle, gen 2 is the 2.4L Ecotec four-cylinder vehicle whose oil-consumption defect dominates its complaint record. The 2.4L Ecotec oil consumption story is the single highest-value failure-mode hub on this nameplate: GM issued per-model-year Special Coverage adjustments and settled a class action for MY2010-2013, while later suits allege MY2014-2017 cars share the identical defect — state both facts, since the settlement year range and the defect year range differ.", "generations": [ { "gen_label": "1st generation", "year_start": 2005, "year_end": 2009, "platform_code": "GM Theta (GMT191)", "engines": [ "3.4L LNJ V6 (185 hp)", "3.6L LY7 V6 (Sport, 2008-2009)" ], "transmissions": [ "Aisin AF33 5-speed automatic", "6T70 6-speed automatic (3.6L Sport)" ], "known_issues": [ { "component": "Engine", "description": "3.4L V6 intake manifold and head gasket coolant leaks leading to overheating and head damage." }, { "component": "Engine", "description": "3.6L LY7 timing chain stretch producing P0008/P0016 cam-crank correlation codes and a cold-start rattle.", "affected_years": "2008-2009" }, { "component": "Transmission", "description": "Aisin AF33 5-speed automatic failures, often expensive because of limited rebuild support." } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Equinox" ] }, { "gen_label": "2nd generation", "year_start": 2010, "year_end": 2017, "platform_code": "GM Theta (GMT172)", "engines": [ "2.4L Ecotec LAF/LEA I4 (182 hp)", "3.0L LF1 V6 (2010-2012)", "3.6L LFX V6 (2013-2017)" ], "transmissions": [ "6T45 / 6T70 6-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "2.4L Ecotec excessive oil consumption: the piston and piston ring assembly does not maintain adequate ring tension, so oil passes into the combustion chamber. The resulting chronic low oil level causes timing chain wear and connecting rod bearing failure. GM issued Special Coverage adjustments per model year and a class action settlement (final approval November 2019) covered MY2010-2013 Equinox and GMC Terrain; subsequent suits allege MY2014-2017 units have the same defect without the same coverage.", "affected_years": "2010-2017" }, { "component": "Engine", "description": "2.4L timing chain stretch, frequently secondary to the oil consumption defect above." } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Equinox", "https://gmauthority.com/blog/2019/11/settlement-reached-in-class-action-oil-burn-lawsuit-against-gm/", "https://www.classaction.org/blog/new-class-action-claims-more-chevy-equinox-gmc-terrain-vehicles-plagued-by-oil-consumption-issue" ] }, { "gen_label": "3rd generation", "year_start": 2018, "year_end": 2024, "platform_code": "GM D2XX", "engines": [ "1.5L LYX turbo I4", "2.0L LTG turbo I4 (2018-2020)", "1.6L LH7 turbodiesel I4 (2018-2019)" ], "transmissions": [ "6-speed automatic (1.5L and diesel)", "9T50 9-speed automatic (2.0L)" ], "known_issues": [ { "component": "Engine", "description": "1.5L LYX oil consumption and PCV system diaphragm failure, which draws oil into the intake and can damage the turbocharger." }, { "component": "Engine", "description": "Intake valve carbon buildup inherent to the port-less direct injection design, causing misfires and rough idle at higher mileage." }, { "component": "Transmission", "description": "9T50 9-speed automatic shift quality and calibration complaints.", "affected_years": "2018-2020" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Equinox" ] }, { "gen_label": "4th generation", "year_start": 2025, "year_end": 2025, "platform_code": "GM VSS-S (D2XX-derived)", "engines": [ "1.5L turbo I4" ], "transmissions": [ "CVT (FWD)", "8-speed automatic (AWD)" ], "known_issues": [], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Equinox" ], "build_notes": [ "n/a: Too new for any systemic defect pattern to be established in the complaint record. The move to a CVT on front-drive cars is the notable engineering change to watch." ] } ] }, { "make": "KIA", "model": "SORENTO", "notes": "Two boundary hazards. First, the NHTSA span starts at 2002 but the US Sorento's first model year is 2003 — the 2002 date reflects the Korean launch. Treat MY2002 records as stray. Second, there is a hard gap at MY2010: the body-on-frame BL ended after MY2009 and the unibody XM arrived as a MY2011 built in West Point, Georgia. Sources conflict here because the XM launched globally in calendar 2009 as a '2010' model elsewhere; for the US market there is no 2010 Sorento, and Cars.com states this explicitly. That gap coincides with the most consequential engineering change on the nameplate — truck to crossover — so the boundary must not be smoothed. The Theta II GDI bearing failure spans the XM and UM generations, so the failure-mode hub for it needs to cross-link both pages.", "generations": [ { "gen_label": "1st generation (BL)", "year_start": 2003, "year_end": 2009, "platform_code": "BL (body-on-frame)", "engines": [ "3.5L Sigma V6 (192 hp)", "3.3L Lambda V6 (2007-2009)", "3.8L Lambda V6 (2007-2009)" ], "transmissions": [ "5-speed manual (through 2006)", "4-speed automatic", "5-speed automatic (2007-2009)" ], "known_issues": [ { "component": "Suspension", "description": "Front lower ball joint and control arm wear on the body-on-frame chassis." }, { "component": "Transmission", "description": "Automatic transmission failures, particularly on the early 4-speed cars.", "affected_years": "2003-2006" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Sorento", "https://www.cars.com/research/kia-sorento/" ] }, { "gen_label": "2nd generation (XM)", "year_start": 2011, "year_end": 2015, "platform_code": "XM (unibody)", "engines": [ "2.4L Theta II MPI I4 (2011)", "2.4L Theta II GDI I4", "2.0L Theta II turbo GDI I4", "3.5L Lambda V6 (2011-2013)", "3.3L Lambda II V6 (2014-2015)" ], "transmissions": [ "6-speed automatic (A6MF/A6LF)" ], "known_issues": [ { "component": "Engine", "description": "Theta II GDI connecting rod bearing failure from crankshaft machining debris restricting oil flow to the rod bearings; presents as knocking, power loss, then seizure or stall, occasionally with a punctured block and oil fire. Recall 17V-224 covered Theta II GDI Sorentos in this generation, and the later Knock Sensor Detection System software campaign added early-warning limp mode.", "affected_years": "2011-2015" }, { "component": "Steering", "description": "Electric power steering assist loss and column coupler complaints.", "affected_years": "2011-2013" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Sorento", "https://safetyresearch.net/hyundai-kias-billion-dollar-engine-problem-that-broke-the-nhtsa-civil-penalty-barrier/" ] }, { "gen_label": "3rd generation (UM)", "year_start": 2016, "year_end": 2020, "platform_code": "UM", "engines": [ "2.4L Theta II GDI I4", "2.0L Theta II turbo GDI I4 (2016-2018)", "3.3L Lambda II V6" ], "transmissions": [ "6-speed automatic", "8-speed automatic (3.3L V6, from 2019)" ], "known_issues": [ { "component": "Engine", "description": "Theta II GDI connecting rod bearing failure continues; addressed through Kia's extended engine warranty and the Knock Sensor Detection System software campaign rather than a fresh mechanical recall for all years." }, { "component": "Engine", "description": "Engine compartment fire reports associated with oil leakage onto hot components following bearing failure; subject of NHTSA scrutiny across the Hyundai-Kia GDI fleet." } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Sorento", "https://safetyresearch.net/hyundai-kias-billion-dollar-engine-problem-that-broke-the-nhtsa-civil-penalty-barrier/" ] }, { "gen_label": "4th generation (MQ4)", "year_start": 2021, "year_end": 2025, "platform_code": "MQ4", "engines": [ "2.5L Smartstream I4", "2.5L Smartstream turbo GDI I4", "1.6L turbo I4 (Hybrid and Plug-in Hybrid)" ], "transmissions": [ "8-speed automatic (2.5 NA)", "8-speed wet dual-clutch (2.5T)", "6-speed automatic (hybrid)" ], "known_issues": [ { "component": "Electrical / fire", "description": "Tow hitch wiring harness can allow moisture ingress and short, causing a fire with the vehicle parked and off; subject to recall with an interim park-outside advisory, shared with the Telluride.", "affected_years": "2021-2023" }, { "component": "Transmission", "description": "8-speed wet dual-clutch behind the 2.5T: low-speed shudder and hesitation from a stop." } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Sorento" ] } ], "production_gaps": [ { "year_start": 2010, "year_end": 2010, "reason": "Production gap (no US model year)" } ] }, { "make": "TOYOTA", "model": "HIGHLANDER", "notes": "Clean four-generation map with no gaps; US first model year is 2001 (on sale January 2001 after an April 2000 New York show debut), matching the NHTSA span exactly. The Highlander Hybrid is not a separate NHTSA nameplate and sits inside each generation from MY2006 onward — worth flagging on each page because its failure profile (eCVT, HV battery, inverter) barely overlaps the conventional car's. The most useful engine boundary for a reliability site is inside gen 1, not at a generation edge: the 1MZ-FE V6 (2001-2003) carries the oil gelling history while the 3MZ-FE (2004-2007) does not.", "generations": [ { "gen_label": "1st generation (XU20)", "year_start": 2001, "year_end": 2007, "platform_code": "XU20 (Toyota K platform, Camry-derived)", "engines": [ "2.4L 2AZ-FE I4", "3.0L 1MZ-FE V6 (2001-2003)", "3.3L 3MZ-FE V6 (2004-2007)", "3.3L 3MZ-FE V6 (Hybrid, 2006-2007)" ], "transmissions": [ "4-speed automatic (2001-2003)", "5-speed automatic (2004-2007 V6)", "eCVT (hybrid)" ], "known_issues": [ { "component": "Engine", "description": "1MZ-FE V6 oil gelling/sludge: the crankcase ventilation and oil return design allowed sludge to form and block oil passages, causing bearing and camshaft damage. Toyota ran an Oil Gel Customer Support Program covering the affected engine family.", "affected_years": "2001-2003" }, { "component": "Engine", "description": "2AZ-FE four-cylinder excessive oil consumption from piston ring design, and stripped cylinder head bolt threads in the aluminium block causing head gasket failure." } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Highlander", "https://pressroom.toyota.com/album/2001-2007-toyota-highlander-first-1st-generation/" ] }, { "gen_label": "2nd generation (XU40)", "year_start": 2008, "year_end": 2013, "platform_code": "XU40", "engines": [ "3.5L 2GR-FE V6", "2.7L 1AR-FE I4 (2009-2013)", "3.3L 3MZ-FXE V6 (Hybrid, 2008-2010)", "3.5L 2GR-FXE V6 (Hybrid, 2011-2013)" ], "transmissions": [ "5-speed automatic (2008 V6)", "6-speed automatic (2009-2013 V6)", "eCVT (hybrid)" ], "known_issues": [ { "component": "Engine", "description": "2GR-FE VVT-i oil supply line rupture: the rubber section of the variable valve timing oil hose can burst, dumping oil rapidly and causing engine damage. Recall covered 2GR-FE vehicles from roughly MY2007-2011, replacing the hose with an all-metal line.", "affected_years": "2008-2011" }, { "component": "Electrical", "description": "Power window master switch overheating, a multi-model Toyota recall." } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Highlander" ] }, { "gen_label": "3rd generation (XU50)", "year_start": 2014, "year_end": 2019, "platform_code": "XU50", "engines": [ "2.7L 1AR-FE I4 (2014-2016)", "3.5L 2GR-FE V6 (2014-2016)", "3.5L 2GR-FKS V6 (2017-2019)", "3.5L V6 (Hybrid)" ], "transmissions": [ "6-speed automatic (2014-2016)", "UA80 8-speed automatic (2017-2019 V6)", "eCVT (hybrid)" ], "known_issues": [ { "component": "Fuel system", "description": "Denso low-pressure fuel pump impeller can deform and bind, stopping the pump and stalling the engine. Very large multi-brand recall.", "affected_years": "2018-2019" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Highlander" ], "build_notes": [ "n/a: This generation has an unusually thin systemic-defect record; the fuel pump campaign is the dominant safety item. Useful as a baseline comparison generation on the site." ] }, { "gen_label": "4th generation (XU70)", "year_start": 2020, "year_end": 2025, "platform_code": "XU70 (TNGA-K)", "engines": [ "3.5L 2GR-FKS V6 (2020-2022)", "2.4L T24A-FTS turbo I4 (2023-2025)", "2.5L A25A-FXS I4 (Hybrid)" ], "transmissions": [ "8-speed automatic", "eCVT (hybrid)" ], "known_issues": [ { "component": "Fuel system", "description": "Denso low-pressure fuel pump recall extends into the early years of this generation.", "affected_years": "2020-2021" }, { "component": "Engine", "description": "The 2023 switch from the long-serving 2GR-FKS V6 to the T24A-FTS turbo four is a major mid-generation powertrain change; the turbo four has no established long-term failure record yet and should be tracked separately from the V6 years on the page.", "affected_years": "2023-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Highlander" ] } ] }, { "make": "KIA", "model": "SOUL", "notes": "Three generations, no gaps, and the NHTSA span (2010-2025) matches the US launch year exactly. The important structural fact for this nameplate is that its defining failure mode does NOT respect the generation boundary: recall 19V-120 covers 2012-2016 Souls with the 1.6L Gamma GDI engine, which straddles the AM (2012-2013) and PS (2014-2016) generations. The failure-mode hub page must cross-link both. Also note the Soul EV (US MY2015-2020) is built on the PS body and may share the 'SOUL' model name in the data — a BEV with no engine has an incompatible failure profile and should be separated if a fuel-type discriminator exists. The US Soul EV was discontinued after MY2020; the SK3-generation Soul EV was not sold in the US.", "generations": [ { "gen_label": "1st generation (AM)", "year_start": 2010, "year_end": 2013, "platform_code": "AM", "engines": [ "1.6L Gamma MPI I4 (2010-2011)", "2.0L Beta II I4 (2010-2011)", "1.6L Gamma GDI I4 (2012-2013)", "2.0L Nu MPI I4 (2012-2013)" ], "transmissions": [ "5-speed manual, 4-speed automatic (2010-2011)", "6-speed manual, 6-speed automatic (2012-2013)" ], "known_issues": [ { "component": "Engine / exhaust", "description": "1.6L Gamma GDI: high exhaust gas temperatures overheat the catalytic converter, causing abnormal combustion that damages pistons and can break a connecting rod, puncturing the block. The escaping oil onto hot exhaust creates a fire risk. Recall 19V-120 (February 2019, ~379,000 vehicles) reflashed the catalytic overheating protection ECU logic and replaced damaged converters and engines.", "affected_years": "2012-2013" }, { "component": "Steering", "description": "Electric power steering assist loss complaints across the generation." }, { "component": "Anti-theft", "description": "Trims without an engine immobilizer are easily stolen, driving a large theft loss pattern." } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Soul", "https://static.nhtsa.gov/odi/rcl/2019/RCAK-19V120-4114.pdf", "https://auto-recalls.justia.com/kia/soul/2013/19v120000/index.html" ] }, { "gen_label": "2nd generation (PS)", "year_start": 2014, "year_end": 2019, "platform_code": "PS", "engines": [ "1.6L Gamma II GDI I4", "2.0L Nu GDI I4", "1.6L Gamma II T-GDI turbo I4 (Soul Turbo, 2017-2019)", "Soul EV electric motor (2015-2019)" ], "transmissions": [ "6-speed manual", "6-speed automatic", "7-speed dual-clutch (turbo)", "single-speed reduction (EV)" ], "known_issues": [ { "component": "Engine / exhaust", "description": "Same catalytic converter overheating and consequent piston/connecting rod failure as the previous generation, on the carryover 1.6L Gamma GDI. Recall 19V-120 covers MY2014-2016 cars alongside the MY2012-2013 AM cars.", "affected_years": "2014-2016" }, { "component": "Steering", "description": "Steering gear assembly fault allowing the steering wheel to separate from the column; subject to recall.", "affected_years": "2014-2016" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Soul", "https://static.nhtsa.gov/odi/rcl/2019/RCAK-19V120-4114.pdf", "https://auto-recalls.justia.com/kia/soul/2016/19v120000/" ] }, { "gen_label": "3rd generation (SK3)", "year_start": 2020, "year_end": 2025, "platform_code": "SK3", "engines": [ "2.0L Nu MPI I4", "1.6L Gamma II T-GDI turbo I4 (GT-Line Turbo, 2020-2022)" ], "transmissions": [ "IVT continuously variable (2.0L)", "6-speed manual (2020-2021)", "7-speed dual-clutch (turbo)" ], "known_issues": [ { "component": "Transmission", "description": "IVT (chain-type CVT) behaviour complaints — droning, hesitation and shudder — replacing the previous conventional automatic." }, { "component": "Anti-theft", "description": "Early cars lacking an engine immobilizer are highly theft-prone; Kia made immobilizers standard partway through the generation and issued a software countermeasure for earlier units.", "affected_years": "2020-2021" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Soul" ] } ] }, { "make": "VOLKSWAGEN", "model": "JETTA", "notes": "This is the messiest nameplate in the assigned set, and the US split genuinely differs from Europe. Three specific hazards. (1) Mid-year changeovers: the Mk4 arrived mid-MY1999 as a '1999.5' alongside the outgoing Mk3, and the Mk5 arrived mid-MY2005 as a '2005.5' alongside the outgoing Mk4. MY1999 and MY2005 NHTSA records therefore contain two different cars each; I have assigned each boundary year to the incoming generation, but the pages must carry a disambiguation note. (2) Body-style desync: the Jetta SportWagen sold for MY2011-2014 was still the Mk5 PQ35 car even though the sedan had moved to the Mk6 for MY2011, so MY2011-2014 'JETTA' records mix two platforms depending on body style. The Mk4 wagon likewise continued into MY2006 alongside the Mk5 sedan. (3) The US Mk6 is a US-specific vehicle — a decontented 'New Compact Sedan' with a torsion-beam rear axle on base trims and cheaper interior materials — and is not the same car as the European Jetta of those years. Use the US split throughout.", "generations": [ { "gen_label": "Mk3 (A3)", "year_start": 1993, "year_end": 1998, "platform_code": "Typ 1H (A3)", "engines": [ "2.0L ABA I4", "2.8L VR6 (GLX)", "1.9L TDI (1996-1999)" ], "transmissions": [ "5-speed manual", "01M 4-speed automatic" ], "known_issues": [ { "component": "Body / windows", "description": "Window regulator failures — clips and cables break, dropping the glass into the door." }, { "component": "Engine management", "description": "Coolant temperature sensor and ignition component failures causing stalling and no-start." } ], "sources": [ "https://en.wikipedia.org/wiki/Volkswagen_Jetta", "https://media.vw.com/view/releases/1591" ], "build_notes": [ "n/a: MY1999 contains both this generation and the incoming Mk4, which arrived mid-year as a '1999.5'." ] }, { "gen_label": "Mk4 (A4)", "year_start": 1999, "year_end": 2004, "platform_code": "Typ 1J (A4 / PQ34)", "engines": [ "2.0L SOHC I4 (AEG/AVH/BEV)", "1.8L 20v turbo (1.8T)", "2.8L VR6 12v then 24v", "1.9L TDI ALH (1999-2003)", "1.9L TDI PD BEW (2004-2006)" ], "transmissions": [ "5-speed manual", "6-speed manual (VR6)", "01M 4-speed automatic", "09A 5-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "1.8T oil sludging: narrow oil galleries plus conventional oil service intervals let sludge block the turbo oil feed and oil pump pickup, destroying bearings and turbochargers. VW extended coverage on affected 1.8T engines.", "affected_years": "1999-2004" }, { "component": "Ignition", "description": "Ignition coil pack failures causing misfire and stalling; a large field campaign covered the affected coils.", "affected_years": "2001-2005" } ], "sources": [ "https://en.wikipedia.org/wiki/Volkswagen_Jetta", "https://media.vw.com/view/releases/1591" ], "mixed_years": [ 1999 ], "mixed_year_note": "В этот модельный год на рынке одновременно продавались обе версии; жалобы NHTSA не разделены по кузову.", "build_notes": [ "n/a: The Mk4 wagon continued in the US through MY2006 alongside the Mk5 sedan; a MY2006 wagon record belongs to this generation." ] }, { "gen_label": "Mk5 (A5)", "year_start": 2005, "year_end": 2010, "platform_code": "Typ 1K (A5 / PQ35)", "engines": [ "2.5L I5 (BGP/CBTA)", "2.0L FSI turbo (BPY, 2006-2008)", "2.0L TSI (2008.5-2010)", "1.9L TDI PD (2005-2006)", "2.0L TDI CR (2009-2010)" ], "transmissions": [ "5-speed and 6-speed manual", "09G 6-speed Tiptronic automatic", "DQ250 6-speed DSG" ], "known_issues": [ { "component": "Engine", "description": "2.0T FSI camshaft follower wear: the follower between the intake camshaft and the high-pressure fuel pump wears through, then the cam lobe itself, contaminating the engine with metal.", "affected_years": "2006-2008" }, { "component": "Engine", "description": "Timing chain tensioner failure on the later TSI, allowing the chain to jump and cause valve-to-piston contact.", "affected_years": "2008-2010" }, { "component": "Fuel system", "description": "2.0L TDI Common Rail high-pressure fuel pump failure sending metal debris through the entire fuel system, requiring full fuel system replacement.", "affected_years": "2009-2010" }, { "component": "Transmission", "description": "DSG mechatronic unit failures producing sudden loss of drive; subject to campaign action." } ], "sources": [ "https://en.wikipedia.org/wiki/Volkswagen_Jetta_(A5)", "https://en.wikipedia.org/wiki/Volkswagen_Jetta", "https://www.vwvortex.com/threads/sportwagen-model-year-differences.5387714/" ], "mixed_years": [ 2005 ], "mixed_year_note": "В этот модельный год на рынке одновременно продавались обе версии; жалобы NHTSA не разделены по кузову.", "build_notes": [ "n/a: The Jetta SportWagen stayed on this platform for MY2011-2014 after the sedan moved to the Mk6, so those SportWagen records belong here rather than with the Mk6 sedan." ] }, { "gen_label": "Mk6 (A6)", "year_start": 2011, "year_end": 2018, "platform_code": "Typ 1B / PQ35-derived 'New Compact Sedan' (US-specific)", "engines": [ "2.0L 8v SOHC I4 (2011-2014 base)", "2.5L I5 (2011-2014)", "1.8L TSI EA888 Gen3 (2014-2018)", "2.0L TSI (GLI)", "1.4L TSI EA211 (2016-2018)", "2.0L TDI CR (2011-2015)" ], "transmissions": [ "5-speed and 6-speed manual", "6-speed automatic", "DQ250 6-speed DSG" ], "known_issues": [ { "component": "Emissions / engine control", "description": "2.0L TDI defeat device: engine control software detected emissions testing and reduced NOx output only during the test. EPA and CARB notices led to a buyback and modification program covering EA189 TDI vehicles.", "affected_years": "2011-2015" }, { "component": "Fuel system", "description": "Common Rail TDI high-pressure fuel pump failure contaminating the fuel system with metal.", "affected_years": "2011-2015" }, { "component": "Cooling", "description": "EA888 Gen3 1.8T water pump and thermostat housing failures (plastic housing cracks and leaks).", "affected_years": "2014-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Volkswagen_Jetta_(A6)", "https://en.wikipedia.org/wiki/Volkswagen_Jetta" ], "build_notes": [ "n/a: US-market-specific vehicle: decontented relative to the European Jetta of the same years, with a torsion-beam rear axle on base trims through MY2014. European reliability data for this generation does not transfer." ] }, { "gen_label": "Mk7 (A7)", "year_start": 2019, "year_end": 2025, "platform_code": "Typ BU (MQB)", "engines": [ "1.4L TSI EA211 (2019-2021)", "1.5L TSI EA211 evo (2022-2025)", "2.0L TSI EA888 (GLI)" ], "transmissions": [ "6-speed manual", "8-speed automatic (Aisin AQ300)", "7-speed DSG (GLI)" ], "known_issues": [ { "component": "Engine", "description": "No large systemic failure pattern established. Scattered turbocharger and water pump complaints on the 1.4/1.5 TSI." }, { "component": "Transmission", "description": "8-speed automatic hesitation and rough low-speed shifting complaints." } ], "sources": [ "https://en.wikipedia.org/wiki/Volkswagen_Jetta_(A7)", "https://media.vw.com/assets/documents/original/9302-2019JettaLongRelease.pdf" ] } ] }, { "make": "BMW", "model": "3 SERIES", "notes": "NHTSA's '3 SERIES' lumps sedan, wagon, coupe, convertible and M3 into one nameplate, and BMW ran body styles on offset model-year schedules, so a strict non-overlapping map requires choosing one body style as the spine. I have used the SEDAN, per the mainstream-passenger-version rule. The offsets to document on each page: the E36 coupe/convertible continued through MY1999 after the E46 sedan arrived; the E46 coupe/convertible ran MY2000-2006, so a MY2006 coupe is an E46 while a MY2006 sedan is an E90; the E92 coupe and E93 convertible ran MY2007-2013, so MY2012-2013 coupes are E9x while MY2012-2013 sedans are F30. From MY2014 the coupe and convertible left the nameplate entirely to become the 4 Series, which removes the ambiguity from that point forward. Verified US sedan first model years: E46 = 1999, E90 = 2006, F30 = 2012, G20 = 2019.", "generations": [ { "gen_label": "E36 (3rd generation)", "year_start": 1992, "year_end": 1998, "platform_code": "E36", "engines": [ "1.8L M42/M44 I4 (318i)", "2.5L M50/M52 I6 (323i/325i)", "2.8L M52 I6 (328i)", "3.0/3.2L S50/S52 I6 (M3)" ], "transmissions": [ "5-speed manual", "4-speed automatic" ], "known_issues": [ { "component": "Cooling system", "description": "Plastic cooling components fail with age: radiator end tanks, expansion tank, thermostat housing and the plastic water pump impeller. Failure typically ends in overheating and head gasket or head damage." }, { "component": "Body structure", "description": "Rear subframe mounting point cracking in the chassis floor — the precursor to the better-known E46 version of the same defect." }, { "component": "Valvetrain", "description": "Single-VANOS unit rattle and seal failure on M50TU/M52 engines." } ], "sources": [ "https://en.wikipedia.org/wiki/BMW_3_Series_(E36)", "https://en.wikipedia.org/wiki/BMW_3_Series" ], "build_notes": [ "n/a: E36 coupes and convertibles continued through MY1999 after the E46 sedan arrived; MY1999 coupe/convertible records belong here." ] }, { "gen_label": "E46 (4th generation)", "year_start": 1999, "year_end": 2005, "platform_code": "E46", "engines": [ "2.5L M52TU/M54 I6 (323i/325i)", "2.8L M52TU / 3.0L M54 I6 (328i/330i)", "3.2L S54 I6 (M3, 2001-2006)" ], "transmissions": [ "5-speed manual", "6-speed manual (M3 and ZHP)", "5-speed automatic (GM 5L40-E / ZF 5HP19)" ], "known_issues": [ { "component": "Body structure", "description": "Rear subframe mounting point cracking: the trunk floor tears around the points where the rear subframe bolts to the body, because the spot welds and sheet metal are inadequate for the loads. Widespread across MY1999-2006 sedans and coupes; a US class action was filed in 2006 and settled in 2009. BMW's official remedy injected structural foam, which stiffened the area without addressing the weak spot welds, so recurrence is common.", "affected_years": "1999-2005" }, { "component": "Cooling system", "description": "Plastic thermostat housing, expansion tank and water pump failures causing overheating." }, { "component": "Engine", "description": "M54 oil filter housing gasket and valve cover gasket leaks — oil onto the belt and exhaust." }, { "component": "Intake", "description": "DISA intake manifold flap valve pivot failure, which can send debris into the engine." }, { "component": "Engine", "description": "S54 connecting rod bearing wear (M3 only), subject to a BMW rod bearing replacement campaign." } ], "sources": [ "https://en.wikipedia.org/wiki/BMW_3_Series_(E46)", "https://www.turnermotorsport.com/t-gallery-e46-subframe", "https://bmwtuning.co/bmw-e46-subframe-cracks/" ] }, { "gen_label": "E90/E91/E92/E93 (5th generation)", "year_start": 2006, "year_end": 2011, "platform_code": "E90 (sedan), E91 (wagon), E92 (coupe), E93 (convertible)", "engines": [ "3.0L N52 I6 (325i/328i/330i)", "3.0L N54 twin-turbo I6 (335i, 2007-2010)", "3.0L N55 turbo I6 (335i, 2011-2013)", "3.0L N57 diesel I6 (335d, 2009-2011)", "4.0L S65 V8 (M3, 2008-2013)" ], "transmissions": [ "6-speed manual", "6-speed automatic (GM 6L45)", "ZF 6HP automatic", "7-speed dual-clutch (M3)" ], "known_issues": [ { "component": "Fuel system", "description": "N54 high-pressure fuel pump failure causing extended cranking, stalling, and limp mode. BMW recalled roughly 130,000 N54-equipped US vehicles from MY2007-2010 and extended HPFP warranty coverage to 10 years / 120,000 miles.", "affected_years": "2007-2010" }, { "component": "Turbocharger", "description": "N54 wastegate rattle from bushing wear, and direct injection index-12 injector failures.", "affected_years": "2007-2010" }, { "component": "Cooling system", "description": "Electric water pump and thermostat failure on N51/N52 engines, typically without warning." }, { "component": "Engine", "description": "Oil filter housing gasket and valve cover gasket leaks; VANOS solenoid faults on N52." } ], "sources": [ "https://en.wikipedia.org/wiki/BMW_3_Series_(E90)", "https://www.bimmerfile.com/2010/10/26/bmw-na-announces-voluntary-emissions-safety-recalls/", "https://www.bmwblog.com/2020/01/11/buyers-guide-e90-generation-bmw-3-series-one-of-the-best/" ], "build_notes": [ "n/a: E92 coupes and E93 convertibles continued through MY2013 after the F30 sedan arrived; MY2012-2013 coupe/convertible records belong here." ] }, { "gen_label": "F30/F31/F34 (6th generation)", "year_start": 2012, "year_end": 2018, "platform_code": "F30 (sedan), F31 (Sports Wagon), F34 (Gran Turismo)", "engines": [ "2.0L N20/N26 turbo I4 (320i/328i, 2012-2016)", "2.0L B46/B48 turbo I4 (330i, 2017-2018)", "3.0L N55 turbo I6 (335i, 2012-2015)", "3.0L B58 turbo I6 (340i, 2016-2018)", "2.0L N47 turbodiesel I4 (328d)" ], "transmissions": [ "6-speed manual", "ZF 8HP 8-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "N20/N26 timing chain and chain guide failure: the plastic guides are made from a material that embrittles and disintegrates, the chain then stretches or jumps, and the engine is commonly destroyed. Failures cluster around 50,000-80,000 miles. BMW of North America extended timing chain module warranty coverage to 7 years / 70,000 miles and a US class action settlement covered MY2012-2015 vehicles.", "affected_years": "2012-2016" }, { "component": "Engine", "description": "N20 oil filter housing gasket and valve cover gasket oil leaks." }, { "component": "Engine", "description": "N55 valve stem seal failure producing heavy blue smoke on startup.", "affected_years": "2012-2015" } ], "sources": [ "https://en.wikipedia.org/wiki/BMW_3_Series_(F30)", "https://carlsbadautoservice.com/bmw-n20-timing-chain-issues-explained/", "https://www.autodoc.co.uk/info/bmw-f30-n20-engine-timing-chain-guide-failures" ], "build_notes": [ "n/a: Coupes and convertibles left this nameplate for MY2014 to become the 4 Series; from MY2014 on, '3 SERIES' means sedan, wagon or Gran Turismo only. The F31 wagon and F34 Gran Turismo continued through MY2019, one year past the sedan." ] }, { "gen_label": "G20 (7th generation)", "year_start": 2019, "year_end": 2025, "platform_code": "G20 (sedan), G21 (Touring, not US), CLAR architecture", "engines": [ "2.0L B46/B48 turbo I4 (330i)", "3.0L B58 turbo I6 (M340i)", "2.0L B48 plug-in hybrid (330e)", "3.0L S58 twin-turbo I6 (M3, 2021+)" ], "transmissions": [ "ZF 8HP 8-speed automatic", "6-speed manual (M3 only)" ], "known_issues": [], "sources": [ "https://en.wikipedia.org/wiki/BMW_3_Series", "https://carbuzz.com/cars/bmw/3-series/generations/" ], "build_notes": [ "n/a: No systemic mechanical defect pattern is well documented for this generation yet; the B48/B58 engines resolved the N20 timing chain design. Complaint volume skews toward electronics and driver-assistance behaviour rather than powertrain. An LCI facelift arrived for MY2023 without a platform change." ] } ] }, { "make": "FORD", "model": "FOCUS", "notes": "CRITICAL US-vs-Europe divergence. Europe got an all-new C1-platform Focus (Mk2) for 2005; North America did NOT. Ford instead re-skinned the original C170 car and sold it as the '2008-2011 Focus (second generation, North America)' - sedan and coupe only, no hatchback or wagon, same C170 unibody underneath. So the US has THREE Focus generations in this span while Europe has four, and the US 2008-2011 car is mechanically a facelifted 2000-2007 car. Grouping US 2008-2011 complaints with European Mk2 data would be wrong. NHTSA shows a 1999 model year, but the US Focus launched in autumn 1999 as a MY2000 vehicle - 1999-keyed records are almost certainly data-entry errors or early-build cars and should be folded into the 2000-2007 generation. US Focus ended with MY2018 (last car built 4 May 2018 at Michigan Assembly); the Mk4/C2 Focus Active was cancelled for the US, so there is no 2019+ US Focus. Naming caution: enthusiasts call the 2012-2018 car 'Mk3', which matches the global count, but US sources sometimes call it 'third generation' and sometimes 'Mk3.5' post-2015 facelift.", "generations": [ { "gen_label": "1st generation (North America)", "year_start": 2000, "year_end": 2007, "platform_code": "C170 (Mk1)", "engines": [ "2.0L SPI SOHC I4 (110 hp), 2000-2004", "2.0L Zetec-E DOHC I4 (130 hp), 2000-2004", "2.0L Zetec-R DOHC I4 (170 hp), SVT Focus 2002-2004", "2.3L Duratec 23 I4 (145-151 hp), 2003-2007 (standard on ST 2005-2007)", "2.0L Duratec 20 I4 (136-140 hp), 2005-2007" ], "transmissions": [ "iB5 5-speed manual", "MTX-75 5-speed manual (ST)", "Getrag 6-speed manual (SVT only)", "4F27E 4-speed automatic" ], "known_issues": [ { "component": "Vehicle-wide (recall history)", "description": "The MY2000 Focus was one of the most-recalled vehicles of its era, with roughly a dozen NHTSA recall campaigns in its first two years covering front suspension, wheels, fuel system and electrical items. Early-build cars carry disproportionate complaint density and should be expected to skew the generation's totals.", "affected_years": "2000-2002" }, { "component": "Rear suspension / wheel bearings", "description": "Rear wheel bearing and rear spindle attachment failures, producing noise, play and in NHTSA recall cases the risk of wheel separation.", "affected_years": "2000-2004" }, { "component": "Ignition system", "description": "Coil pack failure on the 2.0L Zetec/Duratec causing misfire, rough running and stalling; a routine high-mileage failure item on this generation.", "affected_years": "2000-2007" }, { "component": "Transmission", "description": "4F27E 4-speed automatic failures - harsh or slipping shifts and internal component wear, typically at higher mileage.", "affected_years": "2000-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Focus_(first_generation)", "https://en.wikipedia.org/wiki/Ford_C170_platform" ] }, { "gen_label": "2nd generation (North America only)", "year_start": 2008, "year_end": 2011, "platform_code": "C170 (re-skin; no European equivalent)", "engines": [ "2.0L Duratec 20E I4 (140 hp), 2008-2011" ], "transmissions": [ "5-speed manual", "4F27E 4-speed automatic" ], "known_issues": [ { "component": "Body / structure (context, not a defect)", "description": "Carries over the C170 unibody, suspension and 4-speed automatic from the 2000-2007 car despite all-new sheet metal, so mechanical failure patterns closely track the prior generation rather than the European Mk2.", "affected_years": "2008-2011" }, { "component": "Infotainment", "description": "First-generation Ford SYNC debuted on the 2008 Focus; software freezes, Bluetooth pairing loss and audio dropouts are a recurring complaint category for these years.", "affected_years": "2008-2011" }, { "component": "Transmission", "description": "4F27E 4-speed automatic - harsh engagement and internal failure at higher mileage, carried over unchanged from the first generation.", "affected_years": "2008-2011" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Focus_(second_generation,_North_America)", "https://en.wikipedia.org/wiki/Ford_C170_platform" ] }, { "gen_label": "3rd generation (Mk3, global C-car)", "year_start": 2012, "year_end": 2018, "platform_code": "C346 (Ford Global C)", "engines": [ "2.0L Duratec Ti-VCT GDI I4 (160 hp), 2012-2018", "1.0L EcoBoost turbo I3 (123 hp), 2015-2018", "2.0L EcoBoost turbo I4 (252 hp), Focus ST 2013-2018", "2.3L EcoBoost turbo I4 (350 hp), Focus RS 2016-2018", "Focus Electric (107 kW motor), 2012-2018" ], "transmissions": [ "iB5 / MTX-75 5-speed manual", "DPS6 PowerShift 6-speed dry dual-clutch automatic", "6-speed manual (ST, RS)", "Single-speed reduction (Focus Electric)" ], "known_issues": [ { "component": "Transmission (DPS6 PowerShift dual-clutch)", "description": "Dry dual-clutch transmission shudder, slipping, hesitation on take-off, bucking and loss of motive power, caused by dry clutch friction material degradation and input shaft seal leakage contaminating the clutches. The Vargas v. Ford class action settlement covered 2012-2016 Focus (and 2011-2016 Fiesta), with buyback and cash remedies; later suits allege the defect persisted into 2017-2018 cars.", "affected_years": "2012-2018 (2012-2016 covered by settlement)" }, { "component": "Transmission control module", "description": "DPS6 transmission control module failure causing sudden loss of transmission engagement or unintended movement; subject of an NHTSA recall covering 2012-2016 Focus.", "affected_years": "2012-2016" }, { "component": "Door latches", "description": "Door latch pawl spring tab can break, allowing a door to appear closed but open while driving; NHTSA recall covering 2012-2015 Focus.", "affected_years": "2012-2015" }, { "component": "Fuel system / evaporative emissions", "description": "Canister purge valve can stick open, drawing vacuum on the fuel tank, deforming it and causing stalling or no-start; recall and extended coverage issued.", "affected_years": "2012-2018" }, { "component": "Engine (2.3L EcoBoost, RS only)", "description": "Head gasket failure on Focus RS caused by use of a Mustang-specification cylinder head, allowing coolant loss and white exhaust smoke; Ford replaced heads and extended warranty coverage.", "affected_years": "2016-2017 RS" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Focus_(third_generation)", "https://bergermontague.com/cases/vargas-et-al-v-ford-motor-co/", "https://topclassactions.com/lawsuit-settlements/closed-settlements/ford-powershift-transmission-class-action-settlement/" ] } ] }, { "make": "JEEP", "model": "WRANGLER", "notes": "There is NO 1996 US model year Wrangler. YJ production ended with MY1995; the TJ launched in spring 1996 as a MY1997 vehicle. NHTSA records keyed to 1996 are data errors (most likely 1995 YJ or 1997 TJ) and must not create a 1996 page. Two other overlaps matter: (a) the TJ Unlimited 'LJ' (2004-2006) is a long-wheelbase TJ, not a separate generation, but it is mechanically distinct enough to note; (b) MY2018 was sold as BOTH 'Wrangler JK' and the all-new 'Wrangler JL' concurrently - NHTSA 2018 records span two genuinely different vehicles and cannot be separated by model year alone. Use VIN or body-style hints if available; otherwise flag 2018 as mixed. The JK also introduced the first 4-door Wrangler (Unlimited, 2007+), which changes the vehicle's use profile substantially.", "generations": [ { "gen_label": "YJ (2nd generation Wrangler)", "year_start": 1987, "year_end": 1995, "platform_code": "YJ", "engines": [ "2.5L AMC 150 I4", "4.2L AMC 258 I6 (through 1990)", "4.0L AMC 242 I6 (1991-1995)" ], "transmissions": [ "AX-5 5-speed manual", "AX-15 5-speed manual", "Peugeot BA-10/5 5-speed manual (1987-1989)", "TF904 / 30RH 3-speed automatic" ], "known_issues": [ { "component": "Frame / body", "description": "Severe frame rail and body tub corrosion in road-salt regions, particularly at the rear frame section and skid plate mounts.", "affected_years": "1987-1995" }, { "component": "Transmission", "description": "Peugeot BA-10/5 5-speed manual has a well-documented reputation for bearing and synchro failure under 4.2L/4.0L torque; replaced by the AX-15 for 1989.", "affected_years": "1987-1989" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Wrangler" ] }, { "gen_label": "TJ (3rd generation)", "year_start": 1997, "year_end": 2006, "platform_code": "TJ (LJ for 2004-2006 Unlimited long wheelbase)", "engines": [ "2.5L AMC 150 I4, 1997-2002", "2.4L PowerTech DOHC I4, 2003-2006", "4.0L AMC 242 I6 (190 hp), 1997-2006" ], "transmissions": [ "AX-5 5-speed manual (I4)", "AX-15 5-speed manual (1997-1999 I6)", "NV3550 5-speed manual (2000-2004 I6)", "NSG370 6-speed manual (2005-2006)", "30RH / 32RH 3-speed automatic", "42RLE 4-speed automatic (2003-2006)" ], "known_issues": [ { "component": "Engine (4.0L I6 cylinder head)", "description": "Cylinder head casting number 0331 is prone to cracking between the number 3 exhaust valve seat and the coolant jacket, causing coolant loss into the cylinder, misfire and overheating. The 0331 casting was used across roughly the 2000-2004 build window.", "affected_years": "2000-2004" }, { "component": "Front suspension / steering", "description": "'Death wobble' - violent self-sustaining oscillation of the solid front axle triggered at speed by a road input, driven by worn track bar bushings, ball joints, tie rod ends or steering damper on the coil-sprung solid-axle front end.", "affected_years": "1997-2006" }, { "component": "Exhaust", "description": "4.0L exhaust manifold cracking, typically at the rear runners, causing an exhaust leak and cold-start tick.", "affected_years": "1997-2006" }, { "component": "Body / frame", "description": "Corrosion of floor pans, rocker panels and frame rails in salt regions, commonly around the skid plate crossmember.", "affected_years": "1997-2006" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Wrangler" ] }, { "gen_label": "JK (4th generation)", "year_start": 2007, "year_end": 2017, "platform_code": "JK (JKU for 4-door Unlimited)", "engines": [ "3.8L EGH V6 (202 hp), 2007-2011", "3.6L Pentastar V6 (285 hp), 2012-2018" ], "transmissions": [ "NSG370 6-speed manual", "42RLE 4-speed automatic (2007-2011)", "W5A580 / NAG1 5-speed automatic (2012-2018)" ], "known_issues": [ { "component": "Engine (3.6L Pentastar cylinder head)", "description": "Left-bank (cylinders 1-3) cylinder head failure, typically a valve seat or valve guide defect producing a persistent tick, misfire and check-engine light. Chrysler issued an extended warranty on affected heads to 150,000 miles for early Pentastar builds.", "affected_years": "2012-2013" }, { "component": "Engine (3.8L V6)", "description": "Excessive oil consumption and piston/ring wear with associated cold-start tick on the 3.8L EGH V6; also weak on power relative to the vehicle's weight, especially in the 4-door Unlimited.", "affected_years": "2007-2011" }, { "component": "Electrical (TIPM)", "description": "Totally Integrated Power Module failure causing no-start, fuel pump relay sticking on or off, stalling, and random accessory operation. A widely reported Chrysler-wide defect of this era.", "affected_years": "2007-2013" }, { "component": "Front suspension / steering", "description": "'Death wobble' front-end oscillation from worn track bar, ball joints and steering linkage on the solid front axle; the subject of sustained NHTSA complaint volume across the generation.", "affected_years": "2007-2018" }, { "component": "Front axle", "description": "Front axle inner 'C' and ball joint wear producing steering looseness and contributing to the wobble complaints, more pronounced on 4-door and larger-tire vehicles.", "affected_years": "2007-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Wrangler" ] }, { "gen_label": "JL (5th generation)", "year_start": 2018, "year_end": 2025, "platform_code": "JL (JLU 4-door)", "engines": [ "3.6L Pentastar V6 (285 hp), with optional 48V eTorque from 2019", "2.0L GME-T4 turbo I4 with eTorque (270 hp)", "3.0L EcoDiesel V6 (260 hp), 2020-2023", "6.4L HEMI V8 (470 hp), Rubicon 392, 2021-2025", "2.0L turbo plug-in hybrid, Wrangler 4xe, 2021-2025" ], "transmissions": [ "D478 6-speed manual", "850RE / ZF 8HP75 8-speed automatic" ], "known_issues": [ { "component": "Front suspension / steering", "description": "'Death wobble' returned on early JL vehicles; NHTSA opened investigation PE19-009 and FCA issued a revised steering damper and service actions. Complaint density is concentrated in the first two model years.", "affected_years": "2018-2019" }, { "component": "Clutch (6-speed manual)", "description": "Clutch pressure plate can overheat and fracture, potentially breaching the bell housing and igniting nearby components; NHTSA recall covering manual-transmission 2018-2019 vehicles.", "affected_years": "2018-2019" }, { "component": "High-voltage battery (4xe plug-in hybrid)", "description": "Defective high-voltage battery cells can cause thermal events and fire while parked; Stellantis recalled 4xe vehicles with a 'park outside and do not charge' advisory pending remedy.", "affected_years": "2021-2024 (4xe only)" }, { "component": "Glass", "description": "Widespread reports of windshield cracking from minor impacts, attributed to the near-vertical windshield angle and glass specification.", "affected_years": "2018-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Wrangler" ], "mixed_years": [ 2018 ], "mixed_year_note": "В этот модельный год на рынке одновременно продавались обе версии; жалобы NHTSA не разделены по кузову." } ], "production_gaps": [ { "year_start": 1996, "year_end": 1996, "reason": "Gap - no US model year 1996" } ] }, { "make": "HONDA", "model": "CIVIC", "notes": "The US split is clean and matches the global generation count from the 6th generation onward, unlike the Accord (where the US got a wider body). Two caveats for data grouping: (1) Civic Hybrid, Civic Si, Civic Type R and the natural-gas Civic GX are sub-variants inside these generations with genuinely different failure modes - if NHTSA files them under 'CIVIC' they will contaminate the generation's profile (the IMA battery complaints in 2006-2011, for example, come only from the hybrid). (2) The 9th generation received an unusually early and extensive facelift for MY2013, one year after launch, in response to reviewer criticism - it is a facelift, not a new generation, but 2012 cars differ noticeably in interior materials and structure from 2013-2015. The 2014 model year also swapped the 5-speed automatic for a CVT on the 1.8L, a mid-generation powertrain change that matters for failure patterns.", "generations": [ { "gen_label": "6th generation", "year_start": 1996, "year_end": 2000, "platform_code": "EJ / EK / EM1 (MA/MB in some markets)", "engines": [ "1.6L D16Y7 SOHC (106 hp), DX/LX", "1.6L D16Y8 SOHC VTEC (127 hp), EX", "1.6L D16Y5 SOHC VTEC-E (115 hp), HX", "1.6L B16A2 DOHC VTEC (160 hp), Si 1999-2000" ], "transmissions": [ "5-speed manual", "4-speed automatic", "Honda Multi Matic CVT (HX)" ], "known_issues": [ { "component": "Transmission", "description": "4-speed automatic failure - slipping, flaring between gears and outright loss of drive, a recurring pattern across late-1990s Honda automatics.", "affected_years": "1996-2000" }, { "component": "Ignition", "description": "Distributor internal failure (ignition coil and igniter module inside the distributor housing) causing intermittent no-start, stalling and misfire.", "affected_years": "1996-2000" }, { "component": "Body / structure", "description": "Corrosion of rear wheel arches, rear subframe and strut mounts in road-salt regions.", "affected_years": "1996-2000" }, { "component": "Transmission (CVT, HX only)", "description": "Honda Multi Matic CVT belt and start-clutch failures on the HX trim; a low-volume variant with a high failure rate relative to the conventional automatic.", "affected_years": "1996-2000 HX" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Civic" ] }, { "gen_label": "7th generation", "year_start": 2001, "year_end": 2005, "platform_code": "ES (sedan) / EM2 (coupe) / EP3 (Si hatchback)", "engines": [ "1.7L D17A1 SOHC (115 hp), DX/LX", "1.7L D17A2 SOHC VTEC (127 hp), EX", "1.7L D17A6 SOHC VTEC-E, HX", "2.0L K20A3 (160 hp), Si EP3 2002-2005", "1.3L SOHC + IMA, Civic Hybrid 2003-2005" ], "transmissions": [ "5-speed manual", "BMXA / SLXA 4-speed automatic", "CVT (Civic Hybrid)" ], "known_issues": [ { "component": "Transmission", "description": "Automatic transmission failure - torque converter lock-up clutch judder progressing to slipping and complete loss of drive. Honda extended the automatic transmission warranty on affected 2001-2002 Civics to 7 years / 100,000 miles.", "affected_years": "2001-2005 (extended coverage on 2001-2002)" }, { "component": "Airbags (Takata inflator)", "description": "Takata ammonium-nitrate inflators on 2001-2003 Civics are among the highest-risk 'Alpha' population, with a documented rupture rate high enough that NHTSA and Honda issued do-not-drive advisories. Inflator rupture propels metal fragments into the cabin.", "affected_years": "2001-2005 (2001-2003 highest risk)" }, { "component": "Engine mounts", "description": "Front and rear engine mount collapse causing vibration at idle and driveline clunk; a routine failure item on this generation.", "affected_years": "2001-2005" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Civic" ] }, { "gen_label": "8th generation", "year_start": 2006, "year_end": 2011, "platform_code": "FA (sedan) / FG (coupe) / FD", "engines": [ "1.8L R18A1 SOHC i-VTEC (140 hp)", "2.0L K20Z3 (197 hp), Si", "1.3L + IMA, Civic Hybrid 2006-2011", "1.8L CNG, Civic GX" ], "transmissions": [ "5-speed manual", "6-speed manual (Si)", "5-speed automatic", "CVT (Civic Hybrid)" ], "known_issues": [ { "component": "Engine block", "description": "Cylinder block casting flaw on the 1.8L R18 allows the block to crack and seep coolant, leading to overheating, warped cylinder head and eventual engine failure. Honda extended engine block warranty coverage to 10 years from purchase with no mileage limit and replaces the block or full engine at no charge.", "affected_years": "2006-2008 and early-production 2009" }, { "component": "Hybrid battery (IMA)", "description": "Integrated Motor Assist battery pack degradation causing sharply reduced assist and fuel economy. Honda's remedial software update reduced electric assist to protect the pack, which prompted a class action settlement over the resulting performance and economy loss.", "affected_years": "2006-2011 Civic Hybrid" }, { "component": "Airbags (Takata inflator)", "description": "Takata inflator recall population; rupture risk on driver and passenger inflators.", "affected_years": "2006-2011" }, { "component": "Air conditioning", "description": "A/C condenser and compressor failure, with compressor debris contaminating the system and requiring full-system replacement.", "affected_years": "2006-2011" }, { "component": "Interior trim", "description": "Sun visor hinge failure causing the visor to droop; Honda issued a warranty extension for replacement.", "affected_years": "2006-2011" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Civic", "https://honda.oemdtc.com/340/warranty-extension-engine-block-2006-2009-honda-civic/", "https://www.hondaproblems.com/civic-cracked-engine-block/" ] }, { "gen_label": "9th generation", "year_start": 2012, "year_end": 2015, "platform_code": "FB (sedan) / FG3-FG4 (coupe)", "engines": [ "1.8L R18Z1 SOHC i-VTEC (140-143 hp)", "2.4L K24Z7 (201-205 hp), Si", "1.5L + IMA, Civic Hybrid 2012-2015" ], "transmissions": [ "5-speed manual", "5-speed automatic (2012-2013 on 1.8L)", "CVT (2014-2015 on 1.8L; Hybrid all years)", "6-speed manual (Si)" ], "known_issues": [ { "component": "Transmission (CVT)", "description": "Start-clutch judder and shudder on light acceleration after the 2014 switch from the 5-speed automatic to a CVT on the 1.8L; addressed by control software updates and fluid service. Note this defect cannot exist on 2012-2013 cars, which used a conventional automatic.", "affected_years": "2014-2015" }, { "component": "Air conditioning", "description": "A/C condenser refrigerant leaks causing loss of cooling; a high-volume complaint across the generation.", "affected_years": "2012-2015" }, { "component": "Airbags (Takata inflator)", "description": "Takata inflator recall population continues through this generation.", "affected_years": "2012-2015" }, { "component": "Hybrid battery (IMA)", "description": "IMA battery degradation on the Civic Hybrid, same failure mechanism as the prior generation.", "affected_years": "2012-2015 Civic Hybrid" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Civic" ] }, { "gen_label": "10th generation", "year_start": 2016, "year_end": 2021, "platform_code": "FC (sedan) / FK (hatchback, Type R FK8)", "engines": [ "2.0L K20C2 naturally aspirated (158 hp)", "1.5L L15B7 turbo (174-180 hp; 205 hp in Si)", "2.0L K20C1 turbo (306 hp), Type R 2017-2021" ], "transmissions": [ "CVT", "6-speed manual", "6-speed manual (Si, Type R)" ], "known_issues": [ { "component": "Engine (1.5L turbo)", "description": "Fuel dilution of engine oil - unburned gasoline accumulates in the crankcase on short trips in cold weather, raising oil level, thinning viscosity and producing a fuel smell. Honda extended powertrain warranty coverage to 6 years with no mileage limit on affected cars and issued software and HVAC calibration updates.", "affected_years": "2016-2018 (1.5L turbo)" }, { "component": "Fuel pump", "description": "Denso low-pressure fuel pump impeller can crack and deform, causing the pump to fail and the engine to stall without warning; NHTSA recall covering 2019-2020 vehicles.", "affected_years": "2019-2020" }, { "component": "Air conditioning", "description": "A/C condenser leaks causing loss of cooling; subject of extended warranty coverage and litigation.", "affected_years": "2016-2018" }, { "component": "Electrical", "description": "Parasitic 12V battery drain producing repeat no-start conditions, addressed through software updates.", "affected_years": "2016-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Civic", "https://www.consumerreports.org/car-recalls-defects/honda-extends-warranty-on-troubled-turbo-engines", "https://www.slashgear.com/1689910/honda-engines-with-oil-dilution-problems/" ] }, { "gen_label": "11th generation", "year_start": 2022, "year_end": 2025, "platform_code": "FE (sedan) / FL (hatchback; Type R FL5)", "engines": [ "2.0L K20C2 naturally aspirated (158 hp)", "1.5L L15B7 turbo (180 hp; 200 hp in Si)", "2.0L K20C9 Atkinson + two-motor hybrid (200 hp combined), 2025+", "2.0L K20C1 turbo (315 hp), Type R FL5 2023+" ], "transmissions": [ "CVT", "e-CVT (two-motor e:HEV hybrid, 2025+)", "6-speed manual (Si, Type R)" ], "known_issues": [ { "component": "General", "description": "Too recent for well-established systemic failure patterns; complaint volume is dominated by infotainment, driver-assist false activation and early-build fit-and-finish rather than powertrain defects. No coupe was offered in this generation.", "affected_years": "2022-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Civic_(eleventh_generation)" ], "build_notes": [ "Powertrain (mid-generation change): The MY2025 facelift added the two-motor hybrid powertrain to the sedan and hatchback, replacing the discontinued Insight. 2025+ hybrids are mechanically distinct from 2022-2024 cars and their failure profile should not be merged with the earlier CVT cars." ] } ] }, { "make": "TOYOTA", "model": "PRIUS", "notes": "The Prius nameplate spawned sub-models that NHTSA sometimes files separately and sometimes not: Prius v (ZVW40/41, MY2012-2017 wagon), Prius c (NHP10, MY2012-2019 subcompact), Prius Plug-in Hybrid (ZVW35, MY2012-2015), Prius Prime (ZVW52, MY2017-2022), and Prius Plug-in Hybrid again (MY2023+, renamed from Prime for MY2025). Check whether the 'PRIUS' record set contains these before grouping - the v and c are different vehicles on different platforms and will corrupt a generation page if merged. The original XW10 NHW10 (1997-2000) was Japan-only; the US got only the NHW11 for MY2001-2003, so the US first generation is a three-year run. The Prius skipped no model years, but the 4th-to-5th generation break at 2022/2023 is a complete platform and powertrain change (1.8L to 2.0L) and is the single most important boundary in this list.", "generations": [ { "gen_label": "1st generation (XW10)", "year_start": 2001, "year_end": 2003, "platform_code": "XW10 (US: NHW11)", "engines": [ "1.5L 1NZ-FXE Atkinson-cycle I4 with THS (70 hp engine, 114 hp combined)" ], "transmissions": [ "Planetary power-split e-CVT (THS)" ], "known_issues": [ { "component": "Hybrid battery", "description": "NiMH traction battery degradation with age, producing reduced electric assist, poor fuel economy and eventually a hybrid system fault; the small early pack is more sensitive than later generations.", "affected_years": "2001-2003" }, { "component": "Hybrid control system", "description": "Control software fault could cause the engine to stall while driving; addressed by a Toyota recall covering the US-market 2001-2003 cars.", "affected_years": "2001-2003" }, { "component": "Instrument cluster", "description": "Combination meter failure producing a blank or partially blank display, requiring cluster replacement.", "affected_years": "2001-2003" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Prius" ] }, { "gen_label": "2nd generation (XW20)", "year_start": 2004, "year_end": 2009, "platform_code": "XW20 (NHW20)", "engines": [ "1.5L 1NZ-FXE Atkinson-cycle I4 with THS II (76 hp engine, 110 hp combined)" ], "transmissions": [ "Planetary power-split e-CVT (THS II)" ], "known_issues": [ { "component": "Inverter / intelligent power module", "description": "Inverter IGBT and IPM failure causing sudden loss of hybrid power and the 'red triangle of death' warning, sometimes at speed. Toyota issued inverter software recalls and extended warranty coverage on the inverter assembly.", "affected_years": "2004-2009" }, { "component": "Instrument cluster", "description": "Combination meter self-illumination failure leaving the speedometer and fuel display blank; subject of a Toyota warranty enhancement program.", "affected_years": "2004-2009" }, { "component": "Steering", "description": "Steering intermediate extension shaft can crack and separate, causing loss of steering control; NHTSA recall.", "affected_years": "2004-2009" }, { "component": "Hybrid battery cooling", "description": "Traction battery cooling fan and duct clogging with debris causes the pack to overheat and accelerates cell degradation - a maintenance-driven failure specific to this packaging.", "affected_years": "2004-2009" }, { "component": "Water pump", "description": "Electric engine coolant pump failure causing overheating warnings; a recurring high-mileage failure item.", "affected_years": "2004-2009" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Prius" ] }, { "gen_label": "3rd generation (XW30)", "year_start": 2010, "year_end": 2015, "platform_code": "XW30 (ZVW30)", "engines": [ "1.8L 2ZR-FXE Atkinson-cycle I4 (98 hp engine, 134 hp combined)" ], "transmissions": [ "Planetary power-split e-CVT" ], "known_issues": [ { "component": "EGR system / head gasket", "description": "The EGR cooler and intake-side EGR passages accumulate heavy carbon deposits, restricting flow and driving localized combustion heat that fails the head gasket between cylinders. Symptoms are cold-start misfire (P0300/P0301), coolant loss with no external leak, and rhythmic shake on startup. The EGR cooler itself can also leak coolant internally, producing near-identical symptoms at far lower repair cost. This is the defining failure mode of the generation.", "affected_years": "2010-2015 (most reported on 2010-2014)" }, { "component": "Engine (oil consumption)", "description": "Excessive oil consumption on the 2ZR-FXE traced to piston ring design, commonly one quart per 1,000-2,000 miles, which accelerates the EGR carbon fouling above.", "affected_years": "2010-2014" }, { "component": "Brakes", "description": "ABS and regenerative braking handoff software could produce a momentary loss of braking response over bumpy or slick surfaces; the subject of Toyota's February 2010 recall, one of the highest-profile Prius actions.", "affected_years": "2010" }, { "component": "Inverter", "description": "Inverter IGBT control software could allow the hybrid system to shut down while driving; covered by a 2014 Toyota recall spanning the generation.", "affected_years": "2010-2014" }, { "component": "Water pump", "description": "Electric coolant pump failure causing overheating and hybrid system warnings.", "affected_years": "2010-2015" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Prius", "https://atomicauto.com/kb/gen3-head-gaskets/", "https://earthlingauto.com/the-gen-3-prius-head-gasket-problem/" ] }, { "gen_label": "4th generation (XW50)", "year_start": 2016, "year_end": 2022, "platform_code": "XW50 (ZVW50/ZVW51; TNGA-C)", "engines": [ "1.8L 2ZR-FXE Atkinson-cycle I4 (95 hp engine, 121 hp combined)" ], "transmissions": [ "Planetary power-split e-CVT", "Rear electric motor (AWD-e), 2019-2022" ], "known_issues": [ { "component": "Wiring harness (engine compartment)", "description": "Engine-compartment wire harness connected to the hybrid power control unit can chafe against the housing, wear through insulation and short, producing smoke or fire; large Toyota recall covering the early years of the generation.", "affected_years": "2016-2018" }, { "component": "Parking brake", "description": "Parking brake cable can fail to engage properly, allowing the vehicle to roll away when parked without the transmission in Park; NHTSA recall.", "affected_years": "2016-2018" }, { "component": "Inverter / hybrid control", "description": "Inverter and hybrid system control software fault could cause the hybrid system to shut down and the vehicle to lose power while driving; recall issued.", "affected_years": "2016-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Prius_(XW50)", "https://en.wikipedia.org/wiki/Toyota_Prius" ], "build_notes": [ "Powertrain (mid-generation change): AWD-e (rear electric motor) was added with the MY2019 refresh; 2019-2022 AWD-e cars carry a driveline component set absent from 2016-2018 vehicles." ] }, { "gen_label": "5th generation (XW60)", "year_start": 2023, "year_end": 2025, "platform_code": "XW60 (MXWH60/MXWH65; TNGA-C)", "engines": [ "2.0L M20A-FXS Atkinson-cycle I4 (194 hp FWD / 196 hp AWD combined)", "2.0L M20A-FXS plug-in hybrid (220 hp combined), Prius Prime 2023-2024 / Prius Plug-in Hybrid 2025+" ], "transmissions": [ "Planetary power-split e-CVT", "Rear electric motor (AWD)" ], "known_issues": [ { "component": "Rear doors", "description": "Rear door latch assembly can allow a rear door to open while driving if the door is closed with the child lock in a particular state; NHTSA recall covering early cars in the generation.", "affected_years": "2023-2024" }, { "component": "Powertrain (generation break)", "description": "Complete break from the prior generation: 1.8L 2ZR-FXE replaced by the 2.0L M20A-FXS with substantially higher output. Do not carry 2010-2022 EGR/head gasket failure patterns forward - the affected engine family is different.", "affected_years": "2023-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Prius" ] } ] }, { "make": "NISSAN", "model": "PATHFINDER", "notes": "Three structural reversals make this nameplate unusually treacherous: unibody (R50) to body-on-frame (R51) to unibody again (R52). A 2004 Pathfinder and a 2005 Pathfinder are completely different vehicles with different frames, engines and transmissions - the 2004/2005 boundary is the most important in the list. THERE IS NO 2021 US MODEL YEAR: Nissan skipped MY2021 entirely between the R52 and R53. Any 2021-keyed record is a data error. The R52-to-R53 break also swapped the JATCO Xtronic CVT for a ZF 9-speed conventional automatic, which is the single biggest reliability-relevant change in the model's history and must not be smeared across the boundary. First-generation WD21 (1987-1995) falls outside the NHTSA span but is listed for completeness.", "generations": [ { "gen_label": "1st generation (WD21)", "year_start": 1987, "year_end": 1995, "platform_code": "WD21 (body-on-frame)", "engines": [ "2.4L Z24i / KA24E I4", "3.0L VG30i / VG30E V6" ], "transmissions": [ "5-speed manual", "4-speed automatic" ], "known_issues": [ { "component": "Body / frame", "description": "Structural corrosion of the frame and rear body sections in salt regions; the dominant end-of-life failure for this generation.", "affected_years": "1987-1995" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Pathfinder" ] }, { "gen_label": "2nd generation (R50)", "year_start": 1996, "year_end": 2004, "platform_code": "R50 (unibody with integrated ladder structure)", "engines": [ "3.3L VG33E V6 (168 hp), 1996-2000", "3.5L VQ35DE V6 (240-250 hp), 2001-2004" ], "transmissions": [ "5-speed manual", "RE4R01A 4-speed automatic" ], "known_issues": [ { "component": "Exhaust", "description": "Exhaust manifold cracking on the VG33E producing a cold-start tick and exhaust leak.", "affected_years": "1996-2000" }, { "component": "Body / structure", "description": "Corrosion of the rear strut towers, rocker panels and rear frame rails in road-salt regions - a significant safety concern on a unibody vehicle.", "affected_years": "1996-2004" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Pathfinder" ], "build_notes": [ "Powertrain (mid-generation change): The MY2001 facelift replaced the 3.3L VG33E with the 3.5L VQ35DE V6, a substantially different engine family. 1996-2000 and 2001-2004 vehicles should be treated as distinct powertrain populations within the generation." ] }, { "gen_label": "3rd generation (R51)", "year_start": 2005, "year_end": 2012, "platform_code": "R51 (Nissan F-Alpha, body-on-frame; shared with Frontier, Xterra, Titan)", "engines": [ "4.0L VQ40DE V6 (266-270 hp), 2005-2012", "5.6L VK56DE V8 (310 hp), LE V8 2008-2012" ], "transmissions": [ "RE5R05A 5-speed automatic" ], "known_issues": [ { "component": "Radiator / transmission", "description": "The internal transmission fluid cooler inside the radiator can fail, allowing engine coolant to mix with automatic transmission fluid. The resulting emulsion (widely called the 'strawberry milkshake of death') destroys the transmission. Subject of a class action settlement and Nissan warranty extension covering the affected Pathfinder/Xterra/Frontier population.", "affected_years": "2005-2010" }, { "component": "Engine (timing chain)", "description": "VQ40DE timing chain guide and tensioner wear producing a cold-start rattle and, if ignored, chain skip.", "affected_years": "2005-2012" }, { "component": "Exhaust / emissions", "description": "Exhaust manifold and catalytic converter failure on the VQ40DE.", "affected_years": "2005-2012" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Pathfinder" ] }, { "gen_label": "4th generation (R52)", "year_start": 2013, "year_end": 2020, "platform_code": "R52 (Nissan D platform, unibody; shared with Infiniti JX35/QX60)", "engines": [ "3.5L VQ35DE V6 (260 hp), 2013-2016", "3.5L VQ35DD direct-injection V6 (284 hp), 2017-2020", "2.5L supercharged I4 hybrid, Pathfinder Hybrid 2014-2015" ], "transmissions": [ "JATCO CVT8 / CVT8HT Xtronic continuously variable" ], "known_issues": [ { "component": "Transmission (JATCO CVT8/CVT8HT)", "description": "CVT belt slip condition producing shudder, judder, hesitation, overheating and sudden loss of motive power. Two separate class actions: one covering 2013-2014 vehicles (settled with a warranty extension and purchase coupons) and a later settlement covering 2015-2018 Pathfinder alongside 2014-2018 Rogue and 2015-2018 QX60, approved March 2022. This is the generation's defining failure mode and drives most of its complaint volume.", "affected_years": "2013-2018 (litigated); complaints continue 2019-2020" }, { "component": "Hood latch", "description": "Secondary hood latch can corrode and fail to hold, allowing the hood to fly open while driving; NHTSA recall.", "affected_years": "2013-2016" }, { "component": "ABS actuator", "description": "Brake fluid can leak from the ABS actuator pump onto the circuit board, creating a short and fire risk; recall issued for affected Nissan models including the Pathfinder.", "affected_years": "2015-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Pathfinder", "https://www.carcomplaints.com/news/2021/nissan-transmission-lawsuit-pathfinder-rogue.shtml", "https://topclassactions.com/lawsuit-settlements/lawsuit-news/nissan-faces-pathfinder-transmission-defect-class-action-lawsuit/" ], "build_notes": [ "Powertrain (mid-generation change): The MY2017 facelift replaced the port-injected VQ35DE with the direct-injection VQ35DD. Direct injection introduces intake valve carbon deposit exposure absent from 2013-2016 cars." ] }, { "gen_label": "5th generation (R53)", "year_start": 2022, "year_end": 2025, "platform_code": "R53 (unibody)", "engines": [ "3.5L VQ35DD direct-injection V6 (284 hp)" ], "transmissions": [ "ZF 9HP 9-speed conventional automatic" ], "known_issues": [ { "component": "Transmission (generation break)", "description": "The JATCO CVT was replaced by a ZF 9-speed conventional automatic for this generation. The CVT failure profile that dominates 2013-2020 records does not apply here and must not be carried forward. Early 9-speed complaints centre on shift quality and hesitation rather than failure.", "affected_years": "2022-2025" }, { "component": "General", "description": "Too recent for established systemic failure patterns; a MY2025 facelift refreshed styling and trim.", "affected_years": "2022-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Pathfinder", "https://www.automobile-catalog.com/model/nissan_usa/pathfinder_5gen.html" ] } ], "production_gaps": [ { "year_start": 2021, "year_end": 2021, "reason": "Gap - no US model year 2021" } ] }, { "make": "CHEVROLET", "model": "TRAILBLAZER", "notes": "THE MOST DANGEROUS NAMEPLATE IN THIS BATCH. 'TrailBlazer' covers two entirely unrelated vehicles separated by an 11-year gap: a 4,500 lb body-on-frame midsize truck-based SUV with an inline-six or V8 (2002-2009), and a 3,200 lb front-drive subcompact crossover with a 1.2L or 1.3L three-cylinder (2021-present). Merging them would be the worst possible outcome for this site. Note the capitalisation shift Chevrolet itself used: 'TrailBlazer' for the SUV, 'Trailblazer' for the crossover. Three further caveats: (1) 'TrailBlazer' was also an appearance package on the S-10 Blazer for roughly 1999-2002 - those complaints belong under BLAZER, not here; (2) NHTSA may file 'TRAILBLAZER EXT' (2002-2006 long wheelbase) separately, and the TrailBlazer SS (2006-2009, 6.0L LS2) is a different mechanical animal inside the GMT360 generation; (3) the 2012-2020 global Trailblazer (Thailand/Brazil-built body-on-frame, Colorado-based) was NEVER sold in the US or Canada, so no US complaints should exist for those years.", "generations": [ { "gen_label": "1st generation (GMT360 midsize SUV)", "year_start": 2002, "year_end": 2009, "platform_code": "GMT360 (GMT370 for EXT long wheelbase)", "engines": [ "4.2L Atlas LL8 DOHC I6 (270-291 hp), 2002-2009", "5.3L LM4 V8 (290 hp), 2003-2004", "5.3L LH6 V8 (300 hp), 2005-2009", "6.0L LS2 V8 (395 hp), TrailBlazer SS 2006-2009" ], "transmissions": [ "4L60-E 4-speed automatic", "4L70-E 4-speed automatic (6.0L SS)" ], "known_issues": [ { "component": "HVAC (blower motor resistor)", "description": "Blower motor resistor overheats and fails because of an inadequate cooling design, leaving the fan operating only on the highest speed setting. One of the highest-frequency complaints on the platform across all years.", "affected_years": "2002-2009" }, { "component": "Instrument cluster", "description": "Stepper motors behind the gauges fail, causing the speedometer, tachometer, fuel and temperature gauges to read inaccurately or stop entirely. GM issued special coverage for affected clusters and a repair/reman industry exists specifically for this failure.", "affected_years": "2003-2007" }, { "component": "Fuel system (level sender)", "description": "Fuel level sender inside the fuel pump module fails, producing an erratic gauge that sticks on empty or reads wildly wrong; remedy requires replacing the complete fuel pump module assembly. GM agreed to cover 50 percent of repair cost on 2005-2007 vehicles even though the failure spans 2002-2008.", "affected_years": "2002-2008 (cost-share on 2005-2007)" }, { "component": "Engine (4.2L Atlas LL8)", "description": "Exhaust valve seat recession and valve damage on early Atlas inline-sixes, producing misfire, low compression on affected cylinders and rough running.", "affected_years": "2002-2005" }, { "component": "Four-wheel drive", "description": "Transfer case encoder motor and selector switch failure producing a 'Service 4WD' warning and inability to shift between 2WD and 4WD ranges.", "affected_years": "2002-2009" }, { "component": "Front suspension", "description": "Front wheel bearing hub assembly and ball joint wear producing ABS faults, noise and steering play; a routine high-mileage failure item on GMT360.", "affected_years": "2002-2009" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_TrailBlazer_(SUV)", "https://us.haynes.com/blogs/tips-tutorials/chevrolet-trailblazer-common-problems-2002-2009", "https://www.carid.com/articles/chevy-trailblazer-reliability-common-problems-most-dependable-years.html" ] }, { "gen_label": "2nd generation (subcompact crossover)", "year_start": 2021, "year_end": 2025, "platform_code": "GM VSS-F (GEM), model code 9BYC", "engines": [ "1.2L LIH turbocharged I3 (137 hp), FWD", "1.3L L3T turbocharged I3 (155 hp), FWD and AWD" ], "transmissions": [ "VT40 continuously variable (FWD)", "9T50 9-speed automatic (AWD 1.3L)" ], "known_issues": [ { "component": "Vehicle identity (critical for grouping)", "description": "Completely unrelated to the 2002-2009 GMT360 TrailBlazer - front-wheel-drive unibody subcompact crossover with a three-cylinder turbo engine, sharing its platform with the Buick Encore GX and Chevrolet Trax. None of the GMT360 failure modes apply.", "affected_years": "2021-2025" }, { "component": "Transmission", "description": "Complaint volume centres on the CVT used with front-wheel drive - hesitation, drone and shudder reports - while AWD models use a conventional 9-speed automatic. Drivetrain choice determines the transmission entirely, so 2021-2025 records should be segmented by FWD/AWD where possible.", "affected_years": "2021-2025" }, { "component": "General", "description": "Too recent for established long-term failure patterns. A MY2024 facelift updated the exterior, infotainment and interior.", "affected_years": "2021-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Trailblazer_(crossover)" ] } ], "production_gaps": [ { "year_start": 2010, "year_end": 2020, "reason": "Gap - not sold in the US 2010-2020" } ] }, { "make": "FORD", "model": "FIESTA", "notes": "Simplest map in the batch: exactly ONE generation in the NHTSA span. The Fiesta was absent from the US market for three decades - the original Mk1 was sold here for model years 1978-1980, then nothing until the sixth-generation car arrived for MY2011. It left again after MY2019 (production ended 19 August 2019), so there is no US Fiesta before 2011 or after 2019 in this dataset. Generation-numbering caution: Ford's own global count calls this the sixth generation (Mk6), but many European sources number it Mk7 because they count the 2002 Mk5 facelift separately - use 'sixth generation' and note the alternate. The DPS6 PowerShift transmission is the overwhelming driver of this model's 11,284 complaints; expect the failure-mode hub page to dominate. Also note the Fiesta shares the DPS6 defect with the 2012-2018 Focus, so those two generation pages should cross-link.", "generations": [ { "gen_label": "6th generation (Mk6; sometimes numbered Mk7)", "year_start": 2011, "year_end": 2019, "platform_code": "B299 (hatchback) / B409 (sedan), Ford global B-car", "engines": [ "1.6L Duratec Ti-VCT I4 (120 hp), 2011-2019", "1.0L EcoBoost turbo I3 (123 hp), 2014-2017", "1.6L EcoBoost turbo I4 (197 hp), Fiesta ST 2014-2019" ], "transmissions": [ "iB5 5-speed manual", "DPS6 PowerShift 6-speed dry dual-clutch automatic", "6-speed manual (ST)" ], "known_issues": [ { "component": "Transmission (DPS6 PowerShift dual-clutch)", "description": "Dry dual-clutch shudder on take-off, slipping, bucking, hesitation and loss of motive power. Root causes are degradation of the dry clutch friction material and input shaft seal leakage that contaminates the clutch faces. The Vargas v. Ford class action settlement (final approval 5 March 2020) covered 2011-2016 Fiesta and 2012-2016 Focus, with vehicle repurchase and cash remedies; separate later suits allege the defect continued into 2017-2019 Fiestas. This is the defining failure mode of the model in the US.", "affected_years": "2011-2019 (2011-2016 covered by settlement)" }, { "component": "Transmission control module", "description": "DPS6 transmission control module failure causing sudden loss of transmission engagement or unintended vehicle movement; NHTSA recall covering 2011-2016 Fiesta.", "affected_years": "2011-2016" }, { "component": "Door latches", "description": "Door latch pawl spring tab can fracture, letting a door appear latched but open while driving; NHTSA recall.", "affected_years": "2011-2015" }, { "component": "Clutch actuator", "description": "Clutch actuator and input shaft seal leakage contaminating the dry clutches - the mechanical precursor to the shudder complaints above, and the reason repeated clutch replacements often failed to cure the symptom.", "affected_years": "2011-2019" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Fiesta_(sixth_generation)", "https://bergermontague.com/cases/vargas-et-al-v-ford-motor-co/", "https://topclassactions.com/lawsuit-settlements/closed-settlements/ford-powershift-transmission-class-action-settlement/", "https://mycarvoice.com/news/powershift-tranny-2017-2019-fiesta-2017-2018-focus-lawsuit/" ] } ] }, { "make": "TOYOTA", "model": "SIENNA", "notes": "Clean four-generation map with no gaps, but two boundaries carry unusually large mechanical changes. The 2020/2021 break is the sharpest: the XL40 is hybrid-only, so every 2021+ vehicle has a 2.5L four-cylinder and e-CVT while every 2011-2020 vehicle has a V6 and a conventional automatic - no powertrain overlap at all across that line. The mid-generation MY2017 change within XL30 (2GR-FE to 2GR-FKS with D-4S, and 6-speed to 8-speed) is nearly as significant and should be flagged on the generation page. Note also that power sliding door failures recur across three separate generations with different root causes each time, so the failure-mode hub page needs generation-specific detail rather than a single blanket entry. The Sienna replaced the Previa for MY1998; the Previa (1991-1997) is a separate, unrelated mid-engine rear-drive van and should never be merged.", "generations": [ { "gen_label": "1st generation (XL10)", "year_start": 1998, "year_end": 2003, "platform_code": "XL10 (Camry XV20-derived)", "engines": [ "3.0L 1MZ-FE V6 (194 hp), 1998-2000", "3.0L 1MZ-FE V6 with VVT-i (210 hp), 2001-2003" ], "transmissions": [ "A540E / A541E 4-speed automatic" ], "known_issues": [ { "component": "Engine (oil gelling / sludge)", "description": "The 1MZ-FE V6 is part of the Toyota engine family affected by oil gelling - sludge accumulation that blocks oil passages and destroys the engine. Toyota's Oil Gel Policy extended engine coverage to 8 years with no mileage limit for affected owners. This is the defining engine risk for the generation.", "affected_years": "1998-2002" }, { "component": "Sliding doors", "description": "Sliding door cable, latch and roller failures causing doors that will not open, will not latch, or bind on the track.", "affected_years": "1998-2003" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Sienna" ], "build_notes": [ "Powertrain (mid-generation change): The MY2001 facelift added VVT-i to the 1MZ-FE, raising output from 194 to 210 hp. 1998-2000 and 2001-2003 engines differ mechanically within the generation." ] }, { "gen_label": "2nd generation (XL20)", "year_start": 2004, "year_end": 2010, "platform_code": "XL20 (Camry XV30 / Highlander-derived)", "engines": [ "3.3L 3MZ-FE V6 (230 hp), 2004-2006", "3.5L 2GR-FE V6 (266 hp), 2007-2010" ], "transmissions": [ "U151E / U151F 5-speed automatic" ], "known_issues": [ { "component": "Engine (VVT-i oil supply hose)", "description": "The rubber oil supply hose feeding the VVT-i controller on the 2GR-FE can degrade and rupture, causing rapid loss of engine oil, possible engine seizure and a fire risk from oil contacting hot exhaust. NHTSA recall; remedy replaces the rubber hose with a revised part.", "affected_years": "2007-2010" }, { "component": "Spare tire carrier", "description": "The spare tire carrier cable can corrode and break, dropping the spare tire onto the roadway; NHTSA recall covering the 2004-2011 Sienna population.", "affected_years": "2004-2010" }, { "component": "Power sliding doors", "description": "Power sliding door motor and cable failure and doors that fail to latch fully; multiple service actions across the generation.", "affected_years": "2004-2010" }, { "component": "Tires (AWD models)", "description": "AWD models used run-flat tires with no spare, producing sustained complaints about tire cost, ride harshness and short tread life.", "affected_years": "2004-2010 AWD" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Sienna" ], "build_notes": [ "Powertrain (mid-generation change): MY2007 replaced the 3.3L 3MZ-FE with the timing-chain 3.5L 2GR-FE. 2004-2006 and 2007-2010 vehicles have different engine families and different maintenance profiles." ] }, { "gen_label": "3rd generation (XL30)", "year_start": 2011, "year_end": 2020, "platform_code": "XL30", "engines": [ "2.7L 1AR-FE I4 (187 hp), 2011-2012", "3.5L 2GR-FE V6 (266 hp), 2011-2016", "3.5L 2GR-FKS V6 with D-4S (296 hp), 2017-2020" ], "transmissions": [ "U660E 6-speed automatic, 2011-2016", "UA80E / UA80F 8-speed automatic, 2017-2020" ], "known_issues": [ { "component": "Power sliding doors", "description": "Sliding door roller bracket and latch failure can allow a door to open while the vehicle is moving; a large NHTSA recall covering the early years of the generation. The recurrence of sliding door failures across three consecutive Sienna generations is a nameplate-level pattern worth its own hub page.", "affected_years": "2011-2016" }, { "component": "Transmission", "description": "Shift quality complaints - hesitation and harsh downshifts - following the 2017 switch to the 8-speed UA80 automatic.", "affected_years": "2017-2020" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Sienna" ], "build_notes": [ "Powertrain (mid-generation change): MY2017 brought a substantial powertrain change: the 2GR-FE was replaced by the 2GR-FKS with D-4S port-plus-direct injection, and the 6-speed automatic by an 8-speed. 2011-2016 and 2017-2020 vehicles should be treated as separate powertrain populations. The 2.7L four-cylinder was offered only for 2011-2012." ] }, { "gen_label": "4th generation (XL40)", "year_start": 2021, "year_end": 2025, "platform_code": "XL40 (TNGA-K)", "engines": [ "2.5L A25A-FXS Atkinson-cycle I4 hybrid (186 hp engine; 245 hp combined)" ], "transmissions": [ "Planetary power-split e-CVT", "Rear electric motor (electronic on-demand AWD)" ], "known_issues": [ { "component": "Powertrain (generation break)", "description": "Hybrid-only across every trim - no V6 and no conventional automatic is available. There is zero powertrain overlap with 2011-2020 vehicles, so no V6 or 8-speed failure pattern carries forward. This is the cleanest mechanical break in the model's history.", "affected_years": "2021-2025" }, { "component": "General", "description": "Too recent for established systemic failure patterns; complaint volume is weighted toward infotainment, driver-assist behaviour and early-build assembly issues rather than powertrain defects.", "affected_years": "2021-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Sienna" ] } ] }, { "make": "SUBARU", "model": "FORESTER", "notes": "Six generations, no gaps, but SOURCES DISAGREE ON THE FIFTH/SIXTH BOUNDARY. The English Wikipedia Forester article's summary table shows the fifth generation (SK) running 2019-2025, but Subaru's own press material announcing the 'all-new 2025 Forester' (SL, revealed 16 November 2023, on sale spring 2024) is unambiguous that MY2025 is the sixth generation. I have used Subaru's press release as the more authoritative source: SK = 2019-2024, SL = 2025-present. Second point: Subaru's platform codes shift by production year rather than US model year (SG production began 2002 but the US MY2003 was the first; SH began 2008 for US MY2009; SJ began 2012 for US MY2014 - note the SJ has a two-year offset, so 'Forester SJ 2012' in enthusiast sources is a Japanese-market car). Third: the head gasket and oil consumption failure modes recur across three generations with different mechanisms (EJ25D internal, EJ251/253 external, FB25 ring-design consumption) and must be described per-generation, not blanket-applied.", "generations": [ { "gen_label": "1st generation (SF)", "year_start": 1998, "year_end": 2002, "platform_code": "SF", "engines": [ "2.5L EJ25D DOHC H4 (165 hp), 1998", "2.5L EJ251 / EJ252 SOHC H4 (165 hp), 1999-2002" ], "transmissions": [ "5-speed manual", "4EAT 4-speed automatic" ], "known_issues": [ { "component": "Head gaskets (EJ25D)", "description": "The DOHC EJ25D suffers internal head gasket failure allowing coolant into the cylinder, producing overheating, coolant loss and combustion contamination. Distinct mechanism from the later SOHC failures.", "affected_years": "1998" }, { "component": "Head gaskets (EJ251/EJ252 SOHC)", "description": "The SOHC engines fail differently - external coolant seepage at the head gasket, weeping down the block, often with slow coolant loss and no overheating at first. Subject of a class action settlement; Subaru extended coverage to 8 years / 100,000 miles and specified a cooling system conditioner as part of the remedy.", "affected_years": "1999-2002" }, { "component": "Wheel bearings", "description": "Front and rear wheel bearing failure producing a growling noise that changes with steering load; a routine failure item across early Foresters.", "affected_years": "1998-2002" }, { "component": "Body / structure", "description": "Rear strut tower and rear quarter panel corrosion in road-salt regions.", "affected_years": "1998-2002" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Forester" ] }, { "gen_label": "2nd generation (SG)", "year_start": 2003, "year_end": 2008, "platform_code": "SG", "engines": [ "2.5L EJ253 SOHC H4 (165-173 hp), X/XS", "2.5L EJ255 turbocharged H4 (210-224 hp), XT 2004-2008" ], "transmissions": [ "5-speed manual", "4EAT 4-speed automatic" ], "known_issues": [ { "component": "Head gaskets (EJ253 SOHC)", "description": "External head gasket coolant seepage on the naturally aspirated SOHC engine, same mechanism as the late first generation - slow coolant loss, weeping at the head-to-block joint.", "affected_years": "2003-2008" }, { "component": "Turbocharger (EJ255, XT only)", "description": "Turbocharger failure from oil starvation, commonly traced to the banjo bolt filter screen in the turbo oil feed line clogging with sludge or debris. Subaru later deleted the screen. Failing turbos frequently send debris into the engine, escalating cost.", "affected_years": "2004-2008 XT" }, { "component": "Engine (EJ255 pistons)", "description": "Ringland failure on the turbocharged EJ255 - the piston ring land fractures under detonation, producing loss of compression and blow-by. Heavily concentrated on tuned or hard-driven cars.", "affected_years": "2004-2008 XT" }, { "component": "Wheel bearings", "description": "Continued front and rear wheel bearing failure across the generation.", "affected_years": "2003-2008" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Forester" ] }, { "gen_label": "3rd generation (SH)", "year_start": 2009, "year_end": 2013, "platform_code": "SH", "engines": [ "2.5L EJ253 SOHC H4 (170 hp), 2009-2010", "2.5L FB25 H4 (170 hp), 2011-2013", "2.5L EJ255 turbocharged H4 (224 hp), 2.5XT 2009-2013" ], "transmissions": [ "5-speed manual", "4EAT 4-speed automatic (no CVT in the US Forester this generation)" ], "known_issues": [ { "component": "Engine (FB25 oil consumption)", "description": "The FB25 introduced for MY2011 consumes oil excessively due to piston ring design, in some cases a quart every 1,000-1,200 miles, with owners reporting oil starvation risk between service intervals. Subject of a class action settlement covering the affected build window; Subaru extended coverage and offered a short-block ring repair.", "affected_years": "2011-2013" }, { "component": "Head gaskets (EJ253)", "description": "External head gasket coolant seepage on the carry-over SOHC EJ253 in the first two model years, before the FB25 replaced it.", "affected_years": "2009-2010" }, { "component": "Airbags (Takata inflator)", "description": "Takata ammonium-nitrate inflator recall population; rupture risk propelling metal fragments into the cabin.", "affected_years": "2009-2013" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Forester" ], "build_notes": [ "Powertrain (mid-generation change): MY2011 replaced the long-serving EJ253 with the all-new FB25. 2009-2010 and 2011-2013 naturally aspirated cars have entirely different engine families and opposite failure modes (head gasket versus oil consumption) - do not blanket the generation." ] }, { "gen_label": "4th generation (SJ)", "year_start": 2014, "year_end": 2018, "platform_code": "SJ", "engines": [ "2.5L FB25 H4 (170 hp)", "2.0L FA20DIT turbocharged direct-injection H4 (250 hp), 2.0XT 2014-2018" ], "transmissions": [ "6-speed manual (2.5i, 2.5i Premium)", "Lineartronic TR580 CVT (2.5i)", "Lineartronic TR690 high-torque CVT (2.0XT)" ], "known_issues": [ { "component": "Engine (FB25 oil consumption)", "description": "Continued excessive oil consumption from FB25 piston ring design; covered by the same class action settlement population and Subaru extended coverage to 8 years / 100,000 miles for affected vehicles.", "affected_years": "2014-2015 (settlement window); complaints continue 2016-2018" }, { "component": "Transmission (Lineartronic CVT)", "description": "CVT chain, valve body and torque converter complaints - shudder, hesitation and in some cases loss of drive. Subaru extended CVT warranty coverage to 10 years / 100,000 miles on affected CVT-equipped vehicles of this era.", "affected_years": "2014-2018" }, { "component": "Glass", "description": "Windshield cracking from minor or no apparent impact, the subject of owner litigation across several Subaru models of this era.", "affected_years": "2015-2018" }, { "component": "Airbags (Takata inflator)", "description": "Takata inflator recall population continues into this generation.", "affected_years": "2014-2018" }, { "component": "Transmission (generation context)", "description": "The Lineartronic CVT became the dominant transmission for the first time in the US Forester with this generation, replacing the 4-speed automatic. CVT failure modes do not apply to 2013-and-earlier US Foresters.", "affected_years": "2014-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Forester" ] }, { "gen_label": "5th generation (SK)", "year_start": 2019, "year_end": 2024, "platform_code": "SK (Subaru Global Platform)", "engines": [ "2.5L FB25D direct-injection H4 (182 hp) - the only US engine; no turbo offered" ], "transmissions": [ "Lineartronic CVT (sole transmission; no manual offered)" ], "known_issues": [ { "component": "Fuel pump", "description": "Denso low-pressure fuel pump impeller can crack and deform, causing the pump to fail and the engine to stall without warning; NHTSA recall covering MY2019 Subaru vehicles including the Forester.", "affected_years": "2019" }, { "component": "Glass", "description": "Continued windshield cracking complaints from minor impacts.", "affected_years": "2019-2024" }, { "component": "Electrical", "description": "Parasitic 12V battery drain producing repeat no-start conditions, frequently associated with infotainment and telematics modules failing to sleep.", "affected_years": "2019-2024" }, { "component": "Powertrain (generation context)", "description": "The turbocharged option disappeared entirely for the US market in this generation, and no manual transmission was offered. Every US 2019-2024 Forester is FB25D plus CVT, which makes this generation unusually homogeneous for analysis. A MY2022 facelift added the Wilderness trim.", "affected_years": "2019-2024" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Forester", "https://carbuzz.com/cars/subaru/forester/generations/" ] }, { "gen_label": "6th generation (SL)", "year_start": 2025, "year_end": 2025, "platform_code": "SL (Subaru Global Platform, revised)", "engines": [ "2.5L FB25 H4 (180 hp)", "2.5L H4 + Toyota-derived series-parallel hybrid system (added during MY2025)" ], "transmissions": [ "Lineartronic CVT", "e-CVT (hybrid)" ], "known_issues": [ { "component": "General", "description": "Launched spring 2024 as a MY2025 vehicle; too recent for any established systemic failure pattern. The hybrid variant arrived roughly a year after the combustion model and is a genuinely new powertrain for the nameplate.", "affected_years": "2025" }, { "component": "Boundary caution (source conflict)", "description": "Some references, including the English Wikipedia summary table, extend the fifth generation (SK) through 2025 and would place this generation's start later. Subaru's own press material announcing the 'all-new 2025 Forester' establishes MY2025 as the sixth generation; that reading is used here.", "affected_years": "2025" } ], "sources": [ "https://media.subaru.com/newsrelease.do?id=2123", "https://www.prnewswire.com/news-releases/subaru-debuts-all-new-2025-forester-suv-with-new-styling-safety-and-in-vehicle-technology-301990859.html" ] } ] }, { "make": "CADILLAC", "model": "ESCALADE", "notes": "THERE IS NO 2001 MODEL YEAR ESCALADE. GM skipped MY2001 entirely while moving the vehicle from the GMT400 platform to GMT800 - any 2001-keyed record is a data error. The first generation is a two-year stopgap (1999-2000) that was a lightly rebadged GMC Yukon Denali; treat it as a distinct, very low-volume generation rather than folding it into the GMT800 car. Body-style variants to watch in NHTSA data: Escalade ESV (long wheelbase, MY2003+), Escalade EXT (pickup, MY2002-2013), Escalade Hybrid (MY2009-2013), and Escalade-V (supercharged, MY2023+) - NHTSA may or may not file these under 'ESCALADE'. Separately, the all-electric Escalade IQ launched for MY2025 as a distinct nameplate on a different platform; if it appears under 'ESCALADE' it must be split out. The fifth generation's introduction of independent rear suspension (2021) is a chassis change large enough that suspension complaint patterns do not carry across the 2020/2021 line.", "generations": [ { "gen_label": "1st generation (GMT400)", "year_start": 1999, "year_end": 2000, "platform_code": "GMT400 / GMT410", "engines": [ "5.7L Vortec 5700 L31 V8 (255 hp)" ], "transmissions": [ "4L60-E 4-speed automatic" ], "known_issues": [ { "component": "Transmission", "description": "4L60-E 4-speed automatic failure - slipping, loss of reverse and 3-4 clutch pack wear, the characteristic GM truck automatic failure of the era.", "affected_years": "1999-2000" }, { "component": "Vehicle identity (context)", "description": "A rushed two-year response to the Lincoln Navigator, essentially a rebadged GMC Yukon Denali with minimal Cadillac-specific engineering. Low production volume means small complaint counts; interpret rates rather than totals.", "affected_years": "1999-2000" } ], "sources": [ "https://en.wikipedia.org/wiki/Cadillac_Escalade" ] }, { "gen_label": "2nd generation (GMT800)", "year_start": 2002, "year_end": 2006, "platform_code": "GMT826 / GMT830 (SUV), GMT836 (ESV), GMT840 (EXT)", "engines": [ "5.3L LM7 V8 (285-295 hp), RWD 2002", "6.0L LQ9 High Output V8 (345 hp), AWD 2002 and all models 2003-2006" ], "transmissions": [ "4L60-E 4-speed automatic (RWD)", "4L65-E 4-speed automatic (AWD / 6.0L)" ], "known_issues": [ { "component": "Instrument cluster", "description": "Gauge stepper motor failure causing the speedometer, fuel, oil pressure and temperature gauges to stick, read inaccurately or die. GM issued special coverage extending the warranty on affected clusters. Among the highest-volume complaints of this generation and shared across the GMT800 truck family.", "affected_years": "2003-2006" }, { "component": "Transmission", "description": "4L60-E and 4L65-E automatic failure under the 6.0L LQ9's torque - slipping, harsh engagement and clutch pack wear.", "affected_years": "2002-2006" }, { "component": "Steering", "description": "Intermediate steering shaft wear producing a clunk or knock felt through the wheel over bumps and during low-speed turns; a chronic GMT800 complaint.", "affected_years": "2002-2006" }, { "component": "Brakes / ABS", "description": "Wheel speed sensor and ABS control module faults causing false ABS activation at low speed and extended stopping distances.", "affected_years": "2002-2006" } ], "sources": [ "https://en.wikipedia.org/wiki/Cadillac_Escalade" ] }, { "gen_label": "3rd generation (GMT900)", "year_start": 2007, "year_end": 2014, "platform_code": "GMT926 (SUV) / GMT936 (ESV)", "engines": [ "6.2L L92 V8 (403 hp), 2007-2009", "6.2L L94 V8 with Active Fuel Management (403 hp), 2010-2014", "6.0L LZ1 V8 Two-Mode Hybrid (332 hp), Escalade Hybrid 2009-2013" ], "transmissions": [ "6L80 6-speed automatic", "Two-Mode Hybrid electrically variable transmission (Hybrid)" ], "known_issues": [ { "component": "Engine (Active Fuel Management)", "description": "AFM on the 6.2L L94 drives excessive oil consumption and collapsed or failed valve lifters. A failed lifter causes misfire, ticking and often camshaft lobe damage requiring top-end rebuild. Subject of class action litigation across GM's AFM V8 range. Note the pre-AFM L92 (2007-2009) does not share this failure mode.", "affected_years": "2010-2014" }, { "component": "Interior (dashboard)", "description": "Dashboard top surface cracks and splits, typically radiating from the passenger airbag seam. Extremely widely reported across the generation; GM never issued a recall, treating it as cosmetic.", "affected_years": "2007-2014" }, { "component": "Airbags (Takata inflator)", "description": "GM full-size trucks and SUVs of this generation are part of the Takata inflator recall population.", "affected_years": "2007-2014" }, { "component": "Transmission", "description": "6L80 torque converter shudder and harsh 1-2 shifts, commonly traced to torque converter clutch material degradation and fluid condition.", "affected_years": "2007-2014" }, { "component": "Fuel system", "description": "Fuel level sender failure producing an erratic or stuck fuel gauge, a shared GM full-size truck complaint of the era.", "affected_years": "2007-2014" } ], "sources": [ "https://en.wikipedia.org/wiki/Cadillac_Escalade" ] }, { "gen_label": "4th generation (K2XX)", "year_start": 2015, "year_end": 2020, "platform_code": "GM K2XX (K2UG)", "engines": [ "6.2L L86 EcoTec3 V8 with Active Fuel Management (420 hp)" ], "transmissions": [ "6L80 6-speed automatic (2015)", "8L90 8-speed automatic (2016-2017)", "10L80 10-speed automatic (2018-2020)" ], "known_issues": [ { "component": "Transmission (8L90 8-speed)", "description": "Torque converter shudder and harsh, clunking shifts on the 8L90, traced to degradation of the factory Dexron VI fluid interacting with the torque converter clutch. GM's service remedy was a full fluid flush and refill with Mobil 1 Synthetic LV ATF HP. Subject of class action litigation across GM's 8-speed range.", "affected_years": "2016-2017 (8-speed only)" }, { "component": "Engine (Active Fuel Management)", "description": "L86 AFM valve lifter collapse and excessive oil consumption, same mechanism as the prior generation's L94 - misfire, ticking and potential camshaft damage.", "affected_years": "2015-2020" }, { "component": "Steering", "description": "Electric power steering assist can be lost momentarily, particularly at low speed, increasing steering effort without warning; NHTSA recall on affected early vehicles.", "affected_years": "2015-2016" }, { "component": "Interior (dashboard)", "description": "Dashboard cracking continued to be reported into the early years of this generation.", "affected_years": "2015-2016" } ], "sources": [ "https://en.wikipedia.org/wiki/Cadillac_Escalade" ], "build_notes": [ "Powertrain (mid-generation change): Three different transmissions across six model years - 6-speed for 2015, 8-speed for 2016-2017, 10-speed for 2018-2020. Transmission complaints cannot be attributed to the generation as a whole and must be segmented by model year." ] }, { "gen_label": "5th generation (T1XX)", "year_start": 2021, "year_end": 2025, "platform_code": "GM T1XX (T1UG)", "engines": [ "6.2L L87 EcoTec3 V8 with Dynamic Fuel Management (420 hp)", "3.0L LM2 / LZ0 Duramax turbodiesel I6 (277-305 hp), 2021-2024", "6.2L LT4 supercharged V8 (682 hp), Escalade-V 2023-2025" ], "transmissions": [ "10L80 / 10L90 10-speed automatic" ], "known_issues": [ { "component": "Engine (6.2L L87 connecting rod bearings)", "description": "Connecting rod bearing failure causing engine knock, seizure and complete loss of propulsion while driving. GM's investigation identified two root causes: sediment contamination in the crankshaft oil galleries and connecting rods, and crankshafts produced out of dimensional specification with inadequate surface finish. NHTSA recall 25V-274 (GM N252494000) covers roughly 878,000 vehicles including about 79,747 Escalades. The remedy is inspection with engine repair or replacement, or a switch to higher-viscosity oil for vehicles that pass. MY2025 vehicles are excluded because crankshaft and connecting rod manufacturing improvements were implemented on or before 1 June 2024.", "affected_years": "2021-2024" }, { "component": "Chassis (generation context)", "description": "Independent rear suspension replaced the live axle for this generation, a fundamental chassis change. Rear suspension and ride-quality complaint patterns from 2015-2020 vehicles do not carry forward.", "affected_years": "2021-2025" }, { "component": "Infotainment", "description": "Complaints centred on the 38-inch curved OLED display cluster - blanking, freezing and reboot behaviour - in the early years of the generation.", "affected_years": "2021-2024" } ], "sources": [ "https://en.wikipedia.org/wiki/Cadillac_Escalade", "https://static.nhtsa.gov/odi/rcl/2025/RCLRPT-25V274-1598.PDF", "https://www.gm-trucks.com/gm-l87-62l-engine-recall-2021-2024-silverado-sierra-escalade-tahoe-suburban/", "https://gmauthority.com/blog/2025/04/heres-why-gm-6-2l-v8-recall-doesnt-apply-to-2025-model-year-vehicles/" ], "build_notes": [ "Powertrain (mid-generation change): The 3.0L Duramax diesel was dropped for MY2025 alongside the facelift that introduced a 55-inch curved display. Diesel-specific failure modes apply only to 2021-2024 vehicles." ] } ], "production_gaps": [ { "year_start": 2001, "year_end": 2001, "reason": "Gap - no US model year 2001" } ] }, { "make": "FORD", "model": "FUSION", "notes": "US-market only vehicle (not related to the European Ford Fusion B-segment MPV of 2002-2012 — that is a completely different car sharing the nameplate; NHTSA US data contains only the Americas sedan). Contiguous, no gaps: 2006-2012, then 2013-2020. Production ended July 2020; MY2020 is the last. Hybrid (2010-2012, 2013-2020) and Energi plug-in (2013-2020) are trim variants within the generations, not separate generations, but their eCVT/HF35 transaxle and high-voltage systems produce a distinct failure profile from the 6F35 cars. Lincoln MKZ (2007-2012 CD3, 2013-2020 CD4) and Mercury Milan (2006-2011) are corporate twins — many Fusion failure modes appear identically in their complaint records.", "generations": [ { "gen_label": "1st generation", "year_start": 2006, "year_end": 2012, "platform_code": "CD3", "engines": [ "2.3L Duratec 23 I4 (160 hp, 2006-2009)", "2.5L Duratec 25 I4 (175 hp, 2010-2012)", "3.0L Duratec 30 V6 (221 hp / 240 hp 2010+)", "3.5L Duratec 35 V6 (263 hp, Sport, 2010-2012)", "2.5L Atkinson-cycle I4 hybrid (2010-2012)" ], "transmissions": [ "5-speed manual (G5M)", "6-speed manual (2010-2012)", "5-speed automatic (Aisin 5F31J)", "6-speed automatic (6F35, 2010-2012)", "eCVT / HF35 (hybrid, 2010-2012)" ], "known_issues": [ { "component": "Steering", "description": "Electric power-assisted steering (EPAS) sudden loss of assist. Conformal-coat contamination and ribbon-cable pin misalignment inside the steering gear motor cause loss of the motor position sensor signal, dropping assist without warning. NHTSA recall 15V-340 / Ford 15S18 covered ~394,000 vehicles built Sep 2010-Feb 2012; NHTSA PE14-030 had earlier examined 2010 Fusion EPAS complaints.", "affected_years": "2010-2012 (EPAS introduced with the 2010 refresh; 4-cylinder cars)" }, { "component": "Transmission", "description": "6F35 six-speed automatic harsh/delayed engagement, shudder and internal failure after the 2010 changeover from the Aisin 5-speed.", "affected_years": "2010-2012" }, { "component": "Engine / fuel system", "description": "Electronic throttle body failure on the Duratec V6 producing wrench-light limp mode and stalling.", "affected_years": "2006-2009" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Fusion_(Americas)", "https://auto-recalls.justia.com/ford/fusion/2012/15v340000/", "https://www.carcomplaints.com/Ford/Fusion/2010/investigations/electric-power-steering-failure-pe14030.shtml" ] }, { "gen_label": "2nd generation", "year_start": 2013, "year_end": 2020, "platform_code": "CD4 (also written CD4.1 / Ford Global C/D)", "engines": [ "2.5L Duratec iVCT I4 (175 hp)", "1.6L EcoBoost turbo I4 (178 hp, 2013-2014 only)", "1.5L EcoBoost turbo I4 (181 hp, 2014-2020)", "2.0L EcoBoost turbo I4 (240-245 hp)", "2.7L EcoBoost twin-turbo V6 (325 hp, Sport, 2017-2019)", "2.0L Atkinson I4 hybrid / Energi PHEV" ], "transmissions": [ "6F35 6-speed automatic", "6-speed manual (1.6L EcoBoost, 2013-2014)", "HF35 eCVT (Hybrid / Energi)", "6F55 6-speed automatic (2.7L Sport)" ], "known_issues": [ { "component": "Engine (1.6L EcoBoost)", "description": "Localized cylinder-head overheating and cracking under low-coolant conditions; cracked head vents oil onto the hot exhaust manifold, causing under-hood and while-driving fires. Ford recall 17S09 added a coolant level sensor, PCM/cluster software and a low-coolant 'overheat strategy' that cuts power rather than fixing the head design.", "affected_years": "2013-2014" }, { "component": "Engine (1.5L and 2.0L EcoBoost)", "description": "Coolant intrusion into the combustion chambers through the cylinder head / block interface. Symptoms are unexplained coolant loss, white exhaust smoke, misfires and eventual bearing or cylinder damage; the field remedy is short-block replacement.", "affected_years": "2013-2019 (1.5L and 2.0L EcoBoost)" }, { "component": "Body / doors", "description": "Door latch pawl spring tab fractures, allowing a door to appear closed but open while driving. Recall lineage 15V-246, 16V-643, 17V-210, with 20S30 issued as a re-repair after the first fixes failed; all four latches replaced.", "affected_years": "2013-2016" }, { "component": "Transmission / parking system", "description": "Shift cable bushing degrades and detaches from the transmission, so the shifter can read Park and the key can be removed while the transmission is not actually in Park — vehicle rolls away. Ford recall 18S20; remedy is a new bushing plus a protective cap.", "affected_years": "2013-2016" }, { "component": "Steering", "description": "Steering wheel retaining bolt may loosen and allow the steering wheel to detach from the column. NHTSA recall 18V-155.", "affected_years": "2014-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Fusion_(Americas)", "https://ford.oemdtc.com/3818/safety-recall-18s20-shift-cable-bushing-replacement-2013-2014-ford-escape-2013-2016-ford-fusion/", "https://fordauthority.com/2020/12/new-lawsuit-targets-ford-ecoboost-four-cylinder-coolant-leaks/", "https://static.nhtsa.gov/odi/tsbs/2019/MC-10163592-0001.pdf" ] } ] }, { "make": "NISSAN", "model": "MAXIMA", "notes": "IMPORTANT GAP: there was no MY2015 Maxima in the United States. The A35 ended with MY2014 (its run was stretched into calendar 2015 as an extended model year) and the A36 launched as MY2016. 2015 was the first year with no Maxima since 1981. Do not bridge 2014-2016 into one generation, and treat any MY2015 complaint records as data errors or as mis-keyed 2014 cars. Production ended July 2023; MY2023 is the final year (the nameplate is retired; an announced Maxima EV was cancelled). Generation boundaries are otherwise clean and US/global splits agree for this nameplate. The A32/A33 were also sold as the Infiniti I30 and A34's platform is shared with the Altima L31 and Quest — cross-model failure patterns apply.", "generations": [ { "gen_label": "4th generation (A32)", "year_start": 1995, "year_end": 1999, "platform_code": "A32", "engines": [ "3.0L VQ30DE V6 (190 hp)" ], "transmissions": [ "5-speed manual", "4-speed automatic (RE4F04A)" ], "known_issues": [ { "component": "Emissions / exhaust", "description": "Pre-catalyst substrate breakdown on the exhaust manifold; ceramic debris can be drawn back into the cylinders through the EGR path causing scoring and oil consumption.", "affected_years": "1995-1999" }, { "component": "Engine", "description": "Valve cover and front crank seal oil leaks, and distributor/ignition failure causing no-start and rough running." } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Maxima" ] }, { "gen_label": "5th generation (A33)", "year_start": 2000, "year_end": 2003, "platform_code": "A33 / A33B", "engines": [ "3.0L VQ30DE-K V6 (222 hp, 2000-2001)", "3.5L VQ35DE V6 (255 hp, 2002-2003)" ], "transmissions": [ "4-speed automatic (RE4F04B)", "5-speed manual", "6-speed manual (2002-2003)" ], "known_issues": [ { "component": "Emissions / exhaust", "description": "Pre-catalytic converter failure with substrate ingestion into the engine, a widely reported cause of high oil consumption and cylinder wear on the VQ30DE-K.", "affected_years": "2000-2001" }, { "component": "Engine mounts", "description": "Collapsed hydraulic front engine mount causing heavy idle vibration and driveline shudder." } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Maxima", "https://carbuzz.com/cars/nissan/maxima/generations/" ] }, { "gen_label": "6th generation (A34)", "year_start": 2004, "year_end": 2008, "platform_code": "A34 (Nissan FF-L, shared with Altima L31 / Quest V42)", "engines": [ "3.5L VQ35DE V6 (265 hp)" ], "transmissions": [ "5-speed automatic (RE5F22A, 2004-2006)", "6-speed manual (SE, 2004-2006)", "Xtronic CVT (JATCO JF010E, 2007-2008)" ], "known_issues": [ { "component": "Transmission", "description": "First Maxima use of the JATCO JF010E Xtronic CVT. Overheated fluid lets the steel push-belt slip on the pulleys, shedding metal debris; symptoms are judder, whine, delayed engagement and eventual loss of drive.", "affected_years": "2007-2008" }, { "component": "Engine", "description": "VQ35DE timing chain guide and tensioner wear producing cold-start rattle and, if ignored, chain jump. Subject of the Falco v. Nissan North America timing-chain class settlement.", "affected_years": "2004-2008" }, { "component": "Body", "description": "SkyView / panoramic glass roof water leaks into the headliner and A-pillar." } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Maxima", "https://www.valerolaw.com/news/2017/12/12/nissan-timing-chain-class-action-settlement", "https://gearboxinsider.com/blog/jatco-cvt-nissan-problems-fixes/" ] }, { "gen_label": "7th generation (A35)", "year_start": 2009, "year_end": 2014, "platform_code": "A35 (Nissan D platform)", "engines": [ "3.5L VQ35DE V6 (290 hp)" ], "transmissions": [ "Xtronic CVT (JATCO JF010E) — no manual or conventional automatic offered" ], "known_issues": [ { "component": "Transmission", "description": "JATCO JF010E Xtronic CVT failure is the dominant complaint. Fluid overheating causes belt-to-pulley slip and metal contamination, producing shudder, whine, hesitation and total loss of drive, often between 60,000 and 110,000 miles. Nissan reserved $590.5M to extend CVT coverage and class settlements extended affected warranties to 84 months / 84,000 miles.", "affected_years": "2009-2014" }, { "component": "Engine", "description": "VQ35DE timing chain wear (Falco v. Nissan settlement) and oil consumption." } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Maxima", "https://gearboxinsider.com/blog/jatco-cvt-nissan-problems-fixes/", "https://lemonlawhelp.com/blog/nissan-maxima-cvt-transmission-complaints/" ] }, { "gen_label": "8th generation (A36)", "year_start": 2016, "year_end": 2023, "platform_code": "A36 (Nissan D platform)", "engines": [ "3.5L VQ35DE V6 (300 hp)" ], "transmissions": [ "Xtronic CVT" ], "known_issues": [ { "component": "Transmission", "description": "Continued Xtronic CVT durability complaints — judder, shudder under light throttle, whine and loss of forward motion — though at lower reported rates than the A35 after cooling and control-software revisions.", "affected_years": "2016-2023" }, { "component": "Body", "description": "Panoramic moonroof glass shattering and water intrusion complaints." } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Maxima", "https://usa.nissannews.com/en-US/releases/release-91bad622089f42a29404105e7830f213-us-2015-nissan-maxima-press-kit" ] } ] }, { "make": "FORD", "model": "EXPEDITION", "notes": "Contiguous, no gaps, 1997 through present. Two boundaries deserve care. (1) The 2007-2017 third generation is unusually long — eleven model years — and contains a hard powertrain break: 5.4L Triton V8 through MY2014, 3.5L EcoBoost V6 from MY2015 with the 2015 facelift. For failure-mode analysis 2007-2014 and 2015-2017 behave like two different vehicles even though the platform (U324/U354) is one generation. (2) Sources disagree on whether the 2025 car is a true fifth generation or a very heavy redesign of the U553: Wikipedia and Ford's own marketing treat it as a new generation, but the T3 frame architecture and 3.5L EcoBoost/10R80 powertrain carry over. I have listed it as a separate generation because body, interior, electrical architecture and trim structure all changed, which is what matters for complaint grouping. Extended-length variants (Expedition EL 2007-2017, Expedition MAX 2018-2024) share the generation and its defects. Lincoln Navigator is the corporate twin throughout.", "generations": [ { "gen_label": "1st generation", "year_start": 1997, "year_end": 2002, "platform_code": "UN93 (derived from the PN96 F-150)", "engines": [ "4.6L Triton 2V SOHC V8 (215-232 hp)", "5.4L Triton 2V SOHC V8 (230-260 hp)" ], "transmissions": [ "4R70W 4-speed automatic", "4R100 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "Two-valve Triton spark plug ejection. The aluminum cylinder head carries only about four threads of engagement; plugs work loose under cylinder pressure and blow out, stripping the head threads and requiring insert repair or head replacement.", "affected_years": "1997-2002" }, { "component": "Cruise control / electrical", "description": "Texas Instruments speed control deactivation switch mounted on the master cylinder leaks brake fluid onto energized contacts, overheats and ignites — fires occur with the engine off and key out. Covered by Ford's large speed-control switch recall campaigns (05V-388 and successors).", "affected_years": "1997-2002" }, { "component": "Suspension", "description": "Rear air suspension air spring and compressor leaks causing rear-end sag and compressor burnout." } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Expedition", "https://www.cherishyourcar.com/ford-expedition-engine-problems/" ] }, { "gen_label": "2nd generation", "year_start": 2003, "year_end": 2006, "platform_code": "U222", "engines": [ "4.6L Triton 2V V8 (232 hp)", "5.4L Triton 2V V8 (260 hp, 2003-2004)", "5.4L Triton 3V V8 (300 hp, 2005-2006)" ], "transmissions": [ "4R70W 4-speed automatic", "4R75E 4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "Three-valve 5.4L two-piece spark plug design: the lower ground-shield section seizes in the head from carbon buildup and snaps off during removal, requiring specialized extraction and often head damage.", "affected_years": "2005-2006" }, { "component": "Engine", "description": "Variable cam timing phaser rattle. Oil-fed cam phasers lose control authority when hot idle oil pressure or oil condition degrades, producing a diesel-like rattle at cold start and idle, and can progress to timing chain and cam damage.", "affected_years": "2005-2006" }, { "component": "Suspension", "description": "Rear air suspension air spring and compressor failure (independent rear suspension introduced this generation)." } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Expedition", "https://www.cherishyourcar.com/ford-expedition-engine-problems/" ] }, { "gen_label": "3rd generation", "year_start": 2007, "year_end": 2017, "platform_code": "U324 (standard) / U354 (EL extended)", "engines": [ "5.4L Triton 3V SOHC V8 (310 hp, 2007-2014)", "3.5L EcoBoost twin-turbo V6 (365-380 hp, 2015-2017)" ], "transmissions": [ "6R75 6-speed automatic (2007-2014)", "6R80 6-speed automatic (2009-2017)" ], "known_issues": [ { "component": "Engine", "description": "5.4L 3V cam phaser rattle and timing chain/tensioner wear — oil starvation to the top end at cold start wears the phasers, producing the characteristic rattle; replacement often does not hold and the common field fix is locking out the variable cam timing.", "affected_years": "2007-2014" }, { "component": "Engine", "description": "5.4L 3V two-piece spark plugs seizing and breaking off in the cylinder head during service.", "affected_years": "2007-2008 (design revised on later 3V heads)" }, { "component": "Engine", "description": "3.5L EcoBoost timing chain stretch and cam phaser wear, plus turbocharger and intercooler condensation-related misfires under sustained load.", "affected_years": "2015-2017" }, { "component": "Suspension", "description": "Rear load-leveling air suspension compressor and air spring failure." } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Expedition", "https://www.cherishyourcar.com/ford-expedition-engine-problems/", "https://www.fordf150.net/forums/viewtopic.php?t=124651" ] }, { "gen_label": "4th generation", "year_start": 2018, "year_end": 2024, "platform_code": "U553 (Ford T3 frame, aluminum body)", "engines": [ "3.5L EcoBoost twin-turbo V6 (375 hp / 400 hp Platinum; 440 hp Timberline and later)" ], "transmissions": [ "10R80 10-speed automatic (SelectShift)" ], "known_issues": [ { "component": "Transmission", "description": "10R80 10-speed automatic harsh and erratic shifting, clunk on the 4-5 and 6-7 changes, and torque converter lockup shudder. Addressed through repeated PCM/TCM recalibrations rather than hardware.", "affected_years": "2018-2020" }, { "component": "Engine / fire risk", "description": "Under-hood fires traced to the engine compartment on 3.5L EcoBoost Expedition and Navigator, prompting a Ford recall with an interim advice to park outdoors and a revised under-hood harness/battery routing remedy.", "affected_years": "2021-2023" }, { "component": "Electrical", "description": "Battery drain and stop/start system faults on early build years." } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Expedition", "https://www.cherishyourcar.com/ford-expedition-engine-problems/" ] }, { "gen_label": "5th generation", "year_start": 2025, "year_end": 2025, "platform_code": "U724 / U725 (Ford T3 frame, carried over from U553)", "engines": [ "3.5L EcoBoost twin-turbo V6 (400 hp / 480 lb-ft — Active, King Ranch, Platinum)", "3.5L EcoBoost twin-turbo V6 (440 hp / 510 lb-ft — Tremor)" ], "transmissions": [ "10-speed automatic" ], "known_issues": [ { "component": "General", "description": "Too new for an established systemic defect pattern; complaint volume is dominated by first-year build and infotainment/electrical items rather than confirmed mechanical failure modes.", "affected_years": "2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Expedition", "https://fordauthority.com/fmc/ford/ford-expedition/2025-ford-expedition/", "https://www.autoevolution.com/ford/expedition/" ] } ] }, { "make": "HONDA", "model": "PILOT", "notes": "Contiguous, no gaps. All generations are US-market vehicles designed primarily for North America, so no US-vs-global split issue. Two mid-generation powertrain changes matter more than the facelifts: (1) MY2006 added Variable Cylinder Management to FWD first-generation Pilots, and (2) within the third generation the transmission is split by trim — 6-speed automatic on lower trims and ZF 9-speed on Touring/Elite for 2016-2020, with the 9-speed becoming standard across all trims for 2021-2022. That trim split means MY2016-2020 complaint records must be separated by transmission, not just by year. The fourth generation dropped cylinder deactivation entirely.", "generations": [ { "gen_label": "1st generation", "year_start": 2003, "year_end": 2008, "platform_code": "YF1 / YF2 (Honda Global Midsize, shared with Odyssey RL3 and Acura MDX YD1)", "engines": [ "3.5L J35A4 / J35A6 SOHC VTEC V6 (240-244 hp)", "3.5L J35A9 V6 with Variable Cylinder Management (FWD, 2006-2008)" ], "transmissions": [ "5-speed automatic (Honda BAYA / B7XA family)" ], "known_issues": [ { "component": "Transmission", "description": "Honda 5-speed automatic torque converter lockup clutch judder and third-gear clutch failure — the same defect family that drove Honda's V6 automatic warranty extensions of that era. Symptoms are shudder at light throttle around 40-50 mph followed by slipping and failure.", "affected_years": "2003-2004" }, { "component": "Engine", "description": "J35 timing belt is a scheduled-replacement item (not a chain); belt or tensioner neglect on this interference engine causes catastrophic valve-to-piston contact." }, { "component": "Steering", "description": "Power steering pump and high-pressure hose leaks producing whine and fluid loss." } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Pilot", "https://hondanews.com/en-US/honda-automobiles/releases/release-1503019bd8a757ea08267d79442a6dbd-honda-pilot-timeline-and-milestones" ] }, { "gen_label": "2nd generation", "year_start": 2009, "year_end": 2015, "platform_code": "YF3 / YF4", "engines": [ "3.5L J35Z4 SOHC VTEC V6 (250 hp) with Variable Cylinder Management" ], "transmissions": [ "5-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "Variable Cylinder Management-related excessive oil consumption and spark plug fouling. Running on three cylinders wears the piston rings on the deactivated bank, oil enters the combustion chamber, plugs foul and misfire codes set. Honda issued warranty extensions covering spark plug fouling and piston-ring wear on VCM-equipped J35 engines and settled related class litigation.", "affected_years": "2009-2013" }, { "component": "Engine mounts", "description": "Active/hydraulic engine mount failure producing heavy vibration in VCM three-cylinder mode." } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Pilot", "https://carbuzz.com/honda-pilot-best-years-worst-years/" ] }, { "gen_label": "3rd generation", "year_start": 2016, "year_end": 2022, "platform_code": "YF5 / YF6", "engines": [ "3.5L J35Y6 direct-injected SOHC V6 (280 hp) with Variable Cylinder Management and idle stop" ], "transmissions": [ "6-speed automatic (LX/EX/EX-L/Sport, 2016-2020)", "ZF 9HP48 9-speed automatic (Touring/Elite 2016-2020; standard on all trims 2021-2022)" ], "known_issues": [ { "component": "Transmission", "description": "ZF 9-speed (9HP48) low-speed jerkiness, hesitation from a stop, harsh 1-2 and 2-3 engagement and erratic gear selection with the electronic push-button shifter. Honda addressed it with successive TCM software recalibrations rather than hardware; early build years are the worst. Only Touring and Elite trims carried the 9-speed until 2021.", "affected_years": "2016-2018 worst; 9-speed present 2016-2022" }, { "component": "Engine", "description": "Direct-injection fuel injector failure and carbon buildup on intake valves; VCM-related oil dilution and consumption complaints continue from the previous generation.", "affected_years": "2016-2019" }, { "component": "Electrical", "description": "Idle-stop (auto start-stop) restart faults and infotainment/head-unit freezing and reboot complaints." } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Pilot", "https://www.hondainfocenter.com/2022/Pilot/Feature-Guide/Engine-Chassis-Features/9-Speed-Automatic-Transmission-with-Paddle-Shifters/", "https://www.odyclub.com/threads/which-honda-pilots-do-not-have-the-9-speed-zf-odyssey-jerking-transmission.376093/" ] }, { "gen_label": "4th generation", "year_start": 2023, "year_end": 2025, "platform_code": "YG1 / YG2", "engines": [ "3.5L J35Y8 V6 (285 hp) — cylinder deactivation (VCM) deleted" ], "transmissions": [ "10-speed automatic (Honda in-house)" ], "known_issues": [ { "component": "General", "description": "Too new for an established systemic defect pattern. Early complaint clusters concern 10-speed shift quality and infotainment/electrical behavior rather than confirmed mechanical failure modes. Notably, dropping VCM removes the oil-consumption mechanism that defined the two prior generations.", "affected_years": "2023-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Pilot", "https://www.jdpower.com/cars/history/honda/pilot" ] } ] }, { "make": "CHEVROLET", "model": "COBALT", "notes": "Single generation only — the Cobalt existed for exactly six model years, 2005 through 2010, and the NHTSA span matches it exactly. It replaced the Cavalier and was replaced by the Cruze for MY2011. There is no second generation and no gap. The unrelated Chevrolet Cobalt sold in Latin America and Russia from 2011 is a different vehicle (Gamma II sedan) and does not appear in US NHTSA data. Platform twins whose complaint patterns mirror the Cobalt's: Pontiac G5/Pursuit, Pontiac G4, Saturn Ion (Delta), HHR (ignition switch and EPS recalls overlap). This nameplate has an extraordinarily high complaint-per-vehicle rate because of the ignition switch scandal, so raw complaint counts for 2005-2010 are inflated by recall publicity — worth flagging on the page.", "generations": [ { "gen_label": "1st (only) generation", "year_start": 2005, "year_end": 2010, "platform_code": "GM Delta (GMX001)", "engines": [ "2.2L Ecotec L61 I4 (145 hp, 2005-2007)", "2.2L Ecotec LAP I4 (155 hp, 2008-2010)", "2.4L Ecotec LE5 I4 (171-173 hp, 2008-2010)", "2.0L Ecotec LSJ supercharged I4 (205 hp, SS, 2005-2007)", "2.0L Ecotec LNF turbocharged I4 (260 hp, SS, 2008-2010)" ], "transmissions": [ "4T45-E 4-speed automatic", "Getrag F23 5-speed manual", "F35 5-speed manual (SS turbo)" ], "known_issues": [ { "component": "Ignition switch", "description": "The ignition switch detent plunger and spring provide insufficient torque to hold the key in RUN. Knee contact with the key ring, a heavy key fob, or a rough road can rotate the key to ACCESSORY or OFF, shutting off the engine and with it power steering and power brake assist, and — critically — disabling the airbag system so it will not deploy in the ensuing crash. GM recall 14V-047 (February 2014) covered 2005-2010 Cobalt; NHTSA fined GM $35 million for concealing the defect for roughly a decade. Thirteen deaths were initially acknowledged; the victim compensation fund ultimately recognized 124.", "affected_years": "2005-2010" }, { "component": "Steering", "description": "Electric power steering (EPS) motor and torque sensor failure causing sudden total loss of steering assist at any speed, with steering effort spiking without warning. NHTSA recall 10V-073 (2010), expanded under 14V-153, covering roughly 1.3 million Cobalt and Pontiac G5 vehicles.", "affected_years": "2005-2010" }, { "component": "Engine", "description": "Ecotec timing chain stretch on the 2.2L and 2.4L, announced by a cold-start rattle and setting cam/crank correlation codes; often driven by excessive oil consumption and PCV-system oil carryover that lets the chain run dry.", "affected_years": "2008-2010 (2.4L LE5 and 2.2L LAP)" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Cobalt", "https://repairpal.com/recall/10V073000", "https://www.aboutlawsuits.com/gm-recall-chevrolet-cobalt-pontaic-vehicles-8640/", "https://static.nhtsa.gov/odi/rcl/2010/RCRIT-10V073-8844.pdf" ] } ] }, { "make": "TOYOTA", "model": "TACOMA", "notes": "Contiguous, no gaps. US model-year boundaries: 1995-2004, 2005-2015, 2016-2023, 2024-present. The one commonly misremembered boundary is the third-to-fourth: the fourth-generation N400 started production in December 2023 but is a MY2024 vehicle, so MY2023 is the last third-generation year — several sources loosely say '2023' for the new truck because of the reveal date. Note also that the second generation is unusually long (eleven model years) with a substantial 2012 facelift that is not a new generation. The Tacoma's dominant historical failure mode is not powertrain but structural: frame corrosion, addressed through two separate Toyota programs covering 1995-2004 and 2005-2010.", "generations": [ { "gen_label": "1st generation", "year_start": 1995, "year_end": 2004, "platform_code": "N140-N190 (RZN/VZN/TRN codes)", "engines": [ "2.4L 2RZ-FE I4 (142 hp)", "2.7L 3RZ-FE I4 (150 hp)", "3.4L 5VZ-FE V6 (190 hp)" ], "transmissions": [ "5-speed manual (W59 / R150F)", "4-speed automatic (A340E / A340F)" ], "known_issues": [ { "component": "Frame / structure", "description": "Frame rail rust-through and perforation from inadequate rustproofing, severe enough that frames could separate. Toyota created a 15-year unlimited-mileage corrosion warranty covering more than 800,000 trucks, with frame replacement or vehicle buyback; coverage originally announced for 1995-2000 and later extended to 2001-2004.", "affected_years": "1995-2004" }, { "component": "Suspension", "description": "Front lower ball joint wear leading to separation and loss of steering control — the subject of Toyota ball-joint recall activity spanning the late first generation into the early second generation.", "affected_years": "2001-2004" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Tacoma" ] }, { "gen_label": "2nd generation", "year_start": 2005, "year_end": 2015, "platform_code": "N220-N270 (shares architecture with 4Runner N210/N280 and FJ Cruiser)", "engines": [ "2.7L 2TR-FE I4 (159-164 hp)", "4.0L 1GR-FE V6 (236-245 hp)" ], "transmissions": [ "5-speed manual (I4)", "6-speed manual (V6, R151F)", "4-speed automatic (I4)", "5-speed automatic (A750F, V6)" ], "known_issues": [ { "component": "Frame / structure", "description": "Frame corrosion again. A November 2016 class settlement required Toyota to inspect and, where necessary, replace rusted frames on 2005-2010 model year Tacomas, with a 12-year inspection program.", "affected_years": "2005-2010" }, { "component": "Suspension", "description": "Rear leaf spring leaf fracture; a broken leaf can move rearward and puncture the fuel tank, creating a fire and loss-of-control risk. Toyota recall coverage on 2005-2010 trucks.", "affected_years": "2005-2010" }, { "component": "Suspension", "description": "Front lower ball joint separation recall covering the early second generation.", "affected_years": "2005-2008" }, { "component": "Steering", "description": "Steering intermediate shaft and rack clunk/looseness, a very high-frequency complaint across the generation." } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Tacoma", "https://parts.olathetoyota.com/blog/common-tacoma-complaints" ] }, { "gen_label": "3rd generation", "year_start": 2016, "year_end": 2023, "platform_code": "N300", "engines": [ "2.7L 2TR-FE I4 (159 hp)", "3.5L 2GR-FKS V6 (278 hp), D-4S port + direct injection, Atkinson-cycle operation at cruise" ], "transmissions": [ "6-speed automatic (AC60F / AC60E)", "6-speed manual (V6)" ], "known_issues": [ { "component": "Transmission", "description": "Six-speed automatic gear hunting, harsh and delayed downshifts, and torque converter lockup shudder — the single largest complaint cluster for this generation. Toyota issued multiple TSBs, four of them transmission-related, and repeated control-software reflashes. The Atkinson-cycle 2GR-FKS's narrow low-rpm torque band aggravates the hunting behavior.", "affected_years": "2016-2018 worst; complaints continue through 2019" }, { "component": "Rear axle", "description": "Rear differential oil leak at the carrier-to-axle-housing joint from insufficiently torqued fastening nuts. Continued operation can damage or seize the differential and lock the rear wheels. Recall covered essentially all 2016-2017 Tacomas, roughly 228,000 US trucks; remedy is re-torque or nut and gasket replacement, with carrier assembly replacement where damaged.", "affected_years": "2016-2017" }, { "component": "Body", "description": "Rear leaf spring and bed/frame corrosion complaints continue, though at lower rates than the prior generation." } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Tacoma", "https://toyota.oemdtc.com/214/safety-recall-h0g-rear-differential-leak-2016-2017-toyota-tacoma/", "https://www.torquenews.com/1083/toyota-recalling-virtually-all-2016-and-2017-tacomas-rear-wheels-may-lock", "https://pickuptrucktalk.com/2019/02/toyota-tacoma-engine-transmission-issues/" ] }, { "gen_label": "4th generation", "year_start": 2024, "year_end": 2025, "platform_code": "N400 (TNGA-F)", "engines": [ "2.4L T24A-FTS turbocharged I4 (228-278 hp)", "2.4L i-FORCE MAX turbocharged hybrid I4 (326 hp)" ], "transmissions": [ "8-speed automatic (AC80)", "6-speed manual (iMT, available on selected TRD trims)" ], "known_issues": [ { "component": "General", "description": "Too new for an established systemic defect pattern. First-generation-of-a-new-architecture caveats apply: entirely new turbocharged four-cylinder and hybrid powertrain, new 8-speed automatic and coil-spring rear suspension on some trims. Treat 2024-2025 complaint data as early-build noise until volume accumulates.", "affected_years": "2024-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Tacoma", "https://www.jdpower.com/cars/new-car-previews/2024-toyota-tacoma-preview", "https://www.tacoma4g.com/insider-production-start-for-4th-gen-toyota-tacoma-remains-december-2023/" ] } ] }, { "make": "GMC", "model": "SIERRA 1500", "notes": "CRITICAL DATA HAZARD — three carryover overlaps where two different trucks share one model year under one nameplate. (1) MY1999-2000: the outgoing GMT400 was sold alongside the new GMT800 as the 'Sierra Classic' (1500 Classic 1999 only, then 2500/3500 for 2000). (2) MY2007: the GMT800 continued as 'Sierra Classic' alongside the new GMT900. (3) MY2019: the K2XX continued as 'Sierra Limited' alongside the new T1XX. In each case NHTSA records for that model year can contain either truck, so any 1999, 2007 or 2019 grouping must be treated as mixed unless VIN-decoded. I have kept the generation list contiguous and non-overlapping (splitting at 1999, 2007, 2014, 2019) and flagged the carryovers here rather than creating overlapping ranges. The NHTSA 'SIERRA 1500' nameplate begins at MY1999; the 1996-1998 GMT400 trucks are usually filed under 'SIERRA' or 'C/K 1500' and I have listed that generation for completeness. Chevrolet Silverado 1500 is the mechanical twin throughout and shares every failure mode listed.", "generations": [ { "gen_label": "GMT400 (4th-gen C/K, predecessor)", "year_start": 1996, "year_end": 1998, "platform_code": "GMT400", "engines": [ "4.3L Vortec V6", "5.0L / 5.7L Vortec V8", "6.5L Detroit Diesel V8" ], "transmissions": [ "4L60-E 4-speed automatic", "4L80-E 4-speed automatic", "5-speed manual (NV3500)" ], "known_issues": [ { "component": "Fuel system", "description": "Central port / spider injection (CSFI) poppet-nozzle leakage on Vortec V6 and V8 engines causing hard starting, rough running and raw fuel in the intake." }, { "component": "Transmission", "description": "4L60-E 3-4 clutch pack burnout, the classic failure of this transmission family." } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Sierra", "https://gmtcentral.com/gmt800-gmc-sierra-1500/" ] }, { "gen_label": "1st generation Sierra (GMT800)", "year_start": 1999, "year_end": 2006, "platform_code": "GMT800", "engines": [ "4.3L Vortec LU3 V6", "4.8L Vortec LR4 V8", "5.3L Vortec LM7 / L59 V8", "6.0L Vortec LQ4 / LQ9 V8 (Denali, AWD)" ], "transmissions": [ "4L60-E 4-speed automatic", "4L65-E 4-speed automatic", "5-speed manual (NV3500)" ], "known_issues": [ { "component": "Instrument cluster", "description": "Instrument cluster stepper motor (gauge motor) failure causing erratic, sticking or dead speedometer, tachometer and fuel gauge. So widespread GM issued a warranty extension on the cluster.", "affected_years": "2003-2006" }, { "component": "Transmission", "description": "4L60-E / 4L65-E 3-4 clutch pack failure producing slipping on the 3-4 shift and eventual loss of drive." }, { "component": "Fuel system", "description": "Fuel level sending unit failure from sulfur deposits on the sender card, giving false or stuck fuel readings." }, { "component": "Drivetrain", "description": "Transfer case encoder motor failure on 4WD/AWD models causing shift-mode failure and stuck-in-neutral conditions." } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Sierra", "https://gmtcentral.com/gmt800-gmc-sierra-1500/", "https://en.wikipedia.org/wiki/GMT800" ] }, { "gen_label": "2nd generation Sierra (GMT900)", "year_start": 2007, "year_end": 2013, "platform_code": "GMT900", "engines": [ "4.3L Vortec V6", "4.8L Vortec LY2 V8", "5.3L Vortec LMG / LC9 / LH6 V8 with Active Fuel Management", "6.0L L76 V8 / L9H hybrid V8", "6.2L L92 / L9H V8 (Denali)" ], "transmissions": [ "4L60-E / 4L70-E 4-speed automatic", "6L80-E 6-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "Active Fuel Management (AFM) excessive oil consumption on Gen IV 5.3L V8s. The AFM oil pressure relief valve in the crankcase sprays oil onto the cylinder walls while worn low-tension piston rings fail to control it; the result is oil burn of roughly a quart per 1,500-2,000 miles, fouled spark plugs on the deactivated cylinders, and collapsed AFM lifters that wipe camshaft lobes. Subject of the Sloan v. GM and Siqueiros v. GM class actions.", "affected_years": "2007-2013 (5.3L AFM engines)" }, { "component": "Brakes", "description": "Brake and fuel line corrosion perforation on salt-belt trucks, a very high-frequency NHTSA complaint category for this generation." }, { "component": "Transmission", "description": "6L80-E torque converter and valve body wear producing harsh shifts and shudder." } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Sierra", "https://gmauthority.com/blog/2021/06/general-motors-hit-with-class-action-lawsuit-over-2-4l-engine-oil-consumption/" ] }, { "gen_label": "3rd generation Sierra (K2XX)", "year_start": 2014, "year_end": 2018, "platform_code": "K2XX (GMT K2XX)", "engines": [ "4.3L EcoTec3 LV3 V6", "5.3L EcoTec3 L83 V8", "6.2L EcoTec3 L86 V8 (all direct-injected with Active Fuel Management)" ], "transmissions": [ "6L80 6-speed automatic", "8L90 8-speed automatic (6.2L from 2015, 5.3L from 2016)" ], "known_issues": [ { "component": "Transmission", "description": "8L90 eight-speed torque converter shudder. Dexron VI fluid degrades and loses friction stability, producing a chuggle or shudder at light throttle around 25-60 mph plus harsh 2-3 and 3-4 shifts and clunks. GM issued repeated TSBs, eventually moving to Mobil 1 Synthetic LV ATF HP; a class action over the 8-speed reached settlement in 2023.", "affected_years": "2015-2018" }, { "component": "Engine", "description": "AFM lifter collapse on L83 and L86 V8s. A deactivating lifter fails to re-extend, causing a dead cylinder, misfire codes and wiped camshaft lobes; usually accompanied by elevated oil consumption.", "affected_years": "2014-2018" }, { "component": "Engine", "description": "Excessive oil consumption on early direct-injected 5.3L trucks, tied to the AFM system and piston ring design.", "affected_years": "2014-2016" } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Sierra", "https://gmauthority.com/blog/2025/04/chevy-silverado-gmc-sierra-recalled-for-6-2l-v8-engine-loss-of-propulsion/" ] }, { "gen_label": "4th generation Sierra (T1XX)", "year_start": 2019, "year_end": 2025, "platform_code": "T1XX (GMT T1XX)", "engines": [ "4.3L LV3 V6", "2.7L L3B turbocharged I4 (TurboMax)", "5.3L L84 V8 with Dynamic Fuel Management", "6.2L L87 V8 with Dynamic Fuel Management", "3.0L LM2 / LZ0 Duramax turbo-diesel I6" ], "transmissions": [ "6L80 6-speed automatic", "8L90 8-speed automatic", "10L80 10-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "6.2L L87 V8 connecting rod and crankshaft bearing failure. Manufacturing defects — sediment embedded on connecting rods and contamination in crankshaft oil galleries — overload the bearings, causing knock, seizure and in some cases a connecting rod breach through the block, with sudden loss of propulsion. GM recalled roughly 600,000 US vehicles in April 2025 covering 2021-2024 Sierra 1500, Silverado 1500, Tahoe, Suburban, Yukon and Escalade; NHTSA's investigation scoped as many as 877,710 vehicles. Remedy is inspection, then either engine replacement or an oil filter change plus a switch from 0W-20 to eight quarts of 0W-40 synthetic. MY2025 vehicles are excluded.", "affected_years": "2021-2024 (6.2L L87)" }, { "component": "Engine", "description": "Dynamic Fuel Management (DFM) lifter failure on the 5.3L L84 and 6.2L L87, the successor mechanism to the earlier AFM lifter problem — collapsed lifter, dead cylinder, camshaft lobe damage.", "affected_years": "2019-2024" }, { "component": "Transmission", "description": "10L80 ten-speed harsh shifting, clunk and torque converter shudder; 8L90 shudder complaints continue on 8-speed trucks.", "affected_years": "2019-2022" } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Sierra", "https://gmauthority.com/blog/2025/04/chevy-silverado-gmc-sierra-recalled-for-6-2l-v8-engine-loss-of-propulsion/", "https://www.thedrive.com/news/gm-issues-stop-sale-ahead-of-recall-for-blown-6-2l-v8s-in-some-2021-2024-trucks-and-suvs", "https://gmauthority.com/blog/2025/04/heres-why-gm-6-2l-v8-recall-doesnt-apply-to-2025-model-year-vehicles/" ] } ] }, { "make": "MAZDA", "model": "MAZDA3", "notes": "US-vs-global note: US model-year boundaries run one year behind the global launch years, which is the single most common source of error here. The BK launched globally in 2003 but is MY2004-2009 in the US; the BL launched in 2008 but is MY2010-2013 in the US; the BM launched in 2013 but is MY2014-2018 in the US; the BP is MY2019-present in both. Use the US boundaries. Contiguous, no gaps. The most important mid-generation change is inside the BL: for MY2012-2013 the US car switched to the SkyActiv-G 2.0 with SkyActiv-Drive 6-speed automatic or SkyActiv-MT 6-speed manual, replacing the MZR engines and 5-speed transmissions — the 2010-2011 and 2012-2013 BL cars have materially different powertrain failure profiles despite being one generation. Mazdaspeed3 (2007-2009 BK, 2010-2013 BL) is a high-output variant within its generation, not a separate one. The 'MAZDA3' nameplate replaced the Protegé; NHTSA data begins 2004 accordingly.", "generations": [ { "gen_label": "1st generation (BK)", "year_start": 2004, "year_end": 2009, "platform_code": "BK (Ford C1 / Mazda global C platform, shared with Ford Focus Mk2 and Volvo S40)", "engines": [ "2.0L MZR LF I4 (148 hp)", "2.3L MZR L3 I4 (156-160 hp)", "2.3L MZR DISI turbo I4 (263 hp, Mazdaspeed3 2007-2009)" ], "transmissions": [ "5-speed manual", "4-speed automatic (2.0L, 2004-2006)", "5-speed automatic (2.3L)", "6-speed manual (Mazdaspeed3)" ], "known_issues": [ { "component": "Body / corrosion", "description": "Rear wheel arch and rocker panel rust perforation on salt-belt cars, often visible before 8 years of age — the defining durability complaint for this generation.", "affected_years": "2004-2009" }, { "component": "Electrical", "description": "Clock spring failure in the steering column causing airbag warning lights, inoperative horn and dead steering wheel controls." }, { "component": "Airbags", "description": "Takata inflator recalls cover a large share of this generation." } ], "sources": [ "https://en.wikipedia.org/wiki/Mazda3", "https://www.carparts.com/blog/mazda-3-reliability-and-common-problems/" ] }, { "gen_label": "2nd generation (BL)", "year_start": 2010, "year_end": 2013, "platform_code": "BL", "engines": [ "2.0L MZR LF I4 (148 hp, 2010-2011)", "2.5L MZR L5 I4 (167 hp)", "2.3L MZR DISI turbo I4 (263 hp, Mazdaspeed3)", "2.0L SkyActiv-G I4 (155 hp, 2012-2013)" ], "transmissions": [ "5-speed manual", "5-speed automatic", "6-speed manual (Mazdaspeed3)", "SkyActiv-MT 6-speed manual (2012-2013)", "SkyActiv-Drive 6-speed automatic (2012-2013)" ], "known_issues": [ { "component": "Powertrain (generation split)", "description": "Major mid-generation powertrain change: MY2012-2013 replaced the 2.0L MZR and its 5-speed transmissions with the SkyActiv-G 2.0 and SkyActiv 6-speed manual/automatic. Complaint patterns for 2010-2011 and 2012-2013 should not be pooled.", "affected_years": "2012-2013" }, { "component": "Electrical", "description": "Clock spring and traction control module faults; door lock actuator failures." }, { "component": "Body / corrosion", "description": "Continued rear arch and subframe corrosion complaints in salt-belt states, though reduced versus the BK." } ], "sources": [ "https://en.wikipedia.org/wiki/Mazda3", "https://www.carparts.com/blog/mazda-3-reliability-and-common-problems/" ] }, { "gen_label": "3rd generation (BM / BN)", "year_start": 2014, "year_end": 2018, "platform_code": "BM (2014-2016), BN (2017-2018 facelift)", "engines": [ "2.0L SkyActiv-G I4 (155 hp)", "2.5L SkyActiv-G I4 (184 hp)" ], "transmissions": [ "SkyActiv-MT 6-speed manual", "SkyActiv-Drive 6-speed automatic" ], "known_issues": [ { "component": "Infotainment", "description": "Mazda Connect TFT display delamination and ghost-touch behavior — the screen changes stations or navigation input on its own while the car is stationary. Replacement is expensive when not covered by goodwill.", "affected_years": "2014-2016" }, { "component": "Brakes", "description": "Water entry into the rear brake caliper corrodes the electric parking brake actuator shaft, which can bind and leave the parking brake applied or inoperative. Recall covering certain 2014-2016 cars. Separately, premature rear brake pad and rotor wear is a high-frequency complaint.", "affected_years": "2014-2016" }, { "component": "Fuel system", "description": "Fuel tank shut-off valve can allow liquid fuel into the evaporative emissions system, creating a leak and fire risk. Recall covering certain 2015-2016 cars.", "affected_years": "2015-2016" }, { "component": "Engine", "description": "Incorrectly manufactured exhaust valve springs that may fracture in service, causing engine stall. Recall covering certain 2018 cars. Separately, front timing cover oil seepage and intake valve carbon deposits from direct injection with PCV oil carryover.", "affected_years": "2018 (valve spring recall); 2014-2018 (carbon/oil seepage)" } ], "sources": [ "https://en.wikipedia.org/wiki/Mazda3", "https://www.samarins.com/reviews/mazda3-2018.html", "https://automotive24.center/article/real-drawbacks-common-issues-of-the-mazda-3-iii-bm-bn-2013-2019-what-every-used-car-buyer-in-the-us-should-know" ] }, { "gen_label": "4th generation (BP)", "year_start": 2019, "year_end": 2025, "platform_code": "BP (Mazda Skyactiv-Vehicle Architecture)", "engines": [ "2.0L SkyActiv-G I4 (155 hp, 2019-2020 base)", "2.5L SkyActiv-G I4 (186 hp) with cylinder deactivation", "2.5L SkyActiv-G Turbo I4 (227 hp on 87 octane / 250 hp on 93 octane, 2021+)" ], "transmissions": [ "SkyActiv-MT 6-speed manual", "SkyActiv-Drive 6-speed automatic", "i-ACTIV AWD available" ], "known_issues": [ { "component": "Engine", "description": "Excessive oil consumption attributed to valve stem seals on certain turbocharged cars, the subject of a class-action settlement.", "affected_years": "2021 (2.5L turbo)" }, { "component": "Electrical / lighting", "description": "Automatic lighting system malfunction warnings, reported particularly under high ambient temperature; i-stop (idle stop) software fault where the engine may fail to restart after entering idle-stop mode, addressed by recall/software campaign.", "affected_years": "2019-2022" }, { "component": "Transmission control", "description": "Transmission control module faults producing drivetrain malfunction warnings and limp-home behavior." } ], "sources": [ "https://en.wikipedia.org/wiki/Mazda3", "https://www.mazda3revolution.com/threads/recall-for-mazda-i-stop-for-bp-mazda-3.237809/", "https://carbuzz.com/mazda-3-sedan-generations-ranked-by-reliability/" ] } ] }, { "make": "VOLKSWAGEN", "model": "PASSAT", "notes": "THE MOST US-vs-GLOBAL DIVERGENT MODEL IN THIS SET — two hard traps. (1) GAP: there was no MY2011 Passat in the United States. The B6 ended with MY2010 and the Chattanooga-built NMS began with MY2012. Europe received the B7 (a B6 facelift) for 2011-2014; the US never got it. Do not bridge 2010 to 2012. (2) The 2012-2022 US Passat ('NMS', New Midsize Sedan) is a North America-specific vehicle built in Chattanooga on a stretched PQ46-derived platform. It is NOT the European B7 or B8 Passat and shares almost nothing with them beyond the badge — merging US and European Passat data would be a serious error. (3) B5 vs B5.5: enthusiasts split these, but the mid-2000 B5.5 change was a facelift on the same longitudinal PL45 platform, so per the platform rule I have kept 1998-2005 as one generation and noted the split. Sources also disagree on the US B4 window; VW of America sold the B4 for MY1995-1997 with the B5 arriving for MY1998. Final US model year is 2022, closed out by a Limited Edition run of 1,973 cars.", "generations": [ { "gen_label": "B4", "year_start": 1995, "year_end": 1997, "platform_code": "B4 (heavily facelifted B3; VW A3-related)", "engines": [ "2.0L ABA I4 (115 hp)", "2.8L AAA VR6 (172 hp)", "1.9L 1Z TDI diesel (90 hp)" ], "transmissions": [ "5-speed manual", "01M 4-speed automatic" ], "known_issues": [ { "component": "Transmission", "description": "01M four-speed automatic valve body and clutch pack failure, a chronic VW/Audi transverse automatic problem of this era." }, { "component": "Cooling system", "description": "Plastic coolant flange and thermostat housing cracking causing coolant loss and overheating." }, { "component": "Body / electrical", "description": "Window regulator cable failure and wiring harness insulation degradation." } ], "sources": [ "https://en.wikipedia.org/wiki/Volkswagen_Passat_(B4)", "https://media.vw.com/releases/1337" ] }, { "gen_label": "B5 / B5.5", "year_start": 1998, "year_end": 2005, "platform_code": "PL45 (VW B5, longitudinal engine, shared with Audi B5 A4)", "engines": [ "1.8L 20v turbo I4 (AEB/ATW/AWM, 150 hp)", "2.8L 30v V6 (AHA/ATQ, 190 hp)", "4.0L W8 (275 hp, 2002-2004)", "2.0L BHW TDI diesel (134 hp, 2004-2005)" ], "transmissions": [ "5-speed manual", "6-speed manual (W8 and V6 4Motion)", "01V 5-speed Tiptronic automatic" ], "known_issues": [ { "component": "Engine", "description": "1.8T oil sludge / oil gelling. Undersized oil drainback passages plus conventional oil and long intervals let sludge form, starving the turbo and bearings and destroying the engine. VW issued an extended warranty and settlement covering 1.8T engines from roughly 1997-2004.", "affected_years": "1998-2004 (1.8T)" }, { "component": "Ignition", "description": "Ignition coil pack failure causing sudden misfire and limp mode; multiple VW recall and extended-coverage campaigns.", "affected_years": "2001-2005" }, { "component": "Body", "description": "Window regulator cable failure — the glass drops into the door. Extremely high-frequency complaint." }, { "component": "Engine (W8)", "description": "W8 timing chain and chain tensioner complexity with very high repair cost and low parts availability; four camshaft chains driven off the crank.", "affected_years": "2002-2004" }, { "component": "Powertrain (mid-cycle note)", "description": "The mid-2000 B5.5 facelift (US MY2001.5 onward) brought a new dashboard, revised body panels and engine changes on the same PL45 platform. Enthusiast sources treat B5 and B5.5 as separate; the platform did not change, so it is one generation here." } ], "sources": [ "https://en.wikipedia.org/wiki/Volkswagen_Passat_(B5)", "https://media.vw.com/releases/1337", "https://www.conceptcarz.com/a37604/history-volkswagen-passat-us.aspx" ] }, { "gen_label": "B6", "year_start": 2006, "year_end": 2010, "platform_code": "PQ46 (transverse engine — a fundamental architecture change from the longitudinal B5)", "engines": [ "2.0L FSI/TSI turbo I4 (BPY 200 hp, later CCTA 200 hp)", "3.6L VR6 (280 hp)" ], "transmissions": [ "6-speed manual", "6-speed Tiptronic automatic (09G)", "6-speed DSG (DQ250, VR6 4Motion)" ], "known_issues": [ { "component": "Engine (2.0L FSI)", "description": "High-pressure fuel pump cam follower wear-through. The bucket follower riding the intake camshaft lobe wears through, then the pump plunger machines the camshaft lobe, filling the engine with metal. Requires camshaft and often HPFP replacement; inspection interval became a de facto maintenance item.", "affected_years": "2006-2008 (BPY 2.0 FSI)" }, { "component": "Engine", "description": "Timing chain tensioner failure on the 2.0T allowing chain slack and valve-to-piston contact; carbon buildup on intake valves inherent to early direct injection without port injection." }, { "component": "Body / electrical", "description": "Blocked sunroof drains flood the driver footwell and soak the comfort control module and other under-carpet electronics, producing seemingly random electrical faults. One of the most-reported B6 problems." }, { "component": "Brakes", "description": "ABS control module failure causing ABS/ESP warning lights and loss of stability control." } ], "sources": [ "https://en.wikipedia.org/wiki/Volkswagen_Passat", "https://media.vw.com/releases/1337" ] }, { "gen_label": "NMS (North American Passat)", "year_start": 2012, "year_end": 2022, "platform_code": "NMS (stretched PQ46-derived; Chattanooga Assembly)", "engines": [ "2.5L I5 MPI (170 hp, 2012-2014)", "1.8L TSI EA888 turbo I4 (170 hp, 2014-2018)", "2.0L TSI EA888 turbo I4 (174 hp, 2018-2022)", "3.6L VR6 (280 hp, 2012-2018)", "2.0L TDI diesel (EA189 2012-2014; EA288 2015)" ], "transmissions": [ "5-speed manual (2.5L, 2012-2014)", "6-speed manual (TDI)", "6-speed automatic (Aisin 09G / TF-60SN)", "6-speed DSG (DQ250, TDI)" ], "known_issues": [ { "component": "Emissions / engine control", "description": "2.0L TDI diesel defeat device. Engine control software detected emissions testing and reduced NOx output only during the test. US Passat TDI model years 2012-2015 were included in the Volkswagen emissions settlement with buyback or emissions modification; TDI sales were permanently discontinued after MY2015.", "affected_years": "2012-2015 (TDI only)" }, { "component": "Transmission", "description": "DQ250 DSG mechatronic unit faults on TDI cars causing harsh engagement, flare and limp mode." }, { "component": "Electrical", "description": "ABS module and various body-control electrical faults; door wiring harness chafing." }, { "component": "Model identity", "description": "Not a defect but essential for data hygiene: this vehicle is unrelated to the contemporaneous European B7/B8 Passat. US complaint data for 2012-2022 describes a distinct, simpler, US-only car." } ], "sources": [ "https://en.wikipedia.org/wiki/Volkswagen_Passat_(North_America_and_China)", "https://carbuzz.com/cars/volkswagen/passat/generations/", "https://media.vw.com/releases/1337" ] } ] }, { "make": "CHRYSLER", "model": "200", "notes": "The 200 nameplate exists only for MY2011-2017. Gen 1 is not a clean-sheet car: it is a re-engineered/restyled Chrysler Sebring (JS, 2007-2010), so failure patterns carry over from the Sebring and its Dodge Avenger twin — complaint grouping should treat 2011-2014 200 and 2007-2010 Sebring as mechanically continuous even though the nameplate changed. Gen 1 offered sedan and convertible; gen 2 is sedan-only, so any convertible complaint in the data is necessarily gen 1. Gen 2 was killed after MY2017 when Sterling Heights was converted to Ram production; there is no 2018+ 200. The two generations share almost nothing (Mitsubishi-derived JS vs Fiat-derived CUSW), so a merged page would be badly misleading.", "generations": [ { "gen_label": "1st generation", "platform_code": "JS (Chrysler JS, Mitsubishi GS-derived)", "year_start": 2011, "year_end": 2014, "engines": [ "2.4L World I4 (ED3), 173 hp", "3.6L Pentastar V6, 283 hp" ], "transmissions": [ "4-speed automatic (40TE/41TE) with 2.4L", "6-speed automatic (62TE)" ], "known_issues": [ { "component": "Electrical", "description": "Totally Integrated Power Module (TIPM) failure — internal relay/solder degradation, most commonly the fuel pump relay, causing no-start, stall while driving, and unrelated multi-system electrical faults (wipers, horn, lights). Shared with other 2011-2014 Chrysler/Dodge products using the 04692346-family TIPM.", "affected_years": "2011-2014" }, { "component": "Engine", "description": "Unexpected engine stalling without stored fault codes, concentrated in the early years of the generation; a large share of the generation's ODI complaint volume.", "affected_years": "2011-2013" }, { "component": "Transmission", "description": "The 4-speed automatic paired with the 2.4L (base trims) draws harsh/erratic shift and durability complaints; the 6-speed 62TE is the stronger pairing.", "affected_years": "2011-2014" } ], "sources": [ "https://en.wikipedia.org/wiki/Chrysler_200", "http://www.chryslerproblems.com/models/200/generations/1/", "https://rerev.com/years-to-avoid/vehicles/chrysler-200/" ] }, { "gen_label": "2nd generation", "platform_code": "CUSW (Compact U.S. Wide, Fiat Compact-derived)", "year_start": 2015, "year_end": 2017, "engines": [ "2.4L Tigershark MultiAir2 I4, 184 hp", "3.6L Pentastar V6, 295 hp" ], "transmissions": [ "9-speed automatic (ZF 9HP48 / Chrysler 948TE) — only transmission offered" ], "known_issues": [ { "component": "Engine", "description": "2.4L Tigershark excessive oil consumption — piston ring / cylinder bore incompatibility allows oil past the rings to be burned; owners report roughly a quart per 1,000 miles, and the low-oil-pressure warning does not illuminate early enough to prevent running low, leading to unexpected shutdown. Subject of the Wood v. FCA US class action and FCA Customer Satisfaction Notifications; FCA also attributed part of the consumption to Interactive Deceleration Fuel ShutOff (IDFSO) calibration drawing oil into the cylinders on overrun.", "affected_years": "2015-2017" }, { "component": "Transmission", "description": "ZF 948TE 9-speed harsh, erratic, and delayed shifting, hunting between gears, and unexpected shifts to neutral. FCA addressed it through repeated TSB software reflashes, which owners widely described as only marginally effective; the same transmission drew recalls in sister vehicles (Cherokee KL, Renegade).", "affected_years": "2015-2016" }, { "component": "Interior/controls", "description": "Rotary electronic gear selector draws misapplied-gear and shift-confirmation complaints; unlike a conventional PRNDL it gives no mechanical detent feedback.", "affected_years": "2015-2017" } ], "sources": [ "https://en.wikipedia.org/wiki/Chrysler_200", "https://www.fcatigersharksettlement.com/", "https://www.classaction.org/news/fiat-chrysler-facing-class-action-over-alleged-engine-oil-consumption-defect", "http://www.chryslerproblems.com/zf-9-speed-transmission/" ] } ] }, { "make": "JEEP", "model": "LIBERTY", "notes": "Two generations only, MY2002-2012, sold in the US as 'Liberty' (marketed as Cherokee outside North America). No 2013 model year: production ended August 2012 and the nameplate was retired, replaced for MY2014 by the unibody Cherokee (KL) — record that as a hard end, not a bridge. The KJ→KK boundary at 2007/2008 is unambiguous (body-on-frame-ish unibody carryover but new body, suspension and interior). Note the KK dropped both the four-cylinder and the diesel, so any 4-cyl or CRD complaint is necessarily KJ. The 2.8L VM Motori CRD diesel is a low-volume US variant (2005-2006) with its own failure profile and is worth a sub-page.", "generations": [ { "gen_label": "1st generation (KJ)", "platform_code": "KJ", "year_start": 2002, "year_end": 2007, "engines": [ "2.4L PowerTech DOHC I4, 150 hp (2002-2006)", "3.7L PowerTech V6, 210 hp", "2.8L VM Motori CRD turbodiesel I4 (2005-2006 US)" ], "transmissions": [ "5-speed manual (NV1500/NV3550)", "6-speed manual (NSG370, 2005+)", "4-speed automatic (42RLE)", "5-speed automatic (545RFE, diesel)" ], "known_issues": [ { "component": "Suspension/steering", "description": "Front lower control arm ball joint wear and separation. NHTSA recalls covered vehicles built 2 Jan 2001 - 4 Oct 2002 (modified ball joint assemblies plus heat shields) and 5 Oct 2002 - 26 Mar 2003 (inspect/replace as necessary with heat shields). Heat from the exhaust degrading the joint boot was implicated.", "affected_years": "2002-2003" }, { "component": "Body/electrical", "description": "Window regulator failure — the regulator binds, tips the glass forward, chatters, and the window drops into the door, often suddenly. Subject of a US class action alleging the defect spans the whole generation and cannot be permanently repaired.", "affected_years": "2002-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Liberty", "https://topclassactions.com/lawsuit-settlements/lawsuit-news/jeep-liberty-defective-window-class-action/", "https://www.cars.com/research/jeep-liberty/recalls/" ] }, { "gen_label": "2nd generation (KK)", "platform_code": "KK", "year_start": 2008, "year_end": 2012, "engines": [ "3.7L PowerTech V6, 210 hp (only engine offered in the US)" ], "transmissions": [ "6-speed manual (NSG370)", "4-speed automatic (42RLE)" ], "known_issues": [ { "component": "Electrical", "description": "Totally Integrated Power Module (TIPM) failure — gauges dropping to zero with warning lights illuminating, no-start conditions, and fuel pump relay faults. Concentrated in the last two model years of the generation.", "affected_years": "2011-2012" }, { "component": "Body", "description": "Sky Slider full-length retractable fabric roof jams, binds, tears, and makes noise; drain tubes clog and leak water into the cabin. Optional equipment, offered on early KK years.", "affected_years": "2008-2010" }, { "component": "Body/electrical", "description": "Window regulator failures carry over from the KJ generation.", "affected_years": "2008-2012" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Liberty", "https://www.jeepproblems.com/models/liberty/generations/2/", "https://www.paulstravelpictures.com/Articles/Jeep-Liberty-Common-Problems-Repair-Maintenance-Guides.htm" ] } ] }, { "make": "CHEVROLET", "model": "SUBURBAN", "notes": "Five generations touch the 1996-2025 NHTSA window. Boundaries are clean and platform-driven. Important trap: the Suburban did NOT switch to GMT800 with the 1999 Silverado — 1999 was the final GMT400 Suburban and the GMT800 Suburban arrived for MY2000, so a 1999 Suburban belongs with the old truck, not the new one. NHTSA 'SUBURBAN' covers both 1500 (half-ton) and 2500 (three-quarter-ton) trucks with materially different powertrains; the mainstream passenger version is the 1500, mapped here, with 2500-only engines noted. The MY2021 T1XX change is more than a platform rename: it replaced the solid rear axle with independent rear suspension, which changes the rear suspension/driveline failure profile entirely. GM dropped the 2500 Suburban after MY2013 and revived a heavy-duty Suburban HD only later, so 2500-specific engines are largely a pre-2014 phenomenon.", "generations": [ { "gen_label": "8th generation (GMT400)", "platform_code": "GMT400 (GMT410 2WD / GMT415 4WD; 2500 = GMT425)", "year_start": 1992, "year_end": 1999, "engines": [ "5.7L L31 Vortec V8 (1996+; 5.7L TBI through 1995)", "7.4L L29 Vortec 7400 V8 (2500)", "6.5L turbodiesel V8 (1994-1999)" ], "transmissions": [ "4-speed automatic 4L60E (1500)", "4-speed automatic 4L80E (2500 / big block / diesel)" ], "known_issues": [ { "component": "Fuel system", "description": "Central Sequential Fuel Injection (CSFI/'spider') injector assembly on the 5.7L Vortec — the plastic poppet nozzles and supply lines crack and leak, causing hard starting, rough running, misfire and raw fuel intrusion. Affects the Vortec-era engines from the 1996 changeover onward.", "affected_years": "1996-1999" }, { "component": "Brakes", "description": "Corrosion-driven brake and fuel line perforation in salt-belt states is a recurring late-life failure mode for this generation.", "affected_years": "1992-1999" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Suburban", "https://en.wikipedia.org/wiki/Chevrolet_Suburban_(eighth_generation)", "https://fullsizechevy.com/what-years-are-gmt800/" ] }, { "gen_label": "9th generation (GMT800)", "platform_code": "GMT830 (GMT800 family)", "year_start": 2000, "year_end": 2006, "engines": [ "5.3L LM7 Vortec V8 (1500)", "6.0L LQ4 Vortec V8 (2500)", "8.1L L18 Vortec 8100 V8 (2500, optional)" ], "transmissions": [ "4-speed automatic 4L60E / 4L65E (1500)", "4-speed automatic 4L80E / 4L85E (2500)" ], "known_issues": [ { "component": "Instrumentation", "description": "Instrument panel cluster gauge failure — the stepper motors driving the speedometer, tachometer, fuel and temperature gauges stick, flutter, or go dead. Not a safety recall but covered by GM Special Coverage Adjustment bulletin 07187 (7 years/70,000 miles) for 2003-2004 and certain 2005 vehicles; a defining defect of the late GMT800 years.", "affected_years": "2003-2006" }, { "component": "Fuel system", "description": "Fuel level sender/sending unit failure causing erratic or stuck fuel gauge readings, often confused with the cluster stepper motor fault.", "affected_years": "2000-2006" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Suburban", "https://cboardrepair.com/blogs/news/2003-2006-chevy-and-gmc-instrument-cluster-problems-symptoms-causes-and-repair-guide", "https://www.anthonysclusterrepair.com/gm_recall_info.html" ] }, { "gen_label": "10th generation (GMT900)", "platform_code": "GMT900 (GMT926/GMT956)", "year_start": 2007, "year_end": 2014, "engines": [ "5.3L LMG / LC9 (flex-fuel) Vortec V8 with Active Fuel Management", "6.0L L96 V8 (2500, through 2013)" ], "transmissions": [ "4-speed automatic 4L60E / 4L70E (early)", "6-speed automatic 6L80E (progressively standard)" ], "known_issues": [ { "component": "Engine", "description": "Active Fuel Management (cylinder deactivation) valve lifter collapse on the Gen IV 5.3L V8 — the AFM lifter's locking pin fails, the lifter collapses, the camshaft lobe is wiped, and the engine misfires with progressive internal damage. Closely coupled to excessive oil consumption: the AFM oil pressure relief valve sprays oil at the piston skirts and the low-tension piston rings pass oil to the combustion chamber, fouling plugs and accelerating lifter failure. Worst on the flex-fuel LC9 variants. No safety recall was issued; repair typically requires cam and lifter replacement.", "affected_years": "2010-2014" }, { "component": "Interior", "description": "Dashboard top pad cracks and splits, typically radiating from the airbag seams and speaker grilles, with associated rattles. Widespread across the whole generation and a large ODI complaint category.", "affected_years": "2007-2014" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Tahoe", "https://www.vehiclehistory.com/articles/chevrolet-suburban-1500s-biggest-problems-are-valve-lifter-failures-and-cracked-dashboards-recalls-cover-airbag-issues-and-faulty-fuel-pumps", "https://www.carcomplaints.com/Chevrolet/Suburban/2007/accessories-interior/cracked_dash.shtml" ] }, { "gen_label": "11th generation (K2XX)", "platform_code": "K2XX (K2UG)", "year_start": 2015, "year_end": 2020, "engines": [ "5.3L L83 EcoTec3 V8 with Active Fuel Management, 355 hp", "6.2L L86 EcoTec3 V8, 420 hp (RST, 2018-2020)" ], "transmissions": [ "6-speed automatic 6L80 (5.3L)", "10-speed automatic 10L80 (6.2L, 2018-2020)" ], "known_issues": [ { "component": "Engine", "description": "Active Fuel Management lifter failure continues on the 5.3L L83 — collapsed AFM lifter, wiped cam lobe, misfire on the deactivating cylinders (1, 4, 6, 7). Same mechanism as the GMT900 Gen IV engines.", "affected_years": "2015-2020" }, { "component": "Transmission", "description": "Torque converter clutch shudder on GM's 8-speed and 10-speed automatics — a rumble-strip sensation at steady 40-70 mph cruise, caused by transmission fluid unable to maintain the required friction characteristics. GM's remedy is a fluid flush to Mobil 1 Synthetic LV ATF HP per TSB 18-NA-355; where the flush fails the torque converter is replaced. Subject of class action litigation covering GM's 8-speed applications.", "affected_years": "2018-2020" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Tahoe", "https://gmauthority.com/blog/2019/08/tsb-seems-to-fix-8-speed-automatic-gm-transmission-problems/", "https://www.classaction.org/gm-8-speed-transmission-defect-lawsuits" ] }, { "gen_label": "12th generation (T1XX)", "platform_code": "T1XX (GMT T1XX)", "year_start": 2021, "year_end": 2025, "engines": [ "5.3L L84 EcoTec3 V8 with Dynamic Fuel Management", "6.2L L87 EcoTec3 V8 with Dynamic Fuel Management", "3.0L LM2 / LZ0 Duramax turbodiesel I6" ], "transmissions": [ "10-speed automatic 10L80" ], "known_issues": [ { "component": "Engine", "description": "6.2L L87 V8 connecting rod and crankshaft manufacturing defects causing bearing damage, engine knock, and catastrophic engine failure with loss of propulsion. NHTSA recall 25V-274 (April 2025) covers roughly 598,000 US vehicles including Suburban; remedy is inspection and, where indicated, engine replacement plus a switch to heavier-weight oil. GM has stated this recall is separate from the long-running valve lifter complaints.", "affected_years": "2021-2024" }, { "component": "Engine", "description": "Dynamic Fuel Management lifter failure on both the L84 5.3L and L87 6.2L — the DFM lifter locking mechanism fails, collapsing the lifter and damaging the camshaft. Widely reported by owners; distinct from the 25V-274 rod/crank recall.", "affected_years": "2021-2025" }, { "component": "Suspension", "description": "First Suburban generation with independent rear suspension, replacing the live axle. Rear suspension and air-ride (optional Air Ride Adaptive) failure modes have no analogue in earlier generations, so do not carry over pre-2021 rear-end failure patterns.", "affected_years": "2021-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Tahoe", "https://static.nhtsa.gov/odi/rcl/2025/RCLRPT-25V274-1598.PDF", "https://gmauthority.com/blog/2025/04/chevy-silverado-gmc-sierra-recalled-for-6-2l-v8-engine-loss-of-propulsion/" ] } ] }, { "make": "FORD", "model": "RANGER", "notes": "The critical fact for this nameplate is the seven-model-year gap: US Ranger production ended 16 December 2011 at Twin Cities Assembly, with 2011 the last retail model year and a small 2012 fleet-only run; there is NO 2013-2018 US Ranger. Do not bridge that gap — the pre-gap truck is a compact body-on-frame Ranger with Ford US roots, and the post-gap truck is the global T6 Ranger, a midsize truck sharing nothing with it. Complaints keyed to 2013-2018 in the ODI data under 'RANGER' are almost certainly the Ranger EV, grey-market, or data errors and should be quarantined. Also note the 2019-2023 P375 and 2024+ P703 are genuinely different platforms despite similar appearance: P703 is a re-engineered chassis with a wider track, new frame and a V6 option, so keep them separate. The 1998-2011 third generation is unusually long (14 model years) and had a major mid-generation powertrain change — the 4.0L switched from OHV to SOHC for 2001 — which materially changes the failure profile within one generation.", "generations": [ { "gen_label": "2nd generation", "platform_code": "Ford Ranger (carryover chassis)", "year_start": 1993, "year_end": 1997, "engines": [ "2.3L Lima I4", "3.0L Vulcan V6", "4.0L Cologne OHV V6" ], "transmissions": [ "5-speed manual M5OD-R1", "4-speed automatic A4LD", "5-speed automatic 5R55E (from 1997)" ], "known_issues": [ { "component": "Transmission", "description": "A4LD 4-speed automatic durability — overdrive and forward clutch failure, and torque converter lockup faults, are the characteristic transmission failure of the pre-5R55E trucks.", "affected_years": "1993-1996" }, { "component": "Body", "description": "Salt-belt corrosion of the frame, cab corners and bed, typical of the era; late-life structural rust is a common ODI theme for these trucks.", "affected_years": "1993-1997" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Ranger_(Americas)", "https://carbuzz.com/cars/ford/ranger/generations/" ] }, { "gen_label": "3rd generation", "platform_code": "Ford Ranger (US), Mazda B-Series twin", "year_start": 1998, "year_end": 2011, "engines": [ "2.5L Lima I4 (1998-2001)", "2.3L Duratec DOHC I4 (2001-2011)", "3.0L Vulcan V6", "4.0L Cologne OHV V6 (1998-2000)", "4.0L Cologne SOHC V6 (2001-2011)" ], "transmissions": [ "5-speed manual M5OD-R1", "4-speed automatic 4R44E / 4R55E", "5-speed automatic 5R55E" ], "known_issues": [ { "component": "Airbags", "description": "Takata frontal airbag inflators. The 2004-2006 Ranger carries the highest-risk inflator population outside the Ranger's own class: Ford issued a do-not-drive advisory for vehicles with open recalls 15S21, 17S42 and 19S01, and NHTSA issued urgent consumer warnings after fatalities in these trucks. Both driver and passenger inflators are implicated; propellant degradation causes the inflator housing to rupture and spray metal fragments.", "affected_years": "2004-2006" }, { "component": "Engine", "description": "4.0L SOHC V6 timing chain cassette failure. The engine uses three chains with plastic guide cassettes and hydraulic tensioners; the guides embrittle and break, producing the characteristic cold-start rattle from the rear of the engine. Left unrepaired the chain can jump time or break, destroying the engine. The rear cassette is behind the engine, so the repair requires engine removal. Ford made incremental design improvements through roughly 2005, after which failures drop off markedly.", "affected_years": "2001-2005" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Ranger_(Americas)", "https://www.ford.com/support/how-tos/recall/recalls-and-faqs/23s08-ranger-2004-2006-replacement-airbag-recall/", "https://www.nhtsa.gov/press-releases/consumer-alert-nhtsa-issues-urgent-warning-takata-air-bags-after-another-fatality", "https://cloyes.com/1997-2011-ford-4-0l-explorer-mustang-ranger-timing-replacement-cloyes-kit-9-0398sb/" ] }, { "gen_label": "4th generation (T6 / P375)", "platform_code": "P375 (Ford T6, PX-derived)", "year_start": 2019, "year_end": 2023, "engines": [ "2.3L EcoBoost turbocharged I4, 270 hp — the only engine offered" ], "transmissions": [ "10-speed automatic 10R80 — the only transmission offered" ], "known_issues": [ { "component": "Transmission", "description": "10R80 10-speed harsh and erratic shifting — jerking, lunging, clunking and hesitation between gears, with slipping, shuddering and loss of power in worse cases. Root cause in earlier 10R80 builds is a poorly retained bushing in the CDF (Clutch D-F) drum that slides out of position and lets the Teflon sealing ring fail, dropping hydraulic pressure. Addressed through repeated Ford TSBs including TSB 24-2046, and the subject of class action litigation covering Ford's 10R80 applications.", "affected_years": "2019-2023" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Ranger_(Americas)", "https://www.classaction.org/blog/class-action-filed-over-ford-10r80-automatic-transmission-problems-linked-to-clunky-harsh-shifting", "https://www.ford-trucks.com/articles/common-problems-with-the-ford-10r80-10-speed-transmission-explained/" ] }, { "gen_label": "5th generation (P703)", "platform_code": "P703", "year_start": 2024, "year_end": 2025, "engines": [ "2.3L EcoBoost turbocharged I4 (base)", "2.7L EcoBoost twin-turbo V6 (optional)", "3.0L EcoBoost twin-turbo V6 (Ranger Raptor)" ], "transmissions": [ "10-speed automatic 10R60 / 10R80" ], "known_issues": [], "sources": [ "https://en.wikipedia.org/wiki/Ford_Ranger_(Americas)", "https://carbuzz.com/cars/ford/ranger/generations/" ], "build_notes": [ "n/a: Too new for a settled systemic failure record as of the 2025 model year; complaint volume is dominated by early-build electrical and infotainment items rather than an established mechanical defect. Do not carry P375 findings across — the frame, track width and V6 powertrain options are new." ] } ], "production_gaps": [ { "year_start": 2012, "year_end": 2018, "reason": "Production gap (no US Ranger)" } ] }, { "make": "NISSAN", "model": "VERSA", "notes": "Two traps in this nameplate. (1) MY2012 is a split year: the redesigned N17 sedan launched as a 2012 model while Nissan continued selling the old C11 hatchback as a 2012 model alongside it. I have assigned 2012 to the N17 because the sedan is the mainstream, higher-volume car, but a 2012 hatchback complaint is a first-generation vehicle. (2) The hatchback body split off under a separate nameplate — Versa Note (E12 chassis), US MY2014-2019 — which NHTSA generally files under its own model string 'VERSA NOTE'. It shares the HR16DE engine and Jatco JF015E CVT with the N17 sedan, so its failure profile belongs with the second generation, but I have not listed it as its own generation row to keep the ranges non-overlapping. There was no US Versa hatchback for MY2013. The Versa was discontinued for the US after MY2025 (production ended December 2025), so 2025 is the true end. The CVT is the single dominant failure mode across all three generations and is the obvious failure-mode hub page for this nameplate.", "generations": [ { "gen_label": "1st generation (C11)", "platform_code": "C11 (Nissan B platform; Tiida-derived)", "year_start": 2007, "year_end": 2011, "engines": [ "1.8L MR18DE I4, 122 hp", "1.6L HR16DE I4, 107 hp (base sedan, 2009+)" ], "transmissions": [ "6-speed manual", "4-speed automatic", "Xtronic CVT (Jatco JF009E / RE0F08A)" ], "known_issues": [ { "component": "Transmission", "description": "Xtronic CVT overheating, shuddering, hesitation and premature failure. Nissan extended CVT coverage to 10 years/120,000 miles across its 2007-2010 CVT-equipped vehicles in response to widespread failures. Belt and pulley wear generates metal debris that contaminates the valve body.", "affected_years": "2007-2011" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Versa", "https://www.cars.com/research/nissan-versa/", "https://www.samarins.com/reviews/versa.html" ] }, { "gen_label": "2nd generation (N17)", "platform_code": "N17 (Nissan V platform; Almera-derived)", "year_start": 2012, "year_end": 2019, "engines": [ "1.6L HR16DE I4, 109 hp" ], "transmissions": [ "5-speed manual", "4-speed automatic (base S trim, early years)", "Xtronic CVT (Jatco JF015E / CVT7)" ], "known_issues": [ { "component": "Transmission", "description": "Jatco JF015E (CVT7) failure — shuddering, juddering, hesitation, delayed engagement, overheating and outright failure, frequently just past the 60-month/60,000-mile powertrain warranty. The metal belt and pulleys wear prematurely, and the resulting shavings contaminate the valve body and stepper motor; DTC P0746 (pressure control solenoid performance) is the signature code. A class action over the 2012-2017 Versa CVT settled in late 2019, and in May 2020 Nissan launched a quality action extending CVT coverage to 84 months/84,000 miles for the 2012-2017 Versa sedan and 2014-2017 Versa Note.", "affected_years": "2012-2017" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Versa", "https://www.go-parts.com/garage/obd-p0746-nissan-versa-2013-2020", "https://lemonlawhelp.com/blog/nissan-quest-nissan-versa-cvt-transmission-problems/" ] }, { "gen_label": "3rd generation (N18)", "platform_code": "N18 (Almera N18-derived)", "year_start": 2020, "year_end": 2025, "engines": [ "1.6L HR16DE I4, 122 hp" ], "transmissions": [ "5-speed manual (base S trim)", "Xtronic CVT" ], "known_issues": [ { "component": "Transmission", "description": "Continued CVT complaints — shuddering, juddering, surging, jerking, delayed acceleration and episodes of unexpected hard acceleration. Nissan TSB NTB19-040d (August 2020) addresses reduced power and hesitation on the 2020 Versa sedan. Unlike the N17, the 2020-2023 Versa/Sentra CVT complaints have not reached a class settlement, so warranty relief is narrower.", "affected_years": "2020-2023" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Versa", "https://global.nissannews.com/en/releases/nissan-debuts-all-new-2020-versa-in-the-us?lang=en", "https://www.newsomelaw.com/blog/2020-2023-nissan-sentra-versa-transmission-investigation/" ] } ] }, { "make": "TOYOTA", "model": "TUNDRA", "notes": "Three generations, all clean boundaries. The second generation is exceptionally long — fifteen model years, 2007-2021 — so within-generation segmentation matters more than usual for this nameplate: the V8 lineup changed twice (4.7L 2UZ-FE dropped after 2009, 4.6L 1UR-FE added 2010 and dropped after 2019), and there was a significant 2014 facelift with a new body and interior that owners often mistake for a new generation. It is not: the platform, frame and powertrains carried over. The first generation is a genuinely smaller truck than the ones that followed (it was closer to a large compact than a true half-ton), which distorts cross-generation comparisons. Toyota's US Tundra history is bracketed by two major engine/structure programs — frame corrosion at the start and the V35A twin-turbo bearing failures at the end.", "generations": [ { "gen_label": "1st generation", "platform_code": "XK30 (2WD) / XK40 (4WD)", "year_start": 2000, "year_end": 2006, "engines": [ "3.4L 5VZ-FE V6, 190 hp (2000-2004)", "4.0L 1GR-FE V6, 236 hp (2005-2006)", "4.7L 2UZ-FE V8, 245-282 hp" ], "transmissions": [ "5-speed manual (2000-2004)", "6-speed manual (2005-2006)", "4-speed automatic A340 (2000-2004)", "5-speed automatic (2005-2006)" ], "known_issues": [ { "component": "Frame/structure", "description": "Frame corrosion and perforation. Toyota recalled roughly 110,000 MY2000-2003 Tundras across 20 cold-weather states and DC for frame rust that could allow the spare tire carrier to separate from the vehicle and, in advanced cases, compromise frame integrity. Inspection criteria centered on rust-through holes larger than about 10 mm; qualifying trucks received frame replacement. Toyota subsequently extended corrosion warranty coverage to later first-generation trucks.", "affected_years": "2000-2003" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Tundra", "https://www.cars.com/articles/toyota-to-recall-110000-2000-03-tundras-for-frame-corrosion-454164/", "https://www.cars.com/articles/2000-2003-tundra-owners-could-be-eligible-for-frame-replacement-1420663206904/" ] }, { "gen_label": "2nd generation", "platform_code": "XK50", "year_start": 2007, "year_end": 2021, "engines": [ "4.0L 1GR-FE V6, 236-270 hp (2007-2014)", "4.7L 2UZ-FE V8, 271-276 hp (2007-2009)", "4.6L 1UR-FE V8, 310 hp (2010-2019)", "5.7L 3UR-FE V8, 381 hp (2007-2021)" ], "transmissions": [ "5-speed automatic A750E/F", "6-speed automatic AB60E/F (5.7L)", "6-speed automatic A760E/F" ], "known_issues": [ { "component": "Emissions/engine", "description": "Secondary air injection (AI) pump and air switching valve failure on the V8s. Moisture and exhaust condensate corrode the pump and valves, triggering check engine lights and limp/fail-safe mode. Toyota issued a Customer Support Program / warranty enhancement covering 2007-2010 Tundra air pump assemblies and air switching valves, and separately addressed a 2012-2014 Tundra ECM software condition that could itself cause the air injection pump to fail and put the truck into fail-safe mode.", "affected_years": "2007-2014" }, { "component": "Engine", "description": "Cam tower oil leaks on the 5.7L 3UR-FE — the sealant between the cam towers and cylinder head degrades and weeps oil, commonly presenting as oil in the spark plug tubes or a leak at the front of the engine. Labor-intensive repair requiring cam cover and timing cover disassembly.", "affected_years": "2007-2021" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Tundra", "https://tundraheadquarters.com/toyota-warranties-air-injection-pump/", "https://www.toyotaofwestcounty.com/service/2012-2014-tundra-sequoia-ecm-software-update-recall/" ] }, { "gen_label": "3rd generation", "platform_code": "XK70 (TNGA-F)", "year_start": 2022, "year_end": 2025, "engines": [ "3.4L V35A-FTS twin-turbo V6, 348-389 hp", "3.4L V35A-FTS twin-turbo V6 hybrid (i-Force Max), 437 hp combined" ], "transmissions": [ "10-speed automatic AWR10L65" ], "known_issues": [ { "component": "Engine", "description": "V35A-FTS main bearing failure from machining debris. Debris left in the block during machining was not fully cleared at assembly; under load it migrates to the main bearings, causing bearing wear, engine knock, power loss and in the worst cases a stall. Toyota's recall campaign initially covered 2022-2023 Tundra and Lexus LX with a free engine replacement remedy, and was later expanded — adding more than 127,000 vehicles and extending to 2022-2024 Tundra and 2022-2024 Lexus LX, after the original remedy proved insufficient.", "affected_years": "2022-2024" }, { "component": "Structure", "description": "First Tundra generation on the TNGA-F frame with a coil-spring (and optional air) rear suspension replacing leaf springs on some configurations; rear suspension failure patterns do not carry over from the XK50.", "affected_years": "2022-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Tundra", "https://static.nhtsa.gov/odi/rcl/2025/RCLRPT-25V767-6304.pdf", "https://carbuzz.com/toyota-adds-v6-engine-recall/", "https://www.carpro.com/blog/toyota-expands-twin-turbo-v6-engine-recall" ] } ] }, { "make": "HONDA", "model": "FIT", "notes": "Two things a naive year-range map gets wrong. (1) There is NO US 2014 model year Fit: the second generation ran long through MY2013 and the third generation arrived early as a MY2015 car, leaving a one-year hole. The only 2014-badged Fit in the US was the Fit EV, a separate lease-only compliance vehicle with a different powertrain that should not be merged into either gasoline generation. (2) The US start is offset from the global Fit — the first generation Fit had been on sale in Japan since 2001, but US sales began in April 2006 as a MY2007 car, so the US first generation is only two model years long and represents a late, facelifted portion of the GD run. The Fit was discontinued in the US after MY2020, replaced in the lineup by the HR-V; the global fourth-generation Fit (GR) was never sold in the US.", "generations": [ { "gen_label": "1st generation (GD)", "platform_code": "GD3 (Honda Global Small Car platform)", "year_start": 2007, "year_end": 2008, "engines": [ "1.5L L15A1 SOHC i-VTEC I4, 109 hp" ], "transmissions": [ "5-speed manual", "5-speed automatic" ], "known_issues": [ { "component": "Airbags", "description": "Takata airbag inflator recalls, including a later campaign covering passenger frontal inflators installed as recall remedy or replacement service parts. Propellant degradation after long-term exposure to high humidity and temperature cycling can cause the inflator to rupture and spray metal fragments into the cabin.", "affected_years": "2007-2008" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Fit", "https://www.cars.com/research/honda-fit-2007/recalls/", "https://hondanews.com/en-US/honda-corporate/releases/takata-airbag-inflator-recall-fact-sheet" ] }, { "gen_label": "2nd generation (GE)", "platform_code": "GE8", "year_start": 2009, "year_end": 2013, "engines": [ "1.5L L15A7 SOHC i-VTEC I4, 117 hp" ], "transmissions": [ "5-speed manual", "5-speed automatic" ], "known_issues": [ { "component": "Airbags", "description": "Takata frontal airbag inflator recalls span this generation, part of Honda's multi-campaign Takata remediation.", "affected_years": "2009-2013" }, { "component": "Body", "description": "Tailgate/hatch handle failure — the exterior release handle breaks or the microswitch fails, preventing the hatch from opening. A recurring, generation-specific complaint.", "affected_years": "2009-2013" }, { "component": "Suspension/driveline", "description": "Front axle/CV shaft failures and premature front suspension wear are commonly reported for this generation.", "affected_years": "2009-2013" }, { "component": "Paint/body", "description": "Clear coat delamination and peeling, reported by owners from roughly 70,000 miles onward, concentrated in the earliest model year.", "affected_years": "2009-2011" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Fit", "https://blog.1aauto.com/common-honda-fit-problems-2nd-gen-2009-to-2013/", "https://www.carparts.com/blog/honda-fit-reliability-and-common-problems/" ] }, { "gen_label": "3rd generation (GK)", "platform_code": "GK5 (GK6 AWD, non-US)", "year_start": 2015, "year_end": 2020, "engines": [ "1.5L L15B1 DOHC i-VTEC I4 with direct injection, 130 hp" ], "transmissions": [ "6-speed manual", "CVT" ], "known_issues": [ { "component": "Engine", "description": "VTC (variable timing control) actuator rattle — a distinct metallic rattle from the front of the engine for one to two seconds at cold start, caused by the actuator's locking pin failing to hold. Well documented across the generation.", "affected_years": "2015-2020" }, { "component": "Transmission", "description": "CVT start-clutch judder — shudder and hesitation during low-speed engagement from a stop, attributed to premature clutch pack wear; in worse cases delayed acceleration and failure.", "affected_years": "2015-2017" }, { "component": "Engine", "description": "Direct-injection carbon buildup on the intake valves, presenting as misfire and rough running; combined with fuel injector and ignition coil faults this makes the engine the leading complaint category for the generation.", "affected_years": "2015-2020" }, { "component": "Electrical", "description": "No-start conditions traced to the start/stop switch and starter motor, plus intermittent right-side instrument cluster display faults. Launch-year quality was notably weak, with multiple software-related recalls on the MY2015 car.", "affected_years": "2015-2017" } ], "sources": [ "https://en.wikipedia.org/wiki/Honda_Fit", "https://www.samarins.com/reviews/fit-2015.html", "https://www.fitfreak.net/forums/3rd-generation-2015/106627-has-anyone-had-cvt-issues-breakdowns.html" ] } ], "production_gaps": [ { "year_start": 2014, "year_end": 2014, "reason": "Model-year gap" } ] }, { "make": "KIA", "model": "FORTE", "notes": "US model years run 2010-2024. The Forte was replaced by the Kia K4 for MY2025 as part of Kia's global K-nomenclature realignment, so there is no US 2025 Forte — the 2025 records in the ODI extract are almost certainly stray, mis-keyed, or Canadian-market carryover and should not force a 2025 boundary. The Forte replaced the Kia Spectra in 2010, so the nameplate does not extend below 2010. Body-style coverage varies by generation and is worth capturing: gen 1 offered sedan, Koup coupe and Forte5 hatchback; gen 2 offered all three but dropped the Koup after MY2016; gen 3 is sedan-only in the US (the hatchback was not sold here). Source disagreement to note: some recall summaries describe the KSDS knock-sensor campaign as covering '2012-2015 Forte with the 2.0 Nu engine', but the Kia engine class settlement documentation indicates the Forte used Theta II engines through MY2013 and moved to the Nu family for MY2014. I have followed the settlement documentation, which is the more authoritative source, and flag the discrepancy here.", "generations": [ { "gen_label": "1st generation (TD)", "platform_code": "TD", "year_start": 2010, "year_end": 2013, "engines": [ "2.0L Theta II I4 (G4KD), 156 hp", "2.4L Theta II I4 (G4KE), 173 hp (SX / Koup)" ], "transmissions": [ "5-speed manual", "6-speed manual", "4-speed automatic (2010-2011)", "6-speed automatic (2011+)" ], "known_issues": [ { "component": "Anti-theft/security", "description": "No engine immobilizer on keyed-ignition trims. Vehicles started with a steel key can be hot-wired via the steering column ignition cylinder, the basis of the widely publicized 'Kia Challenge' theft wave. Kia's remedy is a dealer-installed anti-theft software upgrade or, for ineligible vehicles, a physical theft deterrent device. Immobilizers became standard from MY2022.", "affected_years": "2011-2013" }, { "component": "Engine", "description": "Theta II engine connecting rod bearing wear leading to knock and seizure is the family-level defect for Kia's Theta II engines and is covered by the Kia engine class settlement; the Forte and Forte Koup 2.4L Theta II MPI applications fall within that settlement's scope.", "affected_years": "2010-2013" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Forte", "https://kiaengineclasssettlement.com/Content/Documents/Owners%20Pamphlet.pdf", "https://en.wikipedia.org/wiki/Kia_Challenge", "https://www.nbcnews.com/business/consumer/hyundai-kia-thefts-recall-engine-immobilizer-does-my-car-have-it-rcna91243" ] }, { "gen_label": "2nd generation (YD)", "platform_code": "YD", "year_start": 2014, "year_end": 2018, "engines": [ "1.8L Nu I4, 148 hp (2014-2016)", "2.0L Nu GDI I4, 173 hp (2014-2016)", "2.0L Nu MPI I4, 147 hp (2017-2018)", "1.6L Gamma T-GDI turbo I4, 201 hp (Forte5 SX / Koup SX)" ], "transmissions": [ "6-speed manual", "6-speed automatic", "7-speed dual-clutch (1.6T)" ], "known_issues": [ { "component": "Engine", "description": "2.0L Nu connecting rod bearing wear. Kia's remedy is the Knock Sensor Detection System (KSDS) software campaign, which monitors engine vibration for the onset of excessive rod bearing wear and alerts the driver at an early stage — before bearing failure progresses to seizure or an engine compartment fire. Delivered as a free dealer software update.", "affected_years": "2014-2018" }, { "component": "Anti-theft/security", "description": "Keyed-ignition trims lack an engine immobilizer, leaving them vulnerable to the same steering-column hot-wire theft method as the first generation. Eligible for Kia's anti-theft software upgrade.", "affected_years": "2014-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Forte", "https://www.asburyauto.com/kia-forte-engine-recall", "https://www.cars.com/research/kia-forte/recalls/", "https://static.nhtsa.gov/odi/rcl/2020/RCMN-20V750-0816.pdf" ] }, { "gen_label": "3rd generation (BD)", "platform_code": "BD", "year_start": 2019, "year_end": 2024, "engines": [ "2.0L Nu MPI I4, 147 hp", "1.6L Gamma II T-GDI turbo I4, 201 hp (GT)" ], "transmissions": [ "6-speed manual", "IVT (continuously variable)", "6-speed automatic (2019)", "7-speed dual-clutch (GT)" ], "known_issues": [ { "component": "Anti-theft/security", "description": "Keyed-ignition trims through MY2021 lack an engine immobilizer and are within the Kia theft-vulnerability population; immobilizers became standard equipment from MY2022, so 2022-2024 Fortes are not affected.", "affected_years": "2019-2021" }, { "component": "Transmission", "description": "IVT (Kia's continuously variable transmission, introduced on this generation) draws hesitation, shudder and delayed-engagement complaints, concentrated in the early years before calibration revisions.", "affected_years": "2019-2020" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Forte", "https://www.slashgear.com/1830030/kia-forte-why-car-was-discontinued-what-replaced/", "https://www.forbes.com/sites/alexkwanten/2024/03/27/2025-kia-k4-a-bigger-bolder-forte-replacement-with-a-cyberpunk-look/" ] } ] }, { "make": "JEEP", "model": "COMPASS", "notes": "The single most important fact for this nameplate is the MY2017 overlap: two completely unrelated vehicles were sold in US showrooms as '2017 Jeep Compass'. A short run of the old MK Compass was built through December 2016 and titled as MY2017, while the all-new MP Compass went on sale in spring 2017. They share essentially nothing — the MK is a heavily modified Mitsubishi-derived platform with a CVT, the MP is a Fiat Small Wide 4x4 platform with a 9-speed automatic. Because the ranges must not overlap I have assigned 2017 to the MP (the far higher-volume car for that model year), but complaint records keyed to MY2017 must be VIN-disambiguated before being attributed, or the MK carryover units will silently pollute the MP page. The old MK Compass can be identified by its Patriot-like body and CVT. A third generation (J4U, STLA-platform) has been announced but its North American launch has slipped and it does not appear in the 2007-2025 data window.", "generations": [ { "gen_label": "1st generation (MK)", "platform_code": "MK49 (Chrysler PM/MK, Mitsubishi GS-derived)", "year_start": 2007, "year_end": 2016, "engines": [ "2.0L World I4, 158 hp", "2.4L World I4, 172 hp" ], "transmissions": [ "5-speed manual (Magna T355)", "6-speed manual (Aisin BG6, later years)", "Jatco JF011E CVT2", "6-speed automatic (Hyundai 6F24, from MY2014 on 2.4L 4x4)" ], "known_issues": [ { "component": "Transmission", "description": "Jatco JF011E (CVT2) overheating, slipping, shuddering and premature failure. Fluid breaks down under heat stress, the pulleys wear and the belt slips; the transmission drops into limp mode and fails, commonly between roughly 60,000 and 95,000 miles when fluid service is neglected. A US class action specifically targeted the 2010-2013 cars.", "affected_years": "2007-2016" }, { "component": "Engine", "description": "2.0L/2.4L World engine excessive oil consumption and top-end ticking are recurring complaints across the generation.", "affected_years": "2007-2016" }, { "component": "Electrical", "description": "TIPM (Totally Integrated Power Module) faults consistent with the wider Chrysler TIPM population of the era — no-start, stall, and unrelated multi-system electrical symptoms.", "affected_years": "2011-2016" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Compass", "https://www.jeepspares.co.za/blog/compass-transmission-problems/", "https://www.jeepproblems.com/models/compass/" ] }, { "gen_label": "2nd generation (MP)", "platform_code": "MP / 552 (FCA Small Wide 4x4 LWB)", "year_start": 2017, "year_end": 2025, "engines": [ "2.4L Tigershark MultiAir2 I4, 177-180 hp", "2.0L GME/Hurricane4 turbocharged I4, 200 hp (from MY2023)" ], "transmissions": [ "6-speed manual (early FWD)", "6-speed automatic (Aisin, FWD)", "9-speed automatic ZF 948TE (4x4)", "8-speed automatic (Hyundai 8F30, 2.0L turbo)" ], "known_issues": [ { "component": "Engine", "description": "2.4L Tigershark excessive oil consumption — owners report losing roughly a quart per 1,000 miles. FCA issued Customer Satisfaction Notifications attributing part of the consumption to the Interactive Deceleration Fuel ShutOff (IDFSO) calibration, which cuts fuel on deceleration and creates cylinder vacuum that draws oil past the rings; piston ring and bore issues are also implicated. Same defect family as the 2015-2017 Chrysler 200 and Jeep Renegade/Cherokee 2.4L applications.", "affected_years": "2017-2022" }, { "component": "Transmission", "description": "ZF 948TE 9-speed rough and harsh shifting, lurching, and hesitation — the most-reported complaint category for the generation. The MP shares its calibration history and TSB software flashes with the Cherokee KL; a related wiring harness defect in the 9-speed family can cause sudden shutdown or unexpected shifts into neutral.", "affected_years": "2017-2025" }, { "component": "Electrical", "description": "Launch-year electrical and infotainment faults were notably concentrated in the first two model years of the generation.", "affected_years": "2017-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Jeep_Compass", "https://www.myjeepcompass.com/threads/9-speed-woes.43071/", "https://www.jeeprenegadeforum.com/threads/2-4l-tigershark-class-action-lawsuit-and-oil-consumption-issues.105199/", "https://www.motorauthority.com/news/1109015_10-things-you-need-to-know-about-the-2017-jeep-compass" ] } ] }, { "make": "MERCEDES-BENZ", "model": "C-CLASS", "notes": "Five generations touch the 1996-2025 window; boundaries are chassis-code driven and well established. The complication is body styles running past the sedan's generation change, producing two real overlaps that a pure sedan-based map hides. (1) The W204 coupe (C204) was sold in the US as MY2012-2015, so 2015 contains both a W204 coupe and a W205 sedan. (2) The W205 coupe and cabriolet (C205/A205) continued in the US through MY2023, so 2022-2023 contains both W205 coupes/cabrios and W206 sedans; they were replaced by the CLE (C236/A236) for MY2024, not by a W206 coupe. I have mapped the sedan lineage to keep ranges contiguous and non-overlapping per the brief, and record the coupe/cabrio spans here — a MY2015 coupe complaint is W204 hardware, and a MY2022-2023 coupe complaint is W205 hardware. Also note the US start: the W202 reached the US for MY1994, so the 1996 floor of the data window sits mid-generation. The C-Class is a family nameplate spanning four-cylinder economy sedans and M156/M177 AMG V8s; the AMG variants have their own distinct failure profiles and warrant separate treatment.", "generations": [ { "gen_label": "1st generation (W202)", "platform_code": "W202", "year_start": 1994, "year_end": 2000, "engines": [ "2.2L M111 I4 (C220, 1994-1996)", "2.3L M111 I4 and supercharged Kompressor (C230 / C230K, 1997-2000)", "2.8L M104 I6 (C280, 1994-1997)", "2.8L M112 V6 (C280, 1998-2000)", "4.3L M113 V8 (C43 AMG, 1998-2000)" ], "transmissions": [ "4-speed automatic 722.4", "5-speed automatic 722.6 (1997+)", "5-speed manual (low volume)" ], "known_issues": [ { "component": "Electrical", "description": "Biodegradable wiring harness insulation degradation. Mercedes used a soy/cellulose-based insulation on engine and interior harnesses in the mid-1990s; it embrittles, cracks and flakes off, producing shorts, phantom fault codes, rough running and no-start conditions. Affects the earliest W202 build years and is the defining electrical failure of the generation.", "affected_years": "1994-1996" }, { "component": "HVAC", "description": "Evaporator and A/C system failures — leaking evaporators and condensers and compressor failure, a labor-intensive dash-out repair.", "affected_years": "1994-2000" }, { "component": "Body", "description": "Water-based paint delamination and clear coat failure, plus corrosion at the wheel arches, jack points and door bottoms, characteristic of Mercedes builds of this era.", "affected_years": "1994-2000" } ], "sources": [ "https://en.wikipedia.org/wiki/Mercedes-Benz_C-Class_(W202)", "https://en.wikipedia.org/wiki/Mercedes-Benz_C-Class", "https://carbuzz.com/cars/mercedes-benz/c-class/generations/" ] }, { "gen_label": "2nd generation (W203)", "platform_code": "W203 (S203 wagon, CL203 SportCoupe)", "year_start": 2001, "year_end": 2007, "engines": [ "2.3L M111 Kompressor I4 (C230K, 2001-2002)", "1.8L M271 Kompressor I4 (C230K, 2003-2005)", "2.6L / 3.2L M112 V6 (C240 / C320)", "3.0L and 3.5L M272 V6 (C280 / C350, 2006-2007)", "3.2L M112 supercharged V6 (C32 AMG)", "5.4L M113 V8 (C55 AMG, 2005-2006)" ], "transmissions": [ "5-speed automatic 722.6", "7G-Tronic 722.9 7-speed automatic (2006+ on V6)", "6-speed manual" ], "known_issues": [ { "component": "Engine", "description": "M272 V6 balance shaft sprocket premature wear. The sprocket and the timing chain idler gear were made from insufficiently hardened material; as the teeth wear, camshaft timing drifts relative to the crankshaft, setting fault codes P1200/P1208 with rough running and a check engine light. Affects engines built from roughly 2004 through September 2006 — in the C-Class that means the MY2006-2007 C280 and C350. Repair requires engine removal and typically runs $3,800-$5,000.", "affected_years": "2006-2007" }, { "component": "Engine", "description": "M271 supercharged I4 single-row timing chain stretch, with consequent wear of the camshaft adjuster sprockets and adjuster solenoid faults. Presents as rattle, timing codes and rough running.", "affected_years": "2003-2007" }, { "component": "Electrical", "description": "SAM (Signal Acquisition Module) failure — a single failed module produces a scattered set of symptoms: dead fuel gauge, lights inoperative, repeated fuse failures, key fob non-recognition, battery drain, rear lights staying on, and unresponsive dashboard controls. Frequently misdiagnosed as multiple independent faults.", "affected_years": "2001-2007" }, { "component": "Transmission", "description": "722.6 automatic jerky and delayed gear changes progressing to complete shift failure, commonly traced to the conductor plate and valve body.", "affected_years": "2001-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Mercedes-Benz_C-Class_(W203)", "https://www.mercedesmedic.com/m272-balance-shaft-timing-chain-repair/", "https://www.autodoc.co.uk/info/problems-with-the-mercedes-benz-w203", "https://mercedes-enthusiasts.co.uk/common-problems-w203-c-class/" ] }, { "gen_label": "3rd generation (W204)", "platform_code": "W204 (S204 wagon, C204 coupe)", "year_start": 2008, "year_end": 2014, "engines": [ "3.0L M272 V6 (C300, 2008-2011)", "3.5L M272 then M276 V6 (C350)", "1.8L M271 EVO turbocharged I4 (C250, 2012-2015)", "3.5L M276 V6 (C300 4MATIC, 2012-2015)", "6.2L M156 V8 (C63 AMG)" ], "transmissions": [ "7G-Tronic 722.9 7-speed automatic", "6-speed manual (early C300)" ], "known_issues": [ { "component": "Engine", "description": "M272 V6 balance shaft sprocket wear carries into the early years of this generation on engines built before the material change, causing timing drift and P1200/P1208 codes; engine-out repair.", "affected_years": "2008-2009" }, { "component": "Engine", "description": "M271 EVO turbocharged I4 timing chain and camshaft adjuster wear, with adjuster magnet/solenoid faults producing rattle, timing codes and rough running.", "affected_years": "2012-2014" }, { "component": "Engine", "description": "M156 6.2L V8 (C63 AMG) head bolt corrosion and failure, and camshaft lobe/lifter wear, both well documented on early M156 builds. AMG-specific — do not generalize to the mainstream C300/C350.", "affected_years": "2008-2011" } ], "sources": [ "https://en.wikipedia.org/wiki/Mercedes-Benz_C-Class_(W204)", "https://www.mercedesmedic.com/check-my-mercedes-benz-for-balance-shaft-issue-by-vin-m272273/", "https://www.ipwilmington.com/mercedes-balance-shaft-gear-failure-and-repair-on-v-6-m272-and-v-8-m273-engines/" ] }, { "gen_label": "4th generation (W205)", "platform_code": "W205 (S205 wagon, C205 coupe, A205 cabriolet)", "year_start": 2015, "year_end": 2021, "engines": [ "2.0L M274 turbocharged I4 (C300)", "3.0L M276 biturbo V6 (C400 / C450 / AMG C43)", "4.0L M177 biturbo V8 (AMG C63 / C63 S)" ], "transmissions": [ "7G-Tronic Plus 722.9 7-speed automatic", "9G-Tronic 725.0 9-speed automatic (2017+)" ], "known_issues": [ { "component": "Engine", "description": "M274 2.0L turbo wrist pin and piston issues on early C300 builds, presenting as knocking or ticking under load.", "affected_years": "2015-2016" }, { "component": "Electrical", "description": "Rapid battery discharge and parasitic drain, particularly on vehicles left standing; a leading no-start cause for the generation. Keyless-Go module faults typically appear around 40,000-60,000 km.", "affected_years": "2015-2021" }, { "component": "Infotainment", "description": "COMAND infotainment freezes, reboots and display faults, concentrated in pre-facelift cars and often appearing within the first 30,000 km.", "affected_years": "2015-2018" }, { "component": "Body", "description": "Door handle sensor and LED failures (typically 60,000-80,000 km), sagging sunroof shades, and interior trim noise.", "affected_years": "2015-2021" }, { "component": "Suspension", "description": "Airmatic air suspension failures on so-equipped cars — compressor and air strut leaks causing ride height loss.", "affected_years": "2015-2021" } ], "sources": [ "https://en.wikipedia.org/wiki/Mercedes-Benz_C-Class_(W205)", "https://www.autodoc.co.uk/info/mercedes-c-class-w205-problems", "https://vinnolookup.com/mercedes-w205-problems-2015-2021-common-issues/", "https://www.rac.co.uk/drive/car-reviews/mercedes-benz/c-class/c-class-coupe-[c205]-2015-2023/" ] }, { "gen_label": "5th generation (W206)", "platform_code": "W206 (S206 wagon)", "year_start": 2022, "year_end": 2025, "engines": [ "2.0L M254 turbocharged I4 with 48V integrated starter-generator mild hybrid (C300)", "2.0L M139l turbocharged I4 with electric exhaust gas turbocharger and 48V system (AMG C43)" ], "transmissions": [ "9G-Tronic 9-speed automatic" ], "known_issues": [ { "component": "Electrical", "description": "48V mild-hybrid integrated starter-generator and belt-alternator-starter system faults are the emerging complaint theme for this generation, presenting as no-start, warning messages and loss of the electric assist. Too recent for a settled long-term failure record — treat findings as provisional and do not carry W205 patterns across, as the powertrain electrification and MBUX architecture are both new.", "affected_years": "2022-2025" }, { "component": "Powertrain", "description": "Major generational change worth flagging even absent a defect record: the W206 dropped all six- and eight-cylinder engines from the mainstream and AMG C43 lineup in favor of electrified four-cylinders. Any cross-generation reliability comparison against W205 V6/V8 cars is comparing different machines.", "affected_years": "2022-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Mercedes-Benz_C-Class", "https://carbuzz.com/cars/mercedes-benz/c-class/generations/", "https://en.wikipedia.org/wiki/Mercedes-Benz_CLE" ] } ] }, { "make": "PONTIAC", "model": "G6", "notes": "Single generation only — the G6 existed for six model years (2005-2010) and was killed when GM wound down Pontiac. Replaced the Pontiac Grand Am. The mid-2009 '2009.5' revision (new front/rear fascias, revised dash, Bluetooth radio) is a facelift on the same Epsilon platform, NOT a new generation; some data sources list a '2009.5' model year that should be folded into 2009. Body styles: sedan, coupe, and a retractable-hardtop convertible — all one generation. Mechanical twins for cross-referencing failure modes: Chevrolet Malibu (2004-2012), Saturn Aura (2007-2010), Saab 9-3. Verified against Wikipedia and the Cars.com NHTSA recall list. NOTE: I checked whether the G6 was in GM's 2014 'unintended ignition key rotation' recall 14V-400 — it was NOT (that campaign covered Impala, Monte Carlo, Malibu 1997-2005, Alero, Intrigue, Grand Am, Grand Prix). Do not attach the ignition-switch story to G6 pages.", "generations": [ { "gen_label": "1st generation (only generation)", "year_start": 2005, "year_end": 2010, "platform_code": "GM Epsilon (GM6)", "engines": [ "2.2L Ecotec L61 I4 (base sedan, 2006-2008)", "2.4L Ecotec LE5 I4 (2007-2010)", "3.5L LZ4/L66 OHV V6 (2005-2010)", "3.9L LZ9/LZG OHV V6 (2006-2010, GT/GXP)", "3.6L LY7 DOHC V6 (GXP, 2007-2009)" ], "transmissions": [ "4T45-E 4-speed automatic (I4/3.5L V6)", "4T65-E 4-speed automatic (3.9L V6)", "6-speed automatic (Aisin AF40/TF-80SC, 3.6L GXP)", "Getrag F23 5-speed manual (base, 2006-2007)", "6-speed manual (GXP coupe, 2008-2009)" ], "known_issues": [ { "component": "Steering (electric power assist)", "description": "Sudden loss of electric power steering assist while driving, caused by a fault in the EPS torque sensor assembly; steering reverts to unassisted manual effort, worst at low speed. Remedy was replacement of the torque sensor assembly. NHTSA campaign 14V-153; expanded by 15V-064 for a further build window.", "affected_years": "2005-2009 (15V-064 expansion covers 2006-2007 units built Apr-Jun 2006)" }, { "component": "Electrical / Body Control Module", "description": "Increased electrical resistance at the Body Control Module connection produces voltage fluctuations that can disable brake lamps, cruise control, traction control/StabiliTrak and other crash-avoidance functions. NHTSA campaign 14V-252.", "affected_years": "2005-2010" }, { "component": "Transmission shift cable", "description": "The tabs on the automatic transmission shift cable end can fracture and separate, so the shifter position no longer matches the gear actually engaged — the car can be shifted to PARK and the key removed while the transmission is still in gear, allowing rollaway. NHTSA campaign 12V-460.", "affected_years": "2008-2010" }, { "component": "Transmission shift cable adjustment clip", "description": "Shift cable adjustment clip may not be fully seated, producing a mismatch between indicated and actual gear position. NHTSA campaign 09V-073.", "affected_years": "2009" }, { "component": "Engine (2.4L Ecotec LE5)", "description": "Timing chain wear/stretch producing cold-start rattle and cam/crank correlation codes, and elevated oil consumption; aggravated by extended oil change intervals.", "affected_years": "2007-2010" } ], "sources": [ "https://en.wikipedia.org/wiki/Pontiac_G6", "https://www.cars.com/research/pontiac-g6/recalls/", "https://gmauthority.com/blog/2015/02/gm-recalls-69633-units-of-2006-2007-chevy-malibu-pontiac-g6-over-power-steering-issue/", "https://static.nhtsa.gov/odi/rcl/2015/RCRIT-15V064-5794.pdf", "https://static.nhtsa.gov/odi/rcl/2014/RCLRPT-14V400-5552.PDF" ] } ] }, { "make": "CHRYSLER", "model": "PACIFICA", "notes": "CRITICAL: the Pacifica nameplate covers two completely unrelated vehicles with a 8-model-year gap between them. Gen 1 (2004-2008) is a CS-platform car-based crossover/wagon. There was NO Pacifica for model years 2009-2016 — record this gap explicitly, do not bridge it. Gen 2 (2017-present) is an RU-platform minivan that replaced the Town & Country and shares nothing but the name. Wikipedia keeps them as two separate articles and calls the minivan a 'first generation' in its own right; for a generation-keyed site the cleanest scheme is Gen 1 = crossover, Gen 2 = minivan, with the gap stated on both pages. The 2021 minivan facelift (new front end, Pinnacle trim) is NOT a new generation — same RU platform. AWD was added to the gas minivan for MY2020. The Pacifica Hybrid (plug-in) uses a completely different drivetrain (eFlite EVT, high-voltage LG battery) and carries its own defect set — worth a sub-page. Note also the 2021-2023 'Chrysler Voyager' is the decontented RU sibling and may appear under a separate NHTSA model string.", "generations": [ { "gen_label": "1st generation (crossover)", "year_start": 2004, "year_end": 2008, "platform_code": "Chrysler CS", "engines": [ "3.5L EGF SOHC V6, 250 hp (2004-2006)", "3.8L EGH OHV V6, 200-210 hp (base FWD, 2005-2008)", "4.0L SOHC V6, 255 hp (2007-2008)" ], "transmissions": [ "41TE 4-speed automatic (FWD)", "41AE 4-speed automatic (AWD)", "62TE 6-speed automatic (2007-2008, with 4.0L V6)" ], "known_issues": [ { "component": "Engine — rocker arm shaft", "description": "A broken retaining pin on the rocker arm shaft blocks the oil passage, producing a loud top-end ticking noise and eventual valvetrain wear. Affects the 3.5L, 3.8L and 4.0L V6 across the whole run; the single most-reported engine complaint for this generation.", "affected_years": "2004-2008" }, { "component": "Transmission (41TE/41AE 4-speed)", "description": "Failure of the externally mounted input/output speed sensors and of the solenoid pack, dropping the transmission into limp mode (locked in 2nd gear) with a P0700 stored. Common enough that P0700 is the signature code for this platform.", "affected_years": "2004-2008" }, { "component": "Structure — front engine cradle/subframe", "description": "Front engine cradle corrodes and can split apart in salt-belt states, in severe cases allowing the powertrain to drop. A structural rust failure mode, not a wear item.", "affected_years": "2004-2008 (salt-belt vehicles)" }, { "component": "Engine — intake valve carbon deposits", "description": "Carbon buildup on the intake valves of the 3.5L and 4.0L V6 causing misfires and check-engine lights.", "affected_years": "2004-2008" } ], "sources": [ "https://en.wikipedia.org/wiki/Chrysler_Pacifica_(crossover)", "https://www.chryslerproblems.com/models/pacifica/generations/1/", "https://www.go-parts.com/garage/obd-p0700-chrysler-pacifica-2004-2008-3-5l-v6" ] }, { "gen_label": "2nd generation (minivan; unrelated to the crossover)", "year_start": 2017, "year_end": 2025, "platform_code": "Chrysler RU", "engines": [ "3.6L Pentastar V6 (gasoline, 2017-2025)", "3.6L Atkinson-cycle Pentastar V6 + dual-motor hybrid drive, plug-in (Pacifica Hybrid, 2017-2025)" ], "transmissions": [ "ZF 9HP48 / 948TE 9-speed automatic (gasoline)", "eFlite electrically variable transmission — dual motor EVT (Hybrid/PHEV)" ], "known_issues": [ { "component": "Powertrain / wiring — engine stall", "description": "Abrupt engine stall and loss of power steering assist traced to improperly installed/routed wiring; recall covered roughly 198,700 gasoline Pacificas. A separate recall attributed stalling to a powertrain control module defect on 2018 vehicles.", "affected_years": "2017-2019" }, { "component": "Hybrid transmission wiring connector", "description": "An internal transmission wiring connector can short circuit, causing unexpected engine shutdown/stall, most often above 25 mph. Recall covered roughly 67,000-76,000 Pacifica Hybrids; remedy was a power inverter software update plus, where needed, an instrument cluster software update. NHTSA later opened a recall-query investigation into whether the software remedy was adequate.", "affected_years": "2017-2023 (Hybrid only)" }, { "component": "High-voltage battery (Hybrid)", "description": "Fire risk from the LG-supplied high-voltage battery pack while parked and charging; roughly 20,000 vehicles recalled after 12 owner fire reports, with owners told to park outside and away from structures and to stop charging. Same cell supplier implicated in the Chevrolet Bolt and Hyundai Kona EV battery recalls.", "affected_years": "2017-2018 (Hybrid only)" }, { "component": "Transmission (948TE 9-speed)", "description": "Early shift-quality complaints — harsh or delayed engagement, hunting between ratios — addressed through repeated TCM/PCM calibration updates rather than hardware. Characteristic of FCA's early 9HP applications.", "affected_years": "2017-2019" }, { "component": "Seat belts / front axle", "description": "Separate recalls on 2018 vehicles for a seat belt that can become unlatched and for a front axle defect.", "affected_years": "2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Chrysler_Pacifica_(minivan)", "https://www.consumerreports.org/car-recalls-defects/chrysler-pacifica-minivan-recalled-for-stalling-steering-issues", "https://www.carcomplaints.com/news/2024/chrysler-pacifica-hybrid-transmission-recall-repairs-investigated.shtml", "https://moparinsiders.com/recall-chrysler-recalls-76000-units-of-its-pacifica-hybrid-minivans-for-stalling/" ] } ] }, { "make": "DODGE", "model": "JOURNEY", "notes": "ONE generation across the entire 2009-2020 run — an unusually long single-generation life (12 model years). The 2011 model year brought a very heavy mid-cycle overhaul: new grille and lower fascia, completely redesigned interior, retuned suspension and steering, LED tail lamps, new Dodge logo, and — most important for failure analysis — the switch from the 3.5L SOHC V6 to the 3.6L Pentastar V6 with the 62TE 6-speed. That is a facelift on the same JC49 platform, NOT a new generation, but 2009-2010 and 2011-2020 should be treated as distinct powertrain cohorts on any failure-mode page. The 2.4L four-cylinder kept a 4-speed automatic for the entire production run, right through 2020. Marketed abroad as the Fiat Freemont; shares FCA's D-segment platform with the Dodge Avenger and the wheelbase of the short-wheelbase Chrysler minivan.", "generations": [ { "gen_label": "1st generation (only generation)", "year_start": 2009, "year_end": 2020, "platform_code": "JC49 (FCA JC / D-segment)", "engines": [ "2.4L GEMA 'World Engine' I4, 173 hp (2009-2020)", "3.5L SOHC V6, 235 hp (2009-2010)", "3.6L Pentastar V6, 283 hp (2011-2020)" ], "transmissions": [ "40TES/41TE 4-speed automatic (2.4L I4, entire run through 2020)", "62TE 6-speed automatic (3.5L and 3.6L V6)" ], "known_issues": [ { "component": "Engine — 3.6L Pentastar left cylinder head", "description": "Premature valve guide wear in the left (driver's side) cylinder head causes a distinct ticking noise from the driver's side of the engine bay, progressing to misfires on cylinders 2/4/6 (P0302, P0304, P0306) and a check-engine light. Chrysler extended the cylinder head warranty on affected Journeys to 10 years / 150,000 miles from in-service date.", "affected_years": "2011-2013 (head redesigned after; some sources extend symptom reports to 2015)" }, { "component": "Electrical — TIPM (Totally Integrated Power Module)", "description": "Failure of the integrated fuse/relay module, classically a stuck or failed fuel pump relay, causing crank-no-start, stalling while driving, and assorted phantom electrical faults. One of the defining FCA defects of this era.", "affected_years": "2011-2013 most heavily reported; module used across the run" }, { "component": "Engine — Pentastar oil filter housing", "description": "The plastic oil filter housing/oil cooler assembly cracks and leaks, and the integral oil by-pass valve can fail. Signs are oil leakage down the front of the engine and low oil pressure warnings.", "affected_years": "2011-2013" }, { "component": "Cooling system / cylinder head", "description": "Debris collecting in the cylinder head coolant passages is among the most frequently reported Journey engine faults in aggregated repair data.", "affected_years": "2011-2020" }, { "component": "Transmission (4-speed with 2.4L)", "description": "The carryover 4-speed automatic paired with the 2.4L for the model's entire life draws consistent harsh-shift and durability complaints; it was never updated even as the V6 moved to the 6-speed 62TE in 2011.", "affected_years": "2009-2020 (2.4L only)" } ], "sources": [ "https://en.wikipedia.org/wiki/Dodge_Journey", "https://www.go-parts.com/garage/engine-cylinder-head-jeep-grand-cherokee-dodge-durango-ram-1500-2011-2013", "https://www.go-parts.com/garage/obd-p0304-dodge-journey-2011-2015", "https://www.motorverso.com/dodge-journey-problems/" ] } ] }, { "make": "BUICK", "model": "ENCLAVE", "notes": "Three generations, contiguous, no gaps. Gen 1 (2008-2017) is a GM Lambda crossover, sibling to the GMC Acadia, Saturn Outlook and Chevrolet Traverse — failure modes are shared across all four and should cross-link. Gen 1 received a 2013 mid-cycle refresh (new fascias, interior, front center airbag) plus a change from the 3.6L LLT to the 3.6L LFX engine; that is a facelift, not a new generation, but 2008-2012 vs 2013-2017 are meaningfully different reliability cohorts because the worst timing-chain years are in the first half. Gen 2 (2018-2024) moved to GM's C1XX (Chi) architecture and the 9-speed automatic. Gen 3 arrived for MY2025 on an updated C1 architecture with a 2.5L turbocharged four replacing the V6 — a complete powertrain break, and far too new for meaningful complaint data. Gen 1's first model year is 2008 (on sale June 2008 as a 2008 MY vehicle), so the NHTSA span starting at 2008 is correct.", "generations": [ { "gen_label": "1st generation", "year_start": 2008, "year_end": 2017, "platform_code": "GM Lambda", "engines": [ "3.6L LY7 DOHC V6, port injection (2008-2009)", "3.6L LLT DOHC V6, direct injection, 288 hp (2009-2012)", "3.6L LFX DOHC V6, direct injection, 288-310 hp (2013-2017)" ], "transmissions": [ "6T75 6-speed automatic (FWD and AWD)" ], "known_issues": [ { "component": "Engine — timing chain", "description": "Premature timing chain stretch on the 3.6L LY7/LLT. Symptoms are a rattle on cold start, rough idle, power loss and cam/crank correlation codes P0008/P0016/P0017/P0018; a chain that jumps teeth can destroy the engine. GM attributed a large share of it to the original Oil Life Monitor calibration permitting excessively long oil change intervals, which degraded the oil feeding the hydraulic tensioners. Addressed via multiple TSBs, a revised chain design, updated OLM software, and Special Coverage program #11340 extending coverage to 10 years / 120,000 miles.", "affected_years": "2008-2012 (LY7/LLT); largely resolved on the 2013+ LFX" }, { "component": "Transmission — 6T75 3-5-R wave plate", "description": "Fracture of the 3-5-Reverse wave plate inside the 6-speed automatic. The vehicle abruptly loses 3rd gear, 5th gear and Reverse — it revs without moving or feels like it is slipping. Requires transmission teardown; the single most notorious driveline failure of this generation.", "affected_years": "2008-2011 most heavily reported" }, { "component": "Fuel system — high pressure fuel pump (direct injection)", "description": "HPFP and direct-injection fueling faults on the LLT, often surfacing alongside the timing chain wear because both are driven off the camshafts.", "affected_years": "2009-2012" } ], "sources": [ "https://en.wikipedia.org/wiki/General_Motors_Lambda_platform", "http://www.buickproblems.com/enclave-stretched-timing-chain/", "https://www.go-parts.com/garage/obd-p0016-buick-enclave-2008-2015", "https://www.go-parts.com/garage/obd-p0008-buick-enclave-2008-2015", "https://carbuzz.com/cars/buick/enclave/generations/" ] }, { "gen_label": "2nd generation", "year_start": 2018, "year_end": 2024, "platform_code": "GM C1XX (Chi)", "engines": [ "3.6L LFY DOHC V6, 310 hp" ], "transmissions": [ "9T65 9-speed automatic" ], "known_issues": [ { "component": "Transmission — start/stop accumulator endcap", "description": "Missing bolts on the start/stop accumulator endcap can allow a transmission oil leak that progresses to loss of propulsion. GM recall covering 2019-2020 vehicles.", "affected_years": "2019-2020" }, { "component": "Transmission — 9T65 shift quality", "description": "Rough shifting, shudder and hesitation under acceleration, and a 2-1 downshift clunk when slowing; commonly addressed with a TCM software reflash rather than hardware. Fluid degradation is reported to contribute from roughly 55,000 miles.", "affected_years": "2018-2020 most heavily reported" }, { "component": "Brakes — brake booster", "description": "Brake booster failures reported, in some cases repeatedly on the same vehicle, around the 100,000-mile mark; brakes are among the top complaint categories for this generation.", "affected_years": "2018-2024" } ], "sources": [ "https://www.cars.com/research/buick-enclave/recalls/", "https://lemonlawexperts.com/2018-buick-enclave-problems/", "https://www.starlingbuickgmcstuart.com/buick-enclave-transmission-problems/" ] }, { "gen_label": "3rd generation", "year_start": 2025, "year_end": 2025, "platform_code": "GM C1 (updated C1XX)", "engines": [ "2.5L LK0 turbocharged I4" ], "transmissions": [ "8-speed automatic" ], "known_issues": [], "sources": [ "https://carbuzz.com/cars/buick/enclave/generations/", "https://www.jdpower.com/cars/history/buick/enclave" ] } ] }, { "make": "HYUNDAI", "model": "SANTA FE", "notes": "The single most dangerous model in this batch for naming collisions. Three separate NHTSA model strings overlap: (a) 'SANTA FE', (b) 'SANTA FE SPORT', (c) 'SANTA FE XL'. For the 3rd generation (DM/NC), Hyundai sold a short-wheelbase 5-seater badged 'Santa Fe Sport' (2013-2018) and a long-wheelbase 7-seater badged simply 'Santa Fe' (2013-2018) — then for MY2019 the LWB car was renamed 'Santa Fe XL' and the all-new TM 4th-generation 5-seater took over the plain 'Santa Fe' name. CONSEQUENCE: model year 2019 contains BOTH a 3rd-generation DM (badged Santa Fe XL) and a 4th-generation TM (badged Santa Fe). Any grouping keyed on model name + year alone will merge them. Recommend routing MY2013-2018 'SANTA FE' records to the DM long-wheelbase page, MY2013-2018 'SANTA FE SPORT' to the DM short-wheelbase page, MY2019 'SANTA FE XL' to the DM LWB page, and MY2019+ plain 'SANTA FE' to the TM page. Also note the engine defect story splits by engine, not by trim: the Theta II four-cylinders carry the rod-bearing/fire actions; the 3.3L Lambda V6 in the long-wheelbase cars does not. Generations are otherwise contiguous with no production gaps.", "generations": [ { "gen_label": "1st generation (SM)", "year_start": 2001, "year_end": 2006, "platform_code": "SM", "engines": [ "2.4L Sirius I4", "2.7L Delta V6", "3.5L Sigma V6 (2003-2006)" ], "transmissions": [ "5-speed manual", "4-speed automatic (F4A42)", "5-speed automatic (with 3.5L V6)" ], "known_issues": [ { "component": "Automatic transmission", "description": "Automatic transmission failure is the dominant durability complaint for this generation; no manufacturer recall campaign, so it appears in complaint data rather than recall data.", "affected_years": "2001-2006" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Santa_Fe" ] }, { "gen_label": "2nd generation (CM)", "year_start": 2007, "year_end": 2012, "platform_code": "CM", "engines": [ "2.7L Delta V6 (2007-2009)", "3.3L Lambda V6 (2007-2012)", "3.5L Lambda V6 (2010-2012)", "2.4L Theta II MPI I4 (2010-2012)" ], "transmissions": [ "5-speed manual (2007-2009)", "4-speed automatic", "5-speed automatic (2007-2009)", "6-speed automatic (A6LF/A6MF, 2010-2012)" ], "known_issues": [ { "component": "Engine — 2.4L Theta II (family context)", "description": "The 2.4L Theta II introduced here belongs to the engine family later subject to the connecting-rod bearing failure actions. IMPORTANT PRECISION: Hyundai's engine recalls concentrated on the GDI (direct-injection) Theta II from MY2013 onward; the 2010-2012 Santa Fe's port-injected 2.4L Theta II is not the primary recall population. State the family relationship, not a recall, on this page.", "affected_years": "2010-2012 (2.4L only)" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Santa_Fe", "https://www.consumerreports.org/cars/car-recalls-defects/hyundai-santa-fe-sport-recalled-for-fire-risk-again-a5300962943/" ] }, { "gen_label": "3rd generation (DM/NC) — 'Santa Fe Sport' SWB and long-wheelbase 'Santa Fe' / 'Santa Fe XL'", "year_start": 2013, "year_end": 2018, "platform_code": "DM (SWB) / NC (LWB)", "engines": [ "2.4L Theta II GDI I4 (Santa Fe Sport)", "2.0L Theta II turbo GDI I4 (Santa Fe Sport)", "3.3L Lambda II GDI V6 (long-wheelbase Santa Fe / Santa Fe XL)" ], "transmissions": [ "6-speed automatic (A6MF/A6LF)" ], "known_issues": [ { "component": "Engine — Theta II GDI connecting rod bearings", "description": "Machining debris left in the crankshaft oil passages during manufacturing restricts oil flow to the connecting rod bearings; the bearings wear, the engine develops a knock, then seizes — producing stalling while driving and, in some cases, engine compartment fires. Remedies included engine inspection/replacement and installation of the Knock Sensor Detection System (KSDS) software, which detects the onset of bearing wear and puts the vehicle into limp mode. NHTSA campaign 17V-226 covered MY2013-2014 Santa Fe Sport, with later expansions.", "affected_years": "2013-2018 Santa Fe Sport (2.0T and 2.4 GDI). Does NOT affect the 3.3L V6 long-wheelbase models." }, { "component": "Brakes — ABS/HECU module", "description": "The anti-lock brake control module can suffer an internal electrical short, causing an engine compartment fire whether the vehicle is parked or driving. Owners were told to park outside and away from structures pending repair. One campaign covered 151,205 Santa Fe Sports built 17 June 2013 to 13 May 2015; a later separate campaign covered roughly 44,000 MY2018 Santa Fe Sports. Remedies involved module inspection plus multi-fuse installation.", "affected_years": "2013-2015 and 2018 Santa Fe Sport" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Santa_Fe", "https://www.consumerreports.org/cars/car-recalls-defects/hyundai-santa-fe-sport-recalled-for-fire-risk-again-a5300962943/", "https://www.go-parts.com/garage/abs-control-module-hyundai-santa-fe-sport-2014-2016", "https://hyundai.oemdtc.com/521/2013-2015-hyundai-santa-fe-sport-abs-module-inspection-and-multi-fuse-installation-recall-campaign-205/", "https://www.hyundainews.com/models/hyundai-santa_fe-2019-santa_fe" ] }, { "gen_label": "4th generation (TM)", "year_start": 2019, "year_end": 2023, "platform_code": "TM", "engines": [ "2.4L GDI I4 (2019-2020)", "2.0L turbo GDI I4 (2019-2020)", "2.5L Smartstream GDI I4 (2021-2023)", "2.5L Smartstream turbo GDI I4 (2021-2023)", "1.6L turbo hybrid and plug-in hybrid (2021-2023)" ], "transmissions": [ "6-speed automatic (2.4L, 2019-2020)", "8-speed automatic (2.0T, 2019-2020; 2.5L NA, 2021-2023)", "8-speed wet dual-clutch (2.5L turbo, 2021-2023)", "6-speed automatic (hybrid/PHEV)" ], "known_issues": [ { "component": "Engine — Theta II family (2.4L/2.0T)", "description": "The 2019-2020 carryover 2.4L GDI and 2.0T remain in the Theta II family covered by Hyundai's knock sensor detection system software campaigns for connecting-rod bearing wear. The 2021 switch to the Smartstream 2.5L is a clean powertrain break within the generation.", "affected_years": "2019-2020" }, { "component": "Transmission — 8-speed wet dual-clutch", "description": "Drivability complaints (low-speed shudder, hesitation from a stop, jerky engagement) with the wet DCT paired to the 2.5L turbo introduced in the 2021 facelift.", "affected_years": "2021-2023 (2.5T only)" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Santa_Fe", "https://www.hyundainews.com/models/hyundai-santa_fe-2019-santa_fe" ], "mixed_years": [ 2019 ], "mixed_year_note": "В этот модельный год на рынке одновременно продавались обе версии; жалобы NHTSA не разделены по кузову." }, { "gen_label": "5th generation (MX5)", "year_start": 2024, "year_end": 2025, "platform_code": "MX5", "engines": [ "2.5L Smartstream turbo GDI I4, ~277 hp (Theta III family)", "1.6L turbo hybrid, 232 hp combined" ], "transmissions": [ "8-speed wet dual-clutch (2.5T)", "6-speed automatic (hybrid)" ], "known_issues": [], "sources": [ "https://www.hyundainews.com/en-us/models/hyundai-santa_fe-2024-santa_fe", "https://www.prnewswire.com/news-releases/all-new-2024-hyundai-santa-fe-revealed-at-automobility-la-with-wider-open-for-more-liftgate-opening-301991117.html" ] } ] }, { "make": "NISSAN", "model": "MURANO", "notes": "IMPORTANT BOUNDARY DETAIL: there is no MY2008 Murano in the US. The Z50 ended after MY2007 and the Z51 launched as a MY2009 vehicle, so model year 2008 is empty — a one-year gap inside the nameplate. Do not let a 2003-2008/2009-2014 split leak Z51 cars into the Z50 page. The Murano CrossCabriolet (2011-2014) is a Z51 derivative and may appear under its own NHTSA model string. The dominant failure story across the first three generations is the JATCO CVT, and the specific mechanism differs by generation, so the failure-mode hub should be split, not merged. Gen 4 (Z53, MY2025) abandons the CVT entirely for a 9-speed torque-converter automatic and a VC-Turbo four — a complete break that resets the CVT narrative.", "generations": [ { "gen_label": "1st generation (Z50)", "year_start": 2003, "year_end": 2007, "platform_code": "Nissan FF-L / Z50", "engines": [ "3.5L VQ35DE V6, 240-245 hp" ], "transmissions": [ "JATCO JF010E Xtronic CVT" ], "known_issues": [ { "component": "Transmission — Xtronic CVT", "description": "Early-generation JATCO CVT failures: judder, delayed or absent engagement, loss of drive. Nissan extended the CVT warranty to 10 years / 120,000 miles on 2003-2010 CVT-equipped vehicles following a class action, which is the clearest public acknowledgment of the defect scope.", "affected_years": "2003-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Murano", "https://static.oemdtc.com/NHTSA-PDFs/MC-11024393-0001.pdf", "https://www.apa.ca/en/apa-update-on-nissan-cvt-transmission-failures/" ] }, { "gen_label": "2nd generation (Z51)", "year_start": 2009, "year_end": 2014, "platform_code": "Nissan D / Z51", "engines": [ "3.5L VQ35DE V6, 260-265 hp" ], "transmissions": [ "JATCO Xtronic CVT (1st-gen unit early, 2nd-gen JATCO CVT from roughly 2010)" ], "known_issues": [ { "component": "Transmission — Xtronic CVT", "description": "Continued CVT failures. On the 2nd-generation JATCO unit the most commonly cited single root cause is failure of the flow control valve in the front pump — one estimate attributes up to 90% of failures to that part. Downstream, overheated fluid lets the steel belt slip against the pulleys, shedding metal debris through the unit. Symptoms: judder, delayed acceleration, sudden loss of power.", "affected_years": "2009-2014" }, { "component": "Glass — panoramic sunroof", "description": "Reports of spontaneous shattering of the panoramic sunroof glass, a complaint pattern shared across several Nissan models of this era.", "affected_years": "2009-2014" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Murano", "https://www.apa.ca/en/apa-update-on-nissan-cvt-transmission-failures/", "https://www.truedelta.com/Nissan-Murano/problem-histories-225%2C2009-2014" ] }, { "gen_label": "3rd generation (Z52)", "year_start": 2015, "year_end": 2024, "platform_code": "Nissan D / Z52", "engines": [ "3.5L VQ35DE V6, 260 hp", "2.5L QR25DER supercharged I4 hybrid (Murano Hybrid, 2016-2017, limited availability)" ], "transmissions": [ "JATCO Xtronic CVT (JF017E)" ], "known_issues": [ { "component": "Transmission — Xtronic CVT", "description": "CVT durability complaints continued into this generation. A class action settlement (Beaver v. Nissan North America) covering MY2015-2018 Murano extended the New Vehicle Limited Warranty as it applies to the transmission and provided reimbursement for owners who had already paid for qualifying CVT repairs or replacements.", "affected_years": "2015-2018 (settlement class); complaints extend later" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Murano", "https://muranomaximacvtsettlement.com/" ] }, { "gen_label": "4th generation (Z53)", "year_start": 2025, "year_end": 2025, "platform_code": "Z53", "engines": [ "2.0L KR20DDET VC-Turbo I4" ], "transmissions": [ "9-speed automatic (CVT discontinued)" ], "known_issues": [], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Murano" ] } ] }, { "make": "CHEVROLET", "model": "CAMARO", "notes": "CRITICAL GAP: there was NO Camaro for model years 2003-2009 — a seven-year production hiatus after the 4th-generation F-body ended in 2002 and before the 5th-generation Zeta car arrived for MY2010. Record the gap explicitly; do not bridge 2002 to 2010. The supplied NHTSA complaint span (2010-2024) covers only the 5th and 6th generations, but the site's 1996-2025 window also touches the tail of the 4th generation (1996-2002), so I have mapped it. The 4th generation began in MY1993, before the site window. The Camaro was discontinued again after MY2024 — there is no MY2025 Camaro. Within the 6th generation the 2019 facelift (revised front fascia, wider adoption of the 10-speed automatic) is a facelift on the same Alpha platform, not a new generation.", "generations": [ { "gen_label": "4th generation", "year_start": 1993, "year_end": 2002, "platform_code": "GM F-body (F-car)", "engines": [ "3.4L L32 V6 (1993-1995)", "3.8L L36 Series II V6 (1995-2002)", "5.7L LT1 small-block V8 (Z28, 1993-1997)", "5.7L LS1 all-aluminum V8 (Z28/SS, 1998-2002)" ], "transmissions": [ "4L60-E 4-speed automatic", "Borg-Warner T-5 5-speed manual (V6)", "T-56 6-speed manual (V8)" ], "known_issues": [ { "component": "Ignition — Optispark distributor (LT1)", "description": "The LT1's Optispark optical distributor sits behind the water pump at the front of the engine, where coolant weep and moisture contaminate the optical sensor, causing misfires, stumbling and no-start. Replacement requires water pump removal, making it a costly and frequently repeated repair.", "affected_years": "1993-1997 (LT1 V8 only)" }, { "component": "Engine — intake manifold gasket (3.8L/3.4L V6)", "description": "Intake manifold gasket degradation on GM's pushrod V6s of the period, producing coolant loss and oil/coolant intermixing.", "affected_years": "1995-2002 (V6)" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Camaro" ] }, { "gen_label": "5th generation", "year_start": 2010, "year_end": 2015, "platform_code": "GM Zeta II", "engines": [ "3.6L LLT DOHC V6, 312 hp (2010-2011)", "3.6L LFX DOHC V6, 323 hp (2012-2015)", "6.2L LS3 V8, 426 hp (SS, manual) / 6.2L L99 V8, 400 hp (SS, automatic)", "6.2L LSA supercharged V8, 580 hp (ZL1, 2012-2015)", "7.0L LS7 V8 (Z/28, 2014-2015)" ], "transmissions": [ "TR6060 6-speed manual", "Aisin AY6 6-speed manual (V6)", "6L50 / 6L80 6-speed automatic" ], "known_issues": [ { "component": "Engine — 3.6L V6 timing chain", "description": "Premature timing chain wear/stretch on the direct-injection 3.6L. The mechanism is a feedback loop: elevated oil consumption drops oil pressure to the hydraulic chain tensioners, the chain goes slack, stretches and can skip teeth. Symptoms begin with a cold-start rattle, then rough idle, power loss and cam/crank correlation codes.", "affected_years": "2010-2011 (LLT) most heavily reported; carries into early LFX" }, { "component": "Engine — oil consumption (3.6L V6)", "description": "Above-average oil consumption on the GM 3.6L, traced to PCV system faults and worn piston rings; directly aggravates the timing chain failure mode above.", "affected_years": "2010-2015" }, { "component": "Ignition switch / key", "description": "GM recalled 2010-2014 Camaros because a driver's knee can contact the key fob and rotate the ignition switch out of RUN, cutting engine power, power steering and power braking and disabling airbag deployment. Remedy changed the key from a slotted to a hole-type design so the fob hangs closer to the steering column.", "affected_years": "2010-2014" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Camaro", "https://www.carcomplaints.com/Chevrolet/Camaro/2010/engine/premature_timing_chain_wear.shtml", "https://newparts.com/blog/common-problems-and-known-issues-with-gm-3-6-v6-engine" ] }, { "gen_label": "6th generation", "year_start": 2016, "year_end": 2024, "platform_code": "GM Alpha", "engines": [ "2.0L LTG turbocharged I4, 275 hp", "3.6L LGX DOHC V6, 335 hp", "6.2L LT1 V8, 455 hp (SS)", "6.2L LT4 supercharged V8, 650 hp (ZL1)" ], "transmissions": [ "6-speed manual (MG9 / TR6060)", "8L45 8-speed automatic (I4/V6)", "8L90 8-speed automatic (V8)", "10L80 10-speed automatic (ZL1 from 2017, broader adoption from 2019)" ], "known_issues": [ { "component": "Transmission — 8L45/8L90 torque converter clutch shudder", "description": "Slip-stick shudder from the torque converter clutch, felt as a vibration under light throttle at highway speed. GM determined the original factory-fill ATF was hygroscopic — it absorbed moisture from the air, changing the fluid's friction properties and glazing the TCC friction material. TSB 18-NA-355 prescribes a complete fluid exchange to the reformulated Mobil 1 Synthetic LV ATF HP (blue label) rather than converter replacement; if left unserviced the friction material burnishes and the torque converter must be replaced. Subject of multiple class actions.", "affected_years": "2016-2019 most heavily documented; unit used through 2024" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Camaro", "https://gmauthority.com/blog/2019/08/tsb-seems-to-fix-8-speed-automatic-gm-transmission-problems/", "https://www.go-parts.com/garage/automatic-transmission-torque-converter-chevrolet-corvette-cadillac-cts-chevrolet-camaro-2015-2024" ] } ] }, { "make": "TOYOTA", "model": "4RUNNER", "notes": "Clean, contiguous generations with no gaps. The one boundary that is very easy to get wrong is the 5th-to-6th transition: the 5th generation ran an exceptionally long 15 model years, 2010 through 2024 inclusive, and the 6th generation is a MY2025 vehicle. Toyota's own pressroom titles the transition 'Fifth (2010-2024) and Sixth (2025) Generations', which settles it — Wikipedia's production-year framing of '2024-present' for the 6th gen refers to calendar-year production start, not model year, and will mislead anyone mapping model years. The 2nd generation (N120/N130, MY1990-1995) falls just outside the site's 1996 window; the 3rd generation starts exactly at MY1996, so the NHTSA span aligns cleanly. Within the 5th generation the 2014 and 2020 facelifts are cosmetic/equipment updates on the same N280 platform, not new generations, though the 2020 addition of standard Toyota Safety Sense P matters for ADAS-related complaints.", "generations": [ { "gen_label": "3rd generation", "year_start": 1996, "year_end": 2002, "platform_code": "N180", "engines": [ "2.7L 3RZ-FE I4", "3.4L 5VZ-FE V6" ], "transmissions": [ "R150F 5-speed manual (through 1999 on most trims)", "A340F/A343F 4-speed automatic" ], "known_issues": [ { "component": "Suspension — front lower ball joint", "description": "Lower ball joint wear and separation, which can allow the suspension to collapse and the wheel to fold under at speed. Toyota recalled 2001-2002 4Runners for the defect; owners note the same lower ball joint part number was used from 1996 through 2002 and report failures on earlier, non-recalled vehicles.", "affected_years": "Recall covers 2001-2002; failures reported across 1996-2002" }, { "component": "Structure — frame corrosion", "description": "Severe frame rust, particularly at the rear of the frame rails and crossmembers, in salt-exposed regions. NHTSA received reports of steering and suspension components separating from a rusted-through frame.", "affected_years": "1996-2002 (salt-belt vehicles)" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_4Runner", "https://teqoffroad.com/blogs/blog/3rd-gen-4runner-lower-ball-joint-failure", "https://topclassactions.com/lawsuit-settlements/consumer-products/auto-news/is-there-a-toyota-4runner-rusted-frame-recall/" ] }, { "gen_label": "4th generation", "year_start": 2003, "year_end": 2009, "platform_code": "N210", "engines": [ "4.0L 1GR-FE V6", "4.7L 2UZ-FE V8" ], "transmissions": [ "A750F 5-speed automatic (V6)", "5-speed automatic (V8)", "4-speed automatic (early V6)" ], "known_issues": [ { "component": "Structure — frame corrosion", "description": "Severe frame corrosion in salt-exposed regions that can compromise structural integrity. Toyota ran inspection campaigns for early 4th-generation vehicles and offered frame replacement or vehicle buyback for qualifying trucks.", "affected_years": "2003-2009 (salt-belt vehicles; early years most affected)" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_4Runner", "https://www.motorbiscuit.com/toyota-4runner-frame-recall-class-action-lawsuit/" ] }, { "gen_label": "5th generation", "year_start": 2010, "year_end": 2024, "platform_code": "N280", "engines": [ "4.0L 1GR-FE V6, 270 hp (sole engine for all 15 model years)" ], "transmissions": [ "A750F 5-speed automatic (sole transmission for all 15 model years)" ], "known_issues": [ { "component": "Interior — dashboard", "description": "Dashboard cracking and surface melting/becoming sticky in hot, high-UV climates; a well-documented early-5th-generation complaint pattern.", "affected_years": "2010-2013 most heavily reported" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_4Runner", "https://pressroom.toyota.com/toyota-4runner-icons-fifth-2010-2024-sixth-2025-generations/" ] }, { "gen_label": "6th generation", "year_start": 2025, "year_end": 2025, "platform_code": "N500 / TNGA-F", "engines": [ "2.4L T24A-FTS i-FORCE turbocharged I4, 278 hp / 317 lb-ft", "2.4L i-FORCE MAX turbocharged hybrid (standard on TRD Pro, Trailhunter, Platinum)" ], "transmissions": [ "8-speed automatic" ], "known_issues": [], "sources": [ "https://pressroom.toyota.com/toyota-4runner-icons-fifth-2010-2024-sixth-2025-generations/", "https://www.nasdaq.com/press-release/all-new-2025-toyota-4runner-icon-inspires-exploration-2024-12-10" ] } ] }, { "make": "ACURA", "model": "MDX", "notes": "IMPORTANT GAP: there is NO model year 2021 MDX in the US. The 3rd generation ended after MY2020 and the 4th generation launched as a MY2022 vehicle, skipping MY2021 entirely. Any 2014-2021 / 2022-present split will be wrong; record the empty year. The 3rd generation contains a mid-generation transmission change that matters more than the facelift: 6-speed automatic for MY2014-2015, ZF 9-speed for MY2016-2020, plus a 7-speed dual-clutch in the MDX Sport Hybrid (2017-2020) — three different transmissions inside one generation, so failure pages should be cut by transmission, not by generation. The 2nd generation likewise splits at 2010 (5-speed to 6-speed automatic). Acura's own internal codes for the 4th generation are YD8/YD9/YE1, though 'YD4' is the common enthusiast shorthand.", "generations": [ { "gen_label": "1st generation (YD1)", "year_start": 2001, "year_end": 2006, "platform_code": "YD1", "engines": [ "3.5L J35A3/J35A5 SOHC V6, 240-265 hp" ], "transmissions": [ "5-speed automatic" ], "known_issues": [ { "component": "Automatic transmission", "description": "Failure of the Honda 5-speed automatic — slipping, then complete disengagement without warning, often stranding the vehicle. Reported around 120,000 miles on 2001 and 2003 vehicles and around 80,000 miles on 2004. Part of the broader Honda/Acura V6 5-speed automatic durability problem of the era; repairs typically exceed $4,000.", "affected_years": "2001-2006, with 2001, 2003 and 2004 the most heavily reported" } ], "sources": [ "https://en.wikipedia.org/wiki/Acura_MDX", "https://www.copilotsearch.com/posts/which-year-models-used-acura-mdx-avoid/" ] }, { "gen_label": "2nd generation (YD2)", "year_start": 2007, "year_end": 2013, "platform_code": "YD2", "engines": [ "3.7L J37A1 SOHC V6, 300 hp, with Variable Cylinder Management" ], "transmissions": [ "5-speed automatic (2007-2009)", "6-speed automatic (2010-2013)" ], "known_issues": [ { "component": "Engine — Variable Cylinder Management (VCM)", "description": "The cylinder-deactivation system causes excessive oil consumption as oil passes the rings on deactivated cylinders; the consumed oil fouls spark plugs, producing misfires and a check-engine light. Secondary effects include repeated engine/motor mount failure from the vibration of running on three cylinders, and torque converter damage. Owners report stalling or lurching under light acceleration in the 35-45 mph range where VCM cycles.", "affected_years": "2007-2013, with 2010-2011 the most heavily reported (2010 owners reported averaging roughly $6,800 to remedy)" } ], "sources": [ "https://en.wikipedia.org/wiki/Acura_MDX", "https://www.copilotsearch.com/posts/which-year-models-used-acura-mdx-avoid/", "https://www.transmissiondigest.com/a-clever-variable-cylinder-management-fix/" ] }, { "gen_label": "3rd generation (YD3)", "year_start": 2014, "year_end": 2020, "platform_code": "YD3", "engines": [ "3.5L J35Y V6 with VCM", "3.0L V6 + three-motor hybrid (MDX Sport Hybrid, 2017-2020)" ], "transmissions": [ "6-speed automatic (2014-2015)", "ZF 9HP 9-speed automatic (2016-2020)", "7-speed dual-clutch (Sport Hybrid, 2017-2020)" ], "known_issues": [ { "component": "Transmission — ZF 9-speed automatic", "description": "Harsh and erratic shifting, hesitation and delayed engagement in the first years of the ZF 9HP application, addressed through successive transmission control software updates. 2016 is the problem year; by 2017-2020 most calibration fixes were in place.", "affected_years": "2016-2017 primarily" }, { "component": "Engine — Variable Cylinder Management (VCM)", "description": "VCM-driven oil consumption and spark plug fouling continue from the previous generation, though better understood and more often mitigated by owners in later model years.", "affected_years": "2014-2020" } ], "sources": [ "https://en.wikipedia.org/wiki/Acura_MDX", "https://www.copilotsearch.com/posts/which-year-models-used-acura-mdx-avoid/" ] }, { "gen_label": "4th generation (YD8/YD9/YE1, commonly 'YD4')", "year_start": 2022, "year_end": 2025, "platform_code": "YD8/YD9/YE1", "engines": [ "3.5L J35Y8 V6, 290 hp", "3.0L turbocharged V6, 355 hp (Type S)" ], "transmissions": [ "10-speed automatic" ], "known_issues": [], "sources": [ "https://en.wikipedia.org/wiki/Acura_MDX" ] } ] }, { "make": "AUDI", "model": "A4", "notes": "CONTESTED BOUNDARY — B6 to B7. The B7 launched in the US in spring 2005 and Audi marketed early cars as '2005.5', with some sources (AudiWorld's US press launch coverage, Nick's Car Blog) describing the B7 range as '2005.5-2008' while CarBuzz and most US model-year references list B6 = 2002-2005 and B7 = 2006-2008. I have used the CarBuzz/US-model-year split (B6 through 2005, B7 from 2006) because it is the one that matches how the cars are titled and how NHTSA keys model years, but MY2005 records may contain a minority of early B7 cars — flag this on both generation pages rather than silently absorbing it. Other notes: the B7 is technically a heavy facelift of the B6's 8E body, but it is universally treated as its own generation (new engines, new front structure, new suspension geometry) and should be a separate page. The A4 Cabriolet lagged the sedan — B7 Cabriolet production continued into 2009. NAMEPLATE END: the A4 was discontinued after MY2025 in the US and replaced by the four-door A5 (B10) for MY2026, so 2025 is the final A4 model year. Related NHTSA model strings that are NOT the mainstream A4 and should be routed elsewhere: 'A4 ALLROAD' (2017-2025), 'S4', 'RS4'. Generations are contiguous with no gaps.", "generations": [ { "gen_label": "1st generation (B5, Typ 8D)", "year_start": 1996, "year_end": 2001, "platform_code": "B5 / Typ 8D (VW Group B platform)", "engines": [ "2.8L V6 (12-valve, then 30-valve from 1997)", "1.8L 20v turbocharged I4 (1.8T, 1997-2001)" ], "transmissions": [ "5-speed manual", "5-speed Tiptronic automatic", "quattro all-wheel drive available" ], "known_issues": [ { "component": "Engine — 1.8T oil sludge", "description": "Oil coking and sludge formation in the 1.8T, concentrated at the turbocharger oil feed and in the sump, leading to oil starvation and turbo or bearing failure. Driven by small sump capacity, high turbo heat soak and long service intervals. Audi extended engine coverage on 1.8T-engined cars of this era in response.", "affected_years": "1997-2001 (1.8T only)" }, { "component": "Ignition — coil packs", "description": "Coil pack failures on the 1.8T producing misfires and limp mode; the subject of large-scale replacement campaigns across VW/Audi 1.8T applications.", "affected_years": "1997-2001" }, { "component": "Suspension — control arm bushings", "description": "Wear of the multi-link front control arm ('thrust arm') bushings, producing clunking, wandering and uneven tire wear; a defining B5 maintenance failure.", "affected_years": "1996-2001" } ], "sources": [ "https://en.wikipedia.org/wiki/Audi_A4", "https://carbuzz.com/cars/audi/a4/generations/" ] }, { "gen_label": "2nd generation (B6, Typ 8E)", "year_start": 2002, "year_end": 2005, "platform_code": "B6 / Typ 8E (PL46)", "engines": [ "1.8L 20v turbocharged I4 (1.8T)", "3.0L V6" ], "transmissions": [ "5-speed and 6-speed manual", "5-speed Tiptronic automatic", "multitronic CVT (front-wheel-drive models)" ], "known_issues": [ { "component": "Transmission — multitronic CVT", "description": "Failure of the multitronic continuously variable transmission: jerky acceleration, slipping under load, unusual noises and eventual loss of drive, typically emerging at roughly 60,000-95,000 miles. Failures involve both the clutch pack/chain assembly and the transmission control unit. Widely regarded as the defining B6 defect.", "affected_years": "2002-2005 (FWD multitronic-equipped cars)" }, { "component": "Engine — 1.8T oil sludge", "description": "The 1.8T oil sludge/oil starvation problem carries into the B6; Audi's extended engine coverage for sludge spans 1.8T engines through roughly 2005.", "affected_years": "2002-2005 (1.8T only)" } ], "sources": [ "https://en.wikipedia.org/wiki/Audi_A4", "https://carbuzz.com/cars/audi/a4/generations/", "https://www.autodoc.co.uk/info/problems-with-the-audi-a4-b6", "https://www.ecutesting.com/common-faults/audi/audi-a4-a6-multitronic-auto-transmission-ecu/" ] }, { "gen_label": "3rd generation (B7, Typ 8E facelift)", "year_start": 2006, "year_end": 2008, "platform_code": "B7 / Typ 8E", "engines": [ "2.0L TFSI/FSI turbocharged I4 (BPG/BWT), 200 hp", "3.2L FSI V6, 255 hp" ], "transmissions": [ "6-speed manual", "6-speed Tiptronic automatic", "multitronic CVT (front-wheel-drive models)" ], "known_issues": [ { "component": "Engine — high pressure fuel pump cam follower", "description": "The bucket-style cam follower that rides between the intake camshaft lobe and the mechanical high pressure fuel pump wears through and can be punctured, after which the pump plunger contacts and destroys the camshaft lobe, and metal debris enters the oil. Symptoms are power loss, rough running and a check-engine light. The follower is a wear item that owners must inspect periodically; the defining B7 2.0T FSI failure.", "affected_years": "2006-2008 (2.0T FSI only)" }, { "component": "Engine — timing chain tensioner", "description": "Hydraulic timing chain tensioner wear on the FSI engines, permitting chain slack and, in the worst case, timing jump.", "affected_years": "2006-2008" }, { "component": "Engine — intake valve carbon deposits", "description": "Direct injection means no fuel washes the intake valves, so carbon accumulates and causes misfires, rough idle and power loss; requires periodic walnut-blasting.", "affected_years": "2006-2008 (FSI engines)" } ], "sources": [ "https://carbuzz.com/cars/audi/a4/generations/", "https://www.nickscarblog.com/reviews/b7-audi-buyers-guide-2005-5-2008-audi-a4-s4-rs4", "https://www.audiworld.com/features/tests/b7a4.shtml", "https://stevesimports.com/blog/vw-and-audi-fsi-cam-follower-defect/", "https://www.ecstuning.com/News/Audi_B7_A4_20T_quattro_Cam_Follower_Replacement_Kit_2005_2006_2007_2008/" ] }, { "gen_label": "4th generation (B8, Typ 8K)", "year_start": 2009, "year_end": 2016, "platform_code": "B8 / Typ 8K (MLB); B8.5 facelift from MY2013", "engines": [ "2.0L TFSI EA888 Gen1/Gen2 I4, 211 hp (2009-2012)", "2.0L TFSI EA888 Gen3 I4, 220 hp (2013-2016, B8.5)", "3.2L FSI V6 (2009 only)" ], "transmissions": [ "6-speed manual", "8-speed Tiptronic automatic (quattro)", "multitronic CVT (front-wheel-drive models)" ], "known_issues": [ { "component": "Engine — excessive oil consumption (piston rings)", "description": "The early EA888 2.0T uses a piston design with 21 mm wrist pins and a ring pack that fails to control oil, producing consumption reported at over one quart per 1,000 miles. Audi initially replaced pistons and rings under warranty, later offering a revised crankcase breather element plus software. Subject of a class action settlement; the revised piston/ring kit is the durable fix.", "affected_years": "2009-2012 (2.0T); corrected on the Gen3 engine from 2013" }, { "component": "Engine — timing chain tensioner", "description": "The hydraulic timing chain tensioner is poorly designed and commonly fails shortly after the warranty period, allowing the chain to go slack and jump a tooth on the camshaft, causing valve-to-piston contact and engine failure. Subject of a US class action filed by plaintiffs across 17 states; Audi revised the tensioner design.", "affected_years": "2009-2013 (2.0T)" }, { "component": "Cooling — water pump / thermostat housing", "description": "The plastic water pump and integrated thermostat housing crack and leak coolant, a routine failure on this engine family.", "affected_years": "2009-2016" }, { "component": "Engine — intake valve carbon deposits", "description": "Carbon accumulation on the intake valves of the direct-injected 2.0T causing misfires, rough idle and lost power.", "affected_years": "2009-2016" } ], "sources": [ "https://en.wikipedia.org/wiki/Audi_A4", "https://www.fcpeuro.com/blog/audi-b8-2.0t-a4-q5-piston-kit-symptoms-review", "https://www.carcomplaints.com/news/2016/audi-timing-chain-lawsuit-chains-tooth.shtml", "https://www.audiworld.com/how-tos/a/audi-a4-b8-information-on-the-oil-consumption-problem-421881", "https://alexsautohaus.com/common-problems-on-the-b8-audi-a4/" ] }, { "gen_label": "5th generation (B9, Typ 8W)", "year_start": 2017, "year_end": 2025, "platform_code": "B9 / Typ 8W (MLB evo); facelift from MY2020", "engines": [ "2.0L TFSI EA888 Gen3B I4, 190 hp (40 TFSI) and 248-261 hp (45 TFSI)", "2.0L TFSI with 12V mild hybrid (later model years)" ], "transmissions": [ "7-speed S tronic dual-clutch", "8-speed Tiptronic automatic" ], "known_issues": [ { "component": "Cooling — water pump / thermostat module", "description": "The integrated plastic water pump and thermostat module remains a recurring coolant leak point on the EA888, carried over from the B8.", "affected_years": "2017-2025" }, { "component": "Engine — intake valve carbon deposits", "description": "Carbon accumulation on intake valves persists on the direct-injected engine, though the Gen3B's addition of port injection in some tunes reduces severity relative to the B8.", "affected_years": "2017-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Audi_A4", "https://carbuzz.com/cars/audi/a4/generations/", "https://www.kbb.com/car-news/audi-unveils-new-a5-to-replace-a4" ] } ] }, { "make": "CHEVROLET", "model": "HHR", "notes": "Single-generation nameplate; no generation-boundary ambiguity. Built on GM's Delta platform (shared with Chevrolet Cobalt, Pontiac G5, Saturn Ion), so its failure patterns overlap those cars closely — worth cross-linking on the site. The HHR Panel (no rear side glass, 2007-2011) and HHR SS (2008-2010) are trims, not separate generations. Production ended May 2011; MY2011 was a partial year, so MY2011 complaint counts are naturally low.", "generations": [ { "gen_label": "Single generation", "year_start": 2006, "year_end": 2011, "platform_code": "GM Delta (GMT001)", "engines": [ "2.2L Ecotec L61 I4 (143-149 hp, 2006-2008)", "2.2L Ecotec LAP I4 with VVT (155 hp, 2009-2011)", "2.4L Ecotec LE5 I4 (172-175 hp)", "2.0L turbocharged Ecotec LNF I4 (260 hp, SS only, 2008-2010)" ], "transmissions": [ "Getrag F23 5-speed manual", "Getrag F35 5-speed manual (SS)", "GM 4T45-E 4-speed automatic" ], "known_issues": [ { "component": "Ignition switch", "description": "Ignition switch detent torque too low: weight on the key ring or a jarring road event can move the switch out of 'Run', shutting off the engine and with it power steering assist, power brake assist and airbag deployment. Covered by GM's 2014 ignition-switch recall campaign, initially for 2006-2007 cars and later expanded to the full 2006-2011 HHR range.", "affected_years": "2006-2011" }, { "component": "Electric power steering", "description": "Loss of electric power steering assist from failure of the steering column assist motor/torque sensor circuit; steering reverts to manual effort. GM recalled a subset of 2009-2010 HHR under its 2014 power-steering campaign (the same defect family as the Cobalt/G5/Ion EPS recalls).", "affected_years": "2009-2010" }, { "component": "Timing chain (2.4L LE5)", "description": "Plastic timing chain guides and the hydraulic tensioner degrade, producing cold-start rattle from the passenger side of the engine and chain slack. The Ecotec is an interference design, so a jumped or broken chain causes valve-to-piston contact.", "affected_years": "2006-2011 (2.4L cars)" }, { "component": "Engine oil consumption (2.4L LE5)", "description": "Excessive oil consumption between changes on 2.4L Ecotec engines, attributed to piston ring/PCV system design; GM issued a technical service bulletin covering 2010-2013 2.4L vehicles.", "affected_years": "2010-2011" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_HHR", "https://www.autosafety.org/major-recalls-general-motors-ignition-switches/", "https://www.cars.com/research/chevrolet-hhr/recalls/", "https://www.go-parts.com/garage/ps-2006-2011-chevrolet-hhr-engine-timing-chain-guide" ] } ] }, { "make": "SATURN", "model": "ION", "notes": "Single-generation nameplate (2003-2007), replacing the Saturn S-Series and replaced by the Astra. Same GM Delta platform as the Chevrolet Cobalt/HHR and Pontiac G5, so defect patterns are shared. Body styles: 4-door sedan and 'Quad Coupe' with rear-hinged half doors — trims, not generations. Transmission sourcing in 2003-2004 is the one soft spot in the record: the VTi CVT is well documented as the 2003-2004 automatic, while some references additionally list an Aisin 5-speed automatic for those years; the 4T45-E 4-speed automatic is firmly established from 2005 onward.", "generations": [ { "gen_label": "Single generation", "year_start": 2003, "year_end": 2007, "platform_code": "GM Delta (GMX357)", "engines": [ "2.2L Ecotec L61 I4 (140-145 hp)", "2.4L Ecotec LE5 I4 (170-175 hp, 2006-2007)", "2.0L supercharged Ecotec LSJ I4 (205 hp, Red Line, 2004-2007)" ], "transmissions": [ "Getrag F23 5-speed manual", "Getrag F35 5-speed manual (Red Line)", "VTi (VT25-E) CVT (2003-2004 automatic)", "GM 4T45-E 4-speed automatic (2005-2007)" ], "known_issues": [ { "component": "VTi CVT transmission", "description": "GM's VTi continuously variable transmission suffered very high failure rates — slipping and shudder progressing to total loss of drive. GM halted VTi production in January 2004 and dropped it for MY2005; a class action produced a settlement and extended warranty coverage.", "affected_years": "2003-2004" }, { "component": "Ignition switch", "description": "Same low-detent-torque ignition switch as the Cobalt/HHR: key-ring weight or a jolt can rotate the switch out of 'Run', killing the engine and disabling power steering assist, power brake assist and the airbags. All 2003-2007 Ions were included in GM's February 2014 recall expansion.", "affected_years": "2003-2007" }, { "component": "Electric power steering", "description": "Column-mounted electric power steering assist motor/control circuit fails, causing sudden loss of steering assist (steering remains mechanical but effort rises sharply). GM recalled all MY2004-2007 Ions under its 2014 power-steering campaign after an extended delay.", "affected_years": "2004-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Saturn_Ion", "http://www.saturnproblems.com/vti-transmission/", "https://www.autosafety.org/major-recalls-general-motors-ignition-switches/", "https://www.npr.org/sections/thetwo-way/2014/04/19/304944640/gm-was-slow-to-recall-saturn-cars-with-steering-flaw" ] } ] }, { "make": "FORD", "model": "FREESTAR", "notes": "Single-generation nameplate, MY2004-2007. It is not a clean-sheet vehicle: it is a heavily revised second-generation Windstar (Ford spent roughly $600M on the update, targeting driveline reliability) and was renamed Freestar for 2004. The Mercury Monterey (2004-2007) is the badge-engineered twin and appears as a separate NHTSA model — do not merge it into the Freestar page, but do cross-link, since it shares the torque converter recall. No direct successor: Ford exited the minivan segment in North America, with the Taurus X and Flex covering the three-row role. Engine availability varied by trim and year (3.9L base, 4.2L on upper trims and eventually standard), so treat engine-specific failure grouping by VIN/trim rather than by model year alone.", "generations": [ { "gen_label": "Single generation", "year_start": 2004, "year_end": 2007, "platform_code": "Ford MV1 (second-generation Windstar derivative)", "engines": [ "3.9L Essex OHV V6 (193 hp)", "4.2L Essex OHV V6 (201 hp)" ], "transmissions": [ "Ford 4F50N (AX4N family) 4-speed automatic" ], "known_issues": [ { "component": "Torque converter / automatic transmission", "description": "Torque converter output shaft splines strip, causing sudden and complete loss of motive power with no warning while driving. NHTSA ODI logged 227 owner complaints of sudden power loss, 124 attributed to spline stripping; Ford recalled roughly 205,896 MY2004-2005 Freestar and Mercury Monterey vans in 2012 (Ford campaign 11S25, NHTSA 12V-006) and replaced the torque converter.", "affected_years": "2004-2005 (recall); 2006-2007 vans report similar failures without a recall" }, { "component": "Automatic transmission (4F50N)", "description": "Broader transmission durability complaints across the run — slipping, harsh engagement and failure — continuing the driveline reputation the Windstar redesign was meant to fix.", "affected_years": "2004-2007" } ], "sources": [ "https://en.wikipedia.org/wiki/Ford_Freestar", "https://auto-recalls.justia.com/ford/freestar/2005/12v006000/", "https://www.fordproblems.com/torque-converter/" ] } ] }, { "make": "MERCURY", "model": "GRAND MARQUIS", "notes": "All years in the NHTSA span are body-on-frame Ford Panther platform cars with the 4.6L 2-valve SOHC modular V8 — the split is by chassis revision, not by drivetrain. SOURCE DISAGREEMENT: Wikipedia's Grand Marquis article treats 1998-2002 and 2003-2011 as separate generations, while some references (and Wikipedia's own Crown Victoria article) treat 1998-2011 as one long generation with a 2003 mid-cycle chassis update. I have used the 1998-2002 / 2003-2011 split because 2003 brought a genuinely different chassis (fully boxed hydroformed frame, rack-and-pinion steering replacing recirculating ball, redesigned front and rear suspension and brakes), which meets the platform-change test rather than the facelift test. If the site later prefers fewer pages, 1998-2011 can be merged, but 1992-1997 must stay separate. Production ended 4 January 2011 at St. Thomas Assembly, so MY2011 is a short year. Sibling cars sharing these defects: Ford Crown Victoria and Lincoln Town Car.", "generations": [ { "gen_label": "2nd generation (aero Panther)", "year_start": 1992, "year_end": 1997, "platform_code": "Ford Panther", "engines": [ "4.6L 2-valve SOHC Modular V8 (190-210 hp)" ], "transmissions": [ "Ford AOD 4-speed automatic (early)", "Ford AOD-E 4-speed automatic", "Ford 4R70W 4-speed automatic" ], "known_issues": [ { "component": "Intake manifold (composite)", "description": "The plastic/composite intake manifold on the 4.6L 2-valve V8 develops fatigue cracks at the coolant crossover duct (splits across the front, behind the alternator), dumping coolant and risking overheating. Ford's formal recall (01M02) covered only police/fleet Crown Victorias; a December 2005 class-action settlement covered consumer 1996-2001 Grand Marquis, Town Car and Crown Victoria owners with reimbursement of about $735. Manifolds with an aluminum crossover superseded the all-plastic part from roughly 2002.", "affected_years": "1996-1997 within this generation" }, { "component": "Rear air suspension", "description": "On air-suspension-equipped cars, rear air springs and the compressor leak and fail, leaving the car sagging at the rear; a common conversion-to-coil repair.", "affected_years": "1992-1997 (so-equipped)" } ], "sources": [ "https://en.wikipedia.org/wiki/Mercury_Grand_Marquis", "https://www.cunninghambounds.com/blogs/2005/july/ford-settles-plastic-manifold-class-actions-cove/" ] }, { "gen_label": "3rd generation", "year_start": 1998, "year_end": 2002, "platform_code": "Ford Panther (revised)", "engines": [ "4.6L 2-valve SOHC Modular V8 (200-235 hp with dual exhaust/Handling Package)" ], "transmissions": [ "Ford 4R70W 4-speed automatic" ], "known_issues": [ { "component": "Intake manifold (composite)", "description": "Same 4.6L 2-valve composite intake manifold coolant-crossover cracking as the previous generation; the 2005 class-action settlement covered 1996-2001 model years, and the redesigned manifold with an aluminum crossover arrived around 2002.", "affected_years": "1998-2001" }, { "component": "Rear air suspension", "description": "Air spring and compressor leaks on air-suspension-equipped cars produce rear-end sag and compressor burnout.", "affected_years": "1998-2002 (so-equipped)" } ], "sources": [ "https://en.wikipedia.org/wiki/Mercury_Grand_Marquis", "https://www.cunninghambounds.com/blogs/2005/july/ford-settles-plastic-manifold-class-actions-cove/", "https://www.conceptcarz.com/vehicle/z5410/mercury-grand-marquis.aspx" ] }, { "gen_label": "4th generation", "year_start": 2003, "year_end": 2011, "platform_code": "Ford Panther (hydroformed boxed frame, rack-and-pinion)", "engines": [ "4.6L 2-valve SOHC Modular V8 (224-239 hp)" ], "transmissions": [ "Ford 4R70W 4-speed automatic (2003-2004)", "Ford 4R70E 4-speed automatic (2005)", "Ford 4R75E 4-speed automatic (2006-2011)" ], "known_issues": [ { "component": "Rear air suspension", "description": "Rear air springs and compressor leak and fail on air-suspension-equipped cars, causing rear sag and compressor overrun.", "affected_years": "2003-2011 (so-equipped)" }, { "component": "Steering rack", "description": "The rack-and-pinion steering introduced for 2003 draws leak and looseness complaints not applicable to the earlier recirculating-ball cars — a useful discriminator between the 1998-2002 and 2003-2011 pages.", "affected_years": "2003-2011" } ], "sources": [ "https://en.wikipedia.org/wiki/Mercury_Grand_Marquis", "https://automobile.fandom.com/wiki/Mercury_Grand_Marquis" ] } ] }, { "make": "LINCOLN", "model": "NAVIGATOR", "notes": "Full-size body-on-frame SUV, Ford Expedition-based throughout. The extended-wheelbase Navigator L (2007+, chassis U418; later 'Navigator L' on U554/U718) is the same generation as the standard-wheelbase truck and should not be split out. Two mid-generation powertrain changes matter more than any facelift: (1) within the 3rd generation, the 5.4L V8 was replaced by the 3.5L twin-turbo EcoBoost V6 for MY2015, and the 6HP26 transmission gave way to the 6R80 for MY2009 — so 2007-2008, 2009-2014 and 2015-2017 behave like three different trucks mechanically; (2) the 2nd generation switched from the 4R100 to the ZF 6HP26 and from the DOHC InTech V8 to the 3-valve Triton for 2005-2006. The 5th generation (2025+) is very new and has little complaint history yet.", "generations": [ { "gen_label": "1st generation", "year_start": 1998, "year_end": 2002, "platform_code": "UN173 (Ford U platform)", "engines": [ "5.4L Triton SOHC 2-valve V8 (230 hp 1998, 260 hp 1999+)", "5.4L InTech DOHC 32-valve V8 (300 hp, from mid-1999)" ], "transmissions": [ "Ford 4R100 4-speed automatic" ], "known_issues": [ { "component": "Air suspension", "description": "Rear (and on 4x4 models, front) air springs leak and the compressor burns out from over-cycling; symptoms are a sagging or squatting rear end, ride-height faults and nose-dive under braking. Height sensors and control module electrical faults are secondary causes.", "affected_years": "1998-2002" }, { "component": "Cylinder head spark plug threads (5.4L 2-valve)", "description": "The 2-valve Triton aluminum heads have too few spark plug thread engagements; plugs (commonly #2/#3/#4) work loose and eject from the head under compression, typically at 60,000-100,000 miles, stripping the threads. Ford revised the head design for 2003.", "affected_years": "1998-2002 (5.4L 2-valve)" } ], "sources": [ "https://en.wikipedia.org/wiki/Lincoln_Navigator", "https://8020automotive.com/ford-triton-spark-plug-issues/", "https://www.carparts.com/blog/lincoln-navigator-reliability-and-common-problems/" ] }, { "gen_label": "2nd generation", "year_start": 2003, "year_end": 2006, "platform_code": "U228", "engines": [ "5.4L InTech DOHC 32-valve V8 (300 hp, 2003-2004)", "5.4L Triton SOHC 3-valve V8 (300 hp, 2005-2006)" ], "transmissions": [ "Ford 4R100 4-speed automatic (2003-2004)", "ZF 6HP26 6-speed automatic (2005-2006)" ], "known_issues": [ { "component": "Air suspension", "description": "Air spring leaks, compressor failure and height-sensor faults continue; complaint volume is highest around MY2004.", "affected_years": "2003-2006" }, { "component": "Spark plugs (5.4L 3-valve)", "description": "The 3-valve Triton used a two-piece spark plug whose lower porcelain/shell section seizes in the head and breaks off during removal, turning a routine plug change into head-removal-level work.", "affected_years": "2005-2006" }, { "component": "Variable cam timing / timing chain (5.4L 3-valve)", "description": "Cam phaser rattle at cold start and under light load, and timing chain tensioner/guide wear, on the 3-valve 5.4L; aggravated by low or degraded oil.", "affected_years": "2005-2006" } ], "sources": [ "https://en.wikipedia.org/wiki/Lincoln_Navigator", "https://8020automotive.com/ford-triton-spark-plug-issues/" ] }, { "gen_label": "3rd generation", "year_start": 2007, "year_end": 2017, "platform_code": "U326 (standard wheelbase); U418 (Navigator L)", "engines": [ "5.4L Triton SOHC 3-valve V8 (300-310 hp, 2007-2014)", "3.5L EcoBoost twin-turbo V6 (380 hp, 2015-2017)" ], "transmissions": [ "ZF 6HP26 6-speed automatic (2007-2008)", "Ford 6R80 6-speed automatic (2009-2017)" ], "known_issues": [ { "component": "Spark plugs (5.4L 3-valve)", "description": "Two-piece spark plugs seize and break off in the aluminum heads on removal; Ford returned to one-piece plugs around the 2008-2009 build change, so the problem is concentrated in the earlier years of this generation.", "affected_years": "2007-2008" }, { "component": "Variable cam timing / timing chain (5.4L 3-valve)", "description": "Cam phaser rattle, phaser lock-up and timing chain tensioner/guide wear on the 3-valve 5.4L, producing cold-start rattle and, if ignored, chain jump.", "affected_years": "2007-2014" }, { "component": "Air suspension", "description": "Load-leveling air suspension continues to leak at the air springs and to overwork the compressor across this generation.", "affected_years": "2007-2017" } ], "sources": [ "https://en.wikipedia.org/wiki/Lincoln_Navigator", "https://8020automotive.com/ford-triton-spark-plug-issues/" ] }, { "gen_label": "4th generation", "year_start": 2018, "year_end": 2024, "platform_code": "U554", "engines": [ "3.5L EcoBoost D35 twin-turbo V6 (440-450 hp)" ], "transmissions": [ "Ford 10R80 10-speed automatic (SelectShift)" ], "known_issues": [ { "component": "10R80 10-speed automatic", "description": "Harsh or erratic shifting, downshift clunk and torque converter shudder are widely reported across Ford's 10R80 application base in the earlier years of this transmission; symptoms are typically addressed by TCM recalibration, with hardware repair in worse cases.", "affected_years": "2018-2021" } ], "sources": [ "https://en.wikipedia.org/wiki/Lincoln_Navigator" ] }, { "gen_label": "5th generation", "year_start": 2025, "year_end": 2025, "platform_code": "U718", "engines": [ "3.5L EcoBoost D35 twin-turbo V6" ], "transmissions": [ "Ford 10R80 10-speed automatic (SelectShift)" ], "known_issues": [], "sources": [ "https://en.wikipedia.org/wiki/Lincoln_Navigator" ] } ] }, { "make": "MITSUBISHI", "model": "OUTLANDER", "notes": "CRITICAL SEPARATIONS: (1) 'Outlander Sport' (RVR, 2011-2024) is a completely different, smaller vehicle and must never be merged into these pages. (2) There is a real US gap: the 3rd-generation gas Outlander ended at MY2020 and the 4th generation arrived as MY2022 (on sale spring 2021) — no MY2021 gas Outlander was sold in the US. (3) The 3rd-generation-based Outlander PHEV continued in the US for MY2021 and MY2022, overlapping the new 4th-generation gas car in MY2022; the 4th-generation PHEV did not arrive until MY2023. So MY2021-2022 PHEV complaints belong to generation 3, not generation 4, and MY2022 records must be split by PHEV vs gas. (4) US model years lag the global launches by about a year on generations 2 and 3 (North America stayed on the 2nd-gen platform through MY2013 while the 3rd generation was already selling elsewhere).", "generations": [ { "gen_label": "1st generation", "year_start": 2003, "year_end": 2006, "platform_code": "CU (Mitsubishi GS platform / 'Project Global')", "engines": [ "2.4L 4G64 I4 (US only engine)" ], "transmissions": [ "4-speed INVECS-II automatic" ], "known_issues": [], "sources": [ "https://en.wikipedia.org/wiki/Mitsubishi_Outlander", "https://www.iseecars.com/car/mitsubishi-outlander/generations" ] }, { "gen_label": "2nd generation", "year_start": 2007, "year_end": 2013, "platform_code": "CW (Mitsubishi GS platform)", "engines": [ "3.0L 6B31 V6 (US launch engine, 2007-2013)", "2.4L 4B12 I4 (added to the US line for 2008)" ], "transmissions": [ "6-speed automatic (Jatco JF613E, V6)", "Jatco JF011E CVT (2.4L I4)" ], "known_issues": [ { "component": "CVT (Jatco JF011E)", "description": "Belt and pulley wear leading to shudder, flare on takeoff and eventual loss of drive, aggravated by heat, towing and extended fluid intervals; the same Jatco unit used across several brands in this era.", "affected_years": "2008-2013 (2.4L CVT cars)" } ], "sources": [ "https://en.wikipedia.org/wiki/Mitsubishi_Outlander", "https://www.iseecars.com/car/mitsubishi-outlander/generations" ] }, { "gen_label": "3rd generation", "year_start": 2014, "year_end": 2020, "platform_code": "GF/GG", "engines": [ "2.4L 4B12 I4", "3.0L 6B31 V6 (GT)", "2.0L MIVEC + twin electric motors (PHEV, US MY2018-2019)", "2.4L MIVEC + twin electric motors (PHEV, US MY2020-2022)" ], "transmissions": [ "Jatco JF011E CVT (2014-2015)", "Jatco CVT8 (JF016E/JF017E family, 2016+)", "6-speed automatic (V6 GT)", "Single-speed reduction drive (PHEV)" ], "known_issues": [ { "component": "CVT (Jatco)", "description": "Belt/pulley wear and overheating produce launch flare, mid-throttle shudder and limp mode, most often between roughly 60,000 and 100,000 miles; the earlier JF011E cars (2014-2015) draw noticeably more complaints than the CVT8 cars from 2016 on.", "affected_years": "2014-2015 worst; 2014-2020 generally" } ], "sources": [ "https://en.wikipedia.org/wiki/Mitsubishi_Outlander", "https://www.iseecars.com/car/mitsubishi-outlander/generations", "https://www.jdpower.com/cars/history/mitsubishi/outlander-phev" ] }, { "gen_label": "4th generation", "year_start": 2022, "year_end": 2025, "platform_code": "GN/GM (Nissan-Renault CMF-CD, shared with the Nissan Rogue)", "engines": [ "2.5L PR25DD I4 (Nissan-sourced, gas, 2022+)", "2.4L I4 + twin electric motors, 20 kWh pack (PHEV, 2023+)" ], "transmissions": [ "CVT (gas)", "Single-speed reduction drive (PHEV)" ], "known_issues": [], "sources": [ "https://en.wikipedia.org/wiki/Mitsubishi_Outlander", "https://www.iseecars.com/car/mitsubishi-outlander/generations" ] } ] }, { "make": "VOLVO", "model": "XC90", "notes": "Only two generations, but there is a genuine one-year US gap: the P2 car ended at MY2014 and the SPA car began at MY2016 — there is no US MY2015 XC90, so any MY2015 record is a data error worth flagging. Generation 1 spans a huge powertrain range (5-cyl turbo, twin-turbo I6, NA I6, Yamaha V8) with three different transmission families, and the failure profile differs sharply by engine — the 2003-2005 T6 in particular should get its own failure-mode treatment. Generation 2 got model-year refreshes for 2020 and 2023 (and the powertrain renaming to B5/B6 mild hybrids around MY2020-2021) but no platform change, so it stays one generation. The all-electric EX90 is a separate nameplate, not an XC90 generation.", "generations": [ { "gen_label": "1st generation", "year_start": 2003, "year_end": 2014, "platform_code": "Volvo P2", "engines": [ "2.5L B5254T2 turbocharged I5 (2.5T, 208 hp)", "2.9L B6294T twin-turbo I6 (T6, 268 hp, 2003-2005)", "3.2L B6324S I6 (235 hp, from MY2007)", "4.4L Yamaha B8444S V8 (311 hp, US from MY2005)" ], "transmissions": [ "GM 4T65-E 4-speed automatic (T6, 2003-2005)", "Aisin AW55-50/51SN 5-speed automatic (2.5T)", "Aisin TF-80SC 6-speed automatic (3.2 and V8)" ], "known_issues": [ { "component": "Automatic transmission (GM 4T65-E) on the T6", "description": "The GM 4T65-E fitted behind the 2.9 twin-turbo T6 is undersized for the vehicle's weight and torque; a failing internal transmission oil cooler lets engine coolant (glycol) contaminate the ATF, destroying clutches. Result is slipping, overheating and total failure, frequently just after the warranty period. Volvo settled a class action over these failures with repair coverage.", "affected_years": "2003-2005 (T6 only)" }, { "component": "AWD angle gear / driveshaft", "description": "The angle (bevel) gear unit and its splined coupling to the propshaft wear and seize, a well-known P2 AWD service item causing driveline noise, vibration and loss of rear drive; often traced to inadequate lubrication/fluid service.", "affected_years": "2003-2014 (AWD)" } ], "sources": [ "https://en.wikipedia.org/wiki/Volvo_XC90", "https://www.matthewsvolvosite.com/xc90-t6-transmissions-fail/", "https://www.aboutlawsuits.com/volvo-transmission-settlement-43494/" ] }, { "gen_label": "2nd generation", "year_start": 2016, "year_end": 2025, "platform_code": "Volvo SPA (Scalable Product Architecture)", "engines": [ "2.0L Drive-E turbo I4 (T5)", "2.0L Drive-E supercharged+turbocharged I4 (T6)", "2.0L T8 plug-in hybrid (turbo+supercharged I4 plus rear electric motor, ~400 hp)", "B5/B6 48V mild-hybrid 2.0L I4 (renaming from around MY2020-2021)" ], "transmissions": [ "Aisin TG-81SC 8-speed Geartronic automatic" ], "known_issues": [ { "component": "High-voltage battery / Battery Energy Control Module (T8 plug-in hybrid)", "description": "BECM failure inside the 400V pack triggers 'Hybrid System Failure' warnings and severely reduced power ('turtle mode'); repair requires high-voltage-certified service of the pack.", "affected_years": "2016-2019 (T8)" }, { "component": "High-voltage battery module (plug-in hybrid)", "description": "Recall for a possible short circuit within a high-voltage battery module when the pack is fully charged and the vehicle is parked, with fire risk; remedy is module inspection/replacement plus monitoring software.", "affected_years": "2020-2022 (plug-in hybrid)" }, { "component": "Low-pressure fuel pump", "description": "Recall R10100: the low-pressure fuel pump can blow its 15-amp fuse and stop, stalling the engine while driving; remedy was a 20-amp fuse.", "affected_years": "2019-2020" } ], "sources": [ "https://en.wikipedia.org/wiki/Volvo_XC90", "https://www.go-parts.com/garage/battery-control-module-volvo-xc60-volvo-xc90-volvo-s60-2016-2019", "https://volvo.oemdtc.com/587/recall-r10100-low-pressure-fuel-pump-can-fail-2019-2020-volvo-v90-xc60-s60-v60-v60cc-s90-v90cc-s90l-xc90/" ] } ] }, { "make": "LEXUS", "model": "RX", "notes": "NHTSA records may appear under RX, RX 300, RX 330, RX 350, RX 400H, RX 450H, RX 350L etc.; all of these are trim/powertrain designations within the five generations below and should be folded into the generation pages. SOURCE DISAGREEMENT resolved: Wikipedia's XU30 table ends the second generation at 2008, but the US RX 350 was sold as a MY2009 vehicle — Lexus's own VVT-i oil line campaign covers MY2007-2009 RX 350, and third-generation US sales began in February 2009 as MY2010 cars. I therefore use 2004-2009 for generation 2 and 2010-2015 for generation 3. Within generation 2 the powertrain changes matter: RX 330 (3.3L 3MZ-FE) 2004-2006, RX 400h hybrid 2006-2008, RX 350 (3.5L 2GR-FE) 2007-2009. The three-row RX 350L/450hL (2018-2022) is a body variant of generation 4, not a separate generation.", "generations": [ { "gen_label": "1st generation (RX 300)", "year_start": 1999, "year_end": 2003, "platform_code": "XU10", "engines": [ "3.0L 1MZ-FE V6 (220 hp)" ], "transmissions": [ "Aisin U140E/U140F 4-speed automatic" ], "known_issues": [ { "component": "Engine oil sludge (1MZ-FE)", "description": "The 1MZ-FE V6 is central to Toyota's oil-gelling episode: sludge accumulates in the crankcase and under the valve covers, starving oil passages and in bad cases destroying the engine. Toyota handled it through a special policy adjustment giving up to eight years of coverage rather than a recall, and a later class settlement covered roughly 3.5 million 1997-2002 Toyota/Lexus vehicles including the RX 300.", "affected_years": "1999-2002" }, { "component": "Automatic transmission (U140E)", "description": "Harsh or delayed engagement, slipping and outright failure of the 4-speed automatic are among the most common owner complaints for this generation.", "affected_years": "1999-2003" } ], "sources": [ "https://en.wikipedia.org/wiki/Lexus_RX", "https://www.autosafety.org/toyota-broadens-sludge-repair-program/" ] }, { "gen_label": "2nd generation (RX 330 / RX 400h / RX 350)", "year_start": 2004, "year_end": 2009, "platform_code": "XU30", "engines": [ "3.3L 3MZ-FE V6 (RX 330, 2004-2006)", "3.3L 3MZ-FE V6 hybrid (RX 400h, 2006-2008)", "3.5L 2GR-FE V6 (RX 350, 2007-2009)" ], "transmissions": [ "Aisin U151E/U151F 5-speed automatic", "eCVT (RX 400h)" ], "known_issues": [ { "component": "VVT-i oil supply hose (2GR-FE)", "description": "The rubber section of the VVT-i actuator oil supply hose degrades and ruptures, causing rapid oil loss, abnormal engine noise, oil pressure warning and cam timing codes (e.g. P0024) that can end in engine failure. Lexus ran a Limited Service Campaign replacing the hose with an all-metal part, covering roughly 374,000 vehicles including MY2007-2009 RX 350.", "affected_years": "2007-2009 (RX 350)" }, { "component": "Instrument panel (dashboard)", "description": "Dashboards crack and turn sticky/shiny/melted under heat and humidity. Lexus ran a Warranty Enhancement Program (ZLD) covering MY2004-2006 RX 330 and MY2007-2009 RX 350, with reimbursement for prior out-of-pocket replacements of roughly $1,500.", "affected_years": "2004-2009" } ], "sources": [ "https://en.wikipedia.org/wiki/Lexus_RX", "https://pressroom.lexus.com/limited-service-campaign-for-vvt-i-oil-line/", "https://m.carcomplaints.com/news/2015/toyota-replace-melting-shiny-dashboards.shtml" ] }, { "gen_label": "3rd generation (RX 350 / RX 450h)", "year_start": 2010, "year_end": 2015, "platform_code": "AL10", "engines": [ "3.5L 2GR-FE V6 (RX 350, 275 hp)", "3.5L 2GR-FXE V6 hybrid (RX 450h)" ], "transmissions": [ "Aisin U660E/U660F 6-speed automatic", "eCVT (RX 450h)", "8-speed automatic (F Sport, 2013-2015)" ], "known_issues": [ { "component": "Accelerator pedal / floor mat entrapment", "description": "Included in Toyota/Lexus's floor mat pedal entrapment recall campaign, where an unsecured or incorrect all-weather mat can trap the accelerator pedal; remedy involved pedal reshaping, mat replacement and brake-override software.", "affected_years": "2010" } ], "sources": [ "https://en.wikipedia.org/wiki/Lexus_RX", "https://pressroom.lexus.com/album/2010-lexus-rx-350-third-3rd-generation/" ] }, { "gen_label": "4th generation (RX 200t/300, RX 350, RX 450h, RX L)", "year_start": 2016, "year_end": 2022, "platform_code": "AL20", "engines": [ "2.0L 8AR-FTS turbo I4 (RX 200t 2016-2019, renamed RX 300 2020-2022)", "3.5L 2GR-FKS V6 (RX 350, 295 hp)", "3.5L 2GR-FXS V6 hybrid (RX 450h)" ], "transmissions": [ "6-speed automatic (RX 200t/300)", "Aisin AWF8F35 8-speed automatic (RX 350)", "eCVT (RX 450h)" ], "known_issues": [ { "component": "Low-pressure fuel pump (Denso)", "description": "Denso low-pressure fuel pump impellers can deform and bind, causing rough running, no-start and engine stall while driving; part of the large multi-brand Denso fuel pump recall covering roughly MY2018-2020 vehicles.", "affected_years": "2018-2020" } ], "sources": [ "https://en.wikipedia.org/wiki/Lexus_RX", "https://carbuzz.com/cars/lexus/rx/generations/" ] }, { "gen_label": "5th generation (RX 350, RX 350h, RX 450h+, RX 500h)", "year_start": 2023, "year_end": 2025, "platform_code": "TNGA-K (ALA10/ALH10)", "engines": [ "2.4L T24A-FTS turbo I4 (RX 350, 275 hp)", "2.5L hybrid I4 (RX 350h, 246 hp combined)", "2.4L turbo hybrid with rear eAxle (RX 500h F Sport Performance, 366 hp combined)", "2.5L plug-in hybrid (RX 450h+, added after launch)" ], "transmissions": [ "8-speed automatic (RX 350)", "eCVT (RX 350h, RX 450h+)", "6-speed automatic with rear electric motor (RX 500h)" ], "known_issues": [], "sources": [ "https://en.wikipedia.org/wiki/Lexus_RX", "https://pressroom.lexus.com/vehicle/2023-lexus-rx-350/" ] } ] }, { "make": "INFINITI", "model": "G35", "notes": "IMPORTANT GROUPING HAZARD: the G35 nameplate spans two different platforms and the body styles changed over on different schedules, so MY2007 is genuinely ambiguous. The V35 sedan ran MY2003-2006 and the V35 coupe ran MY2003-2007; the V36 sedan arrived for MY2007 and kept the G35 badge through MY2008. Therefore a MY2007 'G35' record is a V35 coupe OR a V36 sedan and must be disambiguated by body style (or VIN) before assignment. The V36 coupe was never a G35 — it launched for MY2008 as the G37 — and the sedan became G37 for MY2009, so complaints after MY2008 will be under the separate G37 nameplate. G35x is the AWD sedan variant (2004-2008), not a separate generation. Both generations share the Nissan FM platform with the Z (Z33/Z34).", "generations": [ { "gen_label": "1st generation (V35)", "year_start": 2003, "year_end": 2006, "platform_code": "V35 (Nissan FM platform)", "engines": [ "3.5L VQ35DE V6 (260 hp early sedan automatic, 280 hp coupe, up to 298 hp in 2005-2006 6MT 'rev-up' cars)" ], "transmissions": [ "Nissan RE5R05A 5-speed automatic", "6-speed manual" ], "known_issues": [ { "component": "Engine oil consumption (VQ35DE)", "description": "High oil consumption and blow-by from worn piston ring sealing, typically surfacing around 60,000-80,000 miles on the earliest cars.", "affected_years": "2003-2004" }, { "component": "Timing chain guides and tensioner", "description": "Premature wear of the timing chain rail guides and tensioner causes rattle/tapping; disintegrating guide material can fall into the oil pan and block pickup.", "affected_years": "2003-2006" }, { "component": "Crankshaft/camshaft position sensors", "description": "Position sensor failures cause stalling at idle and no-start conditions; failure rates were high enough that Nissan addressed them through a recall/service campaign.", "affected_years": "2003-2006" }, { "component": "Front brakes", "description": "Rotor warping and rapid pad wear generate heavy vibration complaints, concentrated on the sedan in the early years.", "affected_years": "2003-2005" }, { "component": "Torque converter clutch solenoid (automatic)", "description": "TCC solenoid failure as early as around 30,000 miles causes slippage and hard shifts; the fix pairs solenoid replacement with a PCM reflash per TSB.", "affected_years": "2005-2006" } ], "sources": [ "https://en.wikipedia.org/wiki/Infiniti_G-series", "https://blog.1aauto.com/common-3rd-generation-infiniti-g35-problems/", "https://low-offset.com/infiniti/g35-reliability-specs-common-problems/" ] }, { "gen_label": "2nd generation (V36, G35 badge years only)", "year_start": 2007, "year_end": 2008, "platform_code": "V36 (Nissan FM platform, 2nd gen)", "engines": [ "3.5L VQ35HR V6 (306 hp)" ], "transmissions": [ "Nissan RE5R05A 5-speed automatic", "6-speed manual" ], "known_issues": [ { "component": "Timing chain guides and tensioner", "description": "Chain guide/tensioner wear producing rattle continues to be reported into the VQ35HR years.", "affected_years": "2007-2008" } ], "sources": [ "https://en.wikipedia.org/wiki/Infiniti_G-series", "https://blog.1aauto.com/common-3rd-generation-infiniti-g35-problems/" ] } ] }, { "make": "SUBARU", "model": "IMPREZA", "notes": "NAMEPLATE SPLITS that must be honored when grouping: (1) The WRX and STI were sold as 'Impreza WRX/STI' in the US through MY2014 and became the standalone WRX nameplate from MY2015 — and critically, when the standard Impreza moved to the 4th generation (GJ/GP) for MY2012, the WRX/STI stayed on the 3rd-generation wide-body GR/GV chassis through MY2014. So MY2012-2014 'Impreza' records may be either a 4th-gen economy car or a 3rd-gen WRX/STI, and must be split by trim/VIN. (2) The XV Crosstrek became a separate US nameplate for MY2013, and the Outback Sport lifted wagon (through MY2011) was an Impreza trim. (3) The 6th generation dropped the sedan and the manual transmission in the US — hatchback and CVT only. Minor source note: Wikipedia's North American spec table lists the 1st generation as 1994-2001 while US sales actually began for MY1993; this does not affect the NHTSA span, which starts at 1996 for this nameplate.", "generations": [ { "gen_label": "1st generation (GC/GM/GF)", "year_start": 1993, "year_end": 2001, "platform_code": "GC (sedan) / GM (coupe) / GF (wagon)", "engines": [ "1.8L EJ18 flat-4", "2.2L EJ22 flat-4", "2.5L EJ25D DOHC flat-4 (2.5RS, Outback Sport, 1998-1999)", "2.5L EJ251 SOHC flat-4 (2000-2001)" ], "transmissions": [ "5-speed manual", "4EAT 4-speed automatic" ], "known_issues": [ { "component": "Head gaskets (EJ25D DOHC)", "description": "Internal head gasket failure on the 2.5L DOHC EJ25D — combustion gases into the cooling system and coolant into the cylinders, causing overheating and misfire.", "affected_years": "1996-1999 (2.5L DOHC cars)" }, { "component": "Head gaskets (EJ251 SOHC)", "description": "External head gasket seepage on the SOHC 2.5L: oil and/or coolant weeping at the head-to-block joint, typically on the passenger side.", "affected_years": "2000-2001" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Impreza", "https://www.autoevolution.com/subaru/impreza/" ] }, { "gen_label": "2nd generation (GD/GG)", "year_start": 2002, "year_end": 2007, "platform_code": "GD (sedan) / GG (wagon)", "engines": [ "2.5L EJ251/EJ253 SOHC flat-4 (2.5RS, 2.5i)", "2.0L EJ205 turbo flat-4 (WRX, 2002-2005)", "2.5L EJ255 turbo flat-4 (WRX, 2006-2007)", "2.5L EJ257 turbo flat-4 (STI, 2004-2007)" ], "transmissions": [ "5-speed manual", "6-speed manual (STI)", "4EAT 4-speed automatic" ], "known_issues": [ { "component": "Head gaskets (EJ25 SOHC)", "description": "External head gasket oil/coolant seepage continues on the naturally aspirated 2.5L; Subaru's interim fix was a cooling-system conditioner, with gasket replacement as the durable repair.", "affected_years": "2002-2006" }, { "component": "Turbocharger oil supply (WRX/STI)", "description": "The banjo-bolt oil feed filter to the turbo clogs with oil coking and debris, starving the turbo bearing and causing turbo failure that can send debris downstream into the engine.", "affected_years": "2002-2007 (turbo models)" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Impreza", "https://en.wikipedia.org/wiki/Subaru_Impreza_(second_generation)" ] }, { "gen_label": "3rd generation (GE/GH/GR/GV)", "year_start": 2008, "year_end": 2011, "platform_code": "GE/GH (narrow body sedan/hatch); GR/GV (wide body WRX/STI)", "engines": [ "2.5L EJ253 SOHC flat-4 (2.5i, Outback Sport)", "2.5L EJ255 turbo flat-4 (WRX)", "2.5L EJ257 turbo flat-4 (STI)" ], "transmissions": [ "5-speed manual", "6-speed manual (STI, and WRX from 2015-era spec)", "4EAT 4-speed automatic" ], "known_issues": [ { "component": "Head gaskets (EJ253)", "description": "Head gasket seepage remains a reported wear item on the naturally aspirated EJ 2.5L in the early years of this generation.", "affected_years": "2008-2011" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Impreza", "https://wrxsubaru.com/third-gen" ] }, { "gen_label": "4th generation (GJ/GP)", "year_start": 2012, "year_end": 2016, "platform_code": "GJ (sedan) / GP (hatch)", "engines": [ "2.0L FB20 flat-4 (148 hp)" ], "transmissions": [ "5-speed manual", "Lineartronic TR580 CVT" ], "known_issues": [ { "component": "Engine oil consumption (FB20)", "description": "Defective piston rings allow excessive oil consumption between changes. A class action covering FB-engine Subarus (Forester, Outback, Crosstrek, Impreza, Legacy, roughly MY2011-2015) settled with warranty extension to 8 years/100,000 miles for oil-consumption repairs plus reimbursement; the Impreza classes were 2012-2013 4-door and 5-door and 2012-2015 manual-transmission cars below specified VIN breaks.", "affected_years": "2012-2015" }, { "component": "Lineartronic CVT (TR580)", "description": "Chain/pulley and valve body complaints (shudder, hesitation, failure) led Subaru to extend CVT powertrain coverage to 10 years/100,000 miles on CVT-equipped vehicles from the 2010-2015 model years.", "affected_years": "2012-2015" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Impreza", "https://media.subaru.com/newsrelease.do?id=321&mid=243", "https://topclassactions.com/lawsuit-settlements/closed-settlements/subaru-oil-burning-class-action-settlement/" ] }, { "gen_label": "5th generation (GK/GT)", "year_start": 2017, "year_end": 2023, "platform_code": "GK (sedan) / GT (hatch), Subaru Global Platform (SGP)", "engines": [ "2.0L FB20 direct-injection flat-4 (152 hp)" ], "transmissions": [ "5-speed manual (early years)", "Lineartronic CVT" ], "known_issues": [ { "component": "PCV valve", "description": "The aluminum positive crankcase ventilation valve can come apart, allowing the separated pieces to be drawn into the engine and cause loss of power while driving. Subaru recalls WUP-01 (2017-2018 Impreza and 2018 Crosstrek) and WUS-04 (2017 Impreza) provide inspection/replacement, with engine replacement if the separated pieces cannot be found.", "affected_years": "2017-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Subaru_Impreza", "https://subaru.oemdtc.com/1528/wup-01-pcv-valve-2017-2018-subaru-impreza-2018-crosstrek", "https://carused.jp/blog/subaru-impreza-overview-4th-5th-generation-features-and-reliability/" ] }, { "gen_label": "6th generation (GU)", "year_start": 2024, "year_end": 2025, "platform_code": "GU, Subaru Global Platform (SGP)", "engines": [ "2.0L FB20 flat-4 (152 hp, Base and Sport)", "2.5L FB25 flat-4 (182 hp, RS)" ], "transmissions": [ "Lineartronic CVT only (8-speed manual mode with paddles on Sport and RS)" ], "known_issues": [], "sources": [ "https://media.subaru.com/newsrelease.do?id=1974", "https://carscoops.com/2022/11/watch-subaru-unveil-the-sixth-generation-2024-impreza-in-la-here-at-1230-et/amp" ] } ] }, { "make": "PONTIAC", "model": "GRAND AM", "notes": "NHTSA span 1996-2005 falls entirely inside the 4th and 5th generations; earlier generations (1973-75, 1978-80, 1985-91) are out of scope and omitted. Both in-scope generations are GM N-body FWD compacts built at Lansing, MI. The 5th gen shares its GMX130 architecture and nearly all mechanicals with the Oldsmobile Alero — complaint patterns should correlate strongly between the two pages. MY2005 was a truncated model year: production ended 10 May 2005 and 2005 Grand Ams were a small, mostly fleet SE run, so 2005 complaint counts will be thin. Sources broadly agree on the 1998/1999 boundary; no dispute found.", "generations": [ { "gen_label": "4th generation", "platform_code": "GM N-body", "year_start": 1992, "year_end": 1998, "engines": [ "2.3L Quad 4 LD2/LG0 I4 (early years)", "2.4L LD9 Twin Cam I4 (1996-1998)", "3.1L L82 V6 (1994-1998)", "3.3L LG7 V6 (1992-1993)" ], "transmissions": [ "Getrag 5-speed manual", "3T40 3-speed automatic", "4T60-E 4-speed automatic" ], "known_issues": [ { "component": "Engine - intake manifold", "description": "3.1L V6 lower intake manifold gasket degradation, allowing coolant into the crankcase and/or external coolant seepage; associated with Dex-Cool long-life coolant and the nylon-carrier/silicone gasket design used across GM 3.1L/3.4L 60-degree V6s. Subject of the GM Dex-Cool class action covering roughly 1995-2003 3.1L/3.4L vehicles.", "affected_years": "1996-1998 (3.1L V6)" }, { "component": "Engine - cylinder head", "description": "2.4L LD9 Twin Cam head gasket failure, often secondary to cooling-system neglect or overheating; also timing chain tensioner wear producing cold-start rattle.", "affected_years": "1996-1998 (2.4L)" }, { "component": "Electrical - anti-theft", "description": "Passlock/VATS theft-deterrent system faults cause intermittent crank-no-start with the security lamp lit; the fix is typically the ignition lock cylinder housing sensor rather than the engine.", "affected_years": "1996-1998" }, { "component": "Body - windows", "description": "Power window regulator cable/pulley failure, most often the front doors.", "affected_years": "1996-1998" } ], "sources": [ "https://en.wikipedia.org/wiki/Pontiac_Grand_Am", "https://www.autosafety.org/gm-dexcool-engine-damage-class-action/", "https://www.carcomplaints.com/Pontiac/Grand_Am/1997/cooling_system/intake_manifold_gasket_failure.shtml" ] }, { "gen_label": "5th generation", "platform_code": "GM N-body (GMX130)", "year_start": 1999, "year_end": 2005, "engines": [ "2.4L LD9 Twin Cam I4 (1999-2001)", "2.2L Ecotec L61 I4 (2002-2005)", "3.4L LA1 V6 (1999-2005)" ], "transmissions": [ "Getrag F23 5-speed manual (2000+)", "4T40-E 4-speed automatic", "4T45-E 4-speed automatic" ], "known_issues": [ { "component": "Engine - intake manifold", "description": "3.4L LA1 V6 lower intake manifold gasket failure: the gasket carrier and sealing beads deteriorate, letting coolant into the lifter valley and oil, or leaking externally at the head-to-block junction. Frequently escalates to overheating and secondary head gasket failure if not caught. Same failure family as the GM Dex-Cool 3.1L/3.4L class action.", "affected_years": "1999-2005 (3.4L V6)" }, { "component": "Engine - cylinder head", "description": "2.4L LD9 head gasket failure and coolant loss; the LD9 was dropped after 2001 in favor of the 2.2L Ecotec.", "affected_years": "1999-2001 (2.4L)" }, { "component": "Electrical - anti-theft", "description": "Passlock II theft-deterrent no-start: the ignition-cylinder Hall-effect sensor degrades, the BCM disables fuel, and the car cranks but will not start until a 10-30 minute relearn.", "affected_years": "1999-2005" }, { "component": "Brakes", "description": "Front rotor thickness variation / warping producing pedal pulsation, a high-frequency owner complaint on this platform.", "affected_years": "1999-2005" } ], "sources": [ "https://en.wikipedia.org/wiki/Pontiac_Grand_Am", "https://www.carcomplaints.com/Pontiac/Grand_Am/2002/engine/intake_manifold_gasket_failure.shtml", "https://www.autosafety.org/gm-dexcool-engine-damage-class-action/" ] } ] }, { "make": "OLDSMOBILE", "model": "ALERO", "notes": "Single generation only — the Alero existed for model years 1999-2004 and nothing else wore the nameplate. Production ran April 1998 to 29 April 2004; the Alero was the final Oldsmobile ever built. Mechanically it is the Pontiac Grand Am 5th generation with different sheetmetal and interior, so its failure-mode profile is essentially identical (3.4L LA1 intake gaskets, Passlock, window regulators). If the site cross-links generations, Alero 1999-2004 and Grand Am 1999-2005 should point at each other. NHTSA span 1999-2004 matches the generation exactly.", "generations": [ { "gen_label": "Only generation", "platform_code": "GM N-body (GMX130)", "year_start": 1999, "year_end": 2004, "engines": [ "2.4L LD9 Twin Cam I4 (1999-2001, 150 hp)", "2.2L Ecotec L61 I4 (2002-2004, 140 hp)", "3.4L LA1 V6 (1999-2004, 170 hp)" ], "transmissions": [ "Getrag F23 5-speed manual", "4T40-E 4-speed automatic", "4T45-E 4-speed automatic" ], "known_issues": [ { "component": "Engine - intake manifold", "description": "3.4L LA1 lower intake manifold gasket failure allowing coolant into the oil or external coolant leaks; tied to the Dex-Cool-era nylon/silicone gasket design shared across GM 3.1L/3.4L 60-degree V6s. Often precedes overheating and head gasket damage.", "affected_years": "1999-2004 (3.4L V6)" }, { "component": "Electrical - anti-theft", "description": "Passlock II ignition-cylinder sensor degradation causing intermittent crank-no-start with security lamp.", "affected_years": "1999-2004" }, { "component": "HVAC", "description": "Blower motor resistor / control failure leaving the fan stuck on one speed or dead.", "affected_years": "1999-2004" } ], "sources": [ "https://en.wikipedia.org/wiki/Oldsmobile_Alero", "https://www.carcomplaints.com/Oldsmobile/Alero/2001/cooling_system/leaking_coolant_intake_manifold_gasket_failure.shtml", "https://www.autosafety.org/gm-dexcool-engine-damage-class-action/" ] } ] }, { "make": "BUICK", "model": "LACROSSE", "notes": "US-market mapping. The LaCrosse was sold in Canada as the Buick Allure for MY2005-2009 to avoid a French-language trademark conflict, and continued in China well past 2019 on a separate cadence — neither affects US NHTSA data. North American production ended 15 February 2019, so MY2019 is the last US year and the NHTSA 2005-2019 span is fully covered with no gaps. Note the 3rd-gen transmission progression is the one detail where secondary sources vary: MY2017 V6 cars use the 8-speed 8L45, while MY2018-2019 moved to a 9-speed (9T50 family); treat any 2017 9-speed attribution as suspect.", "generations": [ { "gen_label": "1st generation", "platform_code": "GM W-body", "year_start": 2005, "year_end": 2009, "engines": [ "3.8L Series III L26 V6 (200 hp)", "3.6L LY7 DOHC V6 (240 hp)", "5.3L LS4 V8 (Super, 2008-2009, 300 hp)" ], "transmissions": [ "4T65-E 4-speed automatic", "4T65-E HD 4-speed automatic (3.6L / 5.3L)" ], "known_issues": [ { "component": "Engine - timing chain", "description": "3.6L LY7 DOHC V6 timing chain stretch from wear on the chains, guides and tensioners, setting P0008/P0009/P0011/P0016 correlation codes with a cold-start rattle; aggravated by extended oil change intervals. GM issued TSBs and special coverage on the 3.6L family.", "affected_years": "2005-2009 (3.6L LY7)" }, { "component": "Transmission", "description": "4T65-E 4-speed automatic pressure-control solenoid and 3-4 clutch wear causing harsh or delayed shifts, particularly on higher-torque 3.6L and 5.3L applications.", "affected_years": "2005-2009" }, { "component": "Engine - cooling", "description": "3.8L Series III V6 upper/lower intake and plenum sealing leaks are a lower-frequency issue than on earlier GM 3.1L/3.4L V6s; the Series III is generally the durable choice in this generation.", "affected_years": "2005-2009 (3.8L)" } ], "sources": [ "https://en.wikipedia.org/wiki/Buick_LaCrosse", "https://www.go-parts.com/garage/obd-p0009-buick-lacrosse-2005-2012", "https://gotech.com/articles/gm-3-6l/gm-3.6l-timing-chain" ] }, { "gen_label": "2nd generation", "platform_code": "GM Epsilon II (long wheelbase)", "year_start": 2010, "year_end": 2016, "engines": [ "3.0L LF1 V6 (2010-2011)", "3.6L LLT V6 (2010-2011)", "3.6L LFX V6 (2012-2016)", "2.4L LAF Ecotec I4 with eAssist mild hybrid (2012-2016; 2.4L non-eAssist 2011)" ], "transmissions": [ "6T70 6-speed automatic (V6)", "6T40/6T45 6-speed automatic (2.4L)" ], "known_issues": [ { "component": "Engine - timing chain", "description": "3.6L LLT timing chain stretch. Root cause chain: internal oil consumption (early valve cover / PCV design) combined with an oil life monitor that did not account for the consumption, so the engine ran low on oil and starved the chain tensioners. Presents as cold-start rattle plus P0008/P0009/P0011/P0016. GM Special Coverage Adjustment #11340 extended timing chain coverage to 10 years / 120,000 miles. The 2012 switch to the LFX revised the chain hardware and largely resolved it.", "affected_years": "2010-2011 (3.6L LLT)" }, { "component": "Engine - piston rings", "description": "2.4L LAF Ecotec excessive oil consumption attributed to piston ring and PCV design, which can in turn starve the variable valve timing actuators (P0011/P0014).", "affected_years": "2012-2016 (2.4L eAssist)" }, { "component": "Hybrid system", "description": "eAssist 115V lithium-ion battery pack and power-inverter module failures, and accessory-belt-driven motor/generator faults, disabling stop-start and electric assist.", "affected_years": "2012-2016 (eAssist)" } ], "sources": [ "https://en.wikipedia.org/wiki/Buick_LaCrosse", "https://www.go-parts.com/garage/obd-p0011-buick-lacrosse-2010-2016-2-4l-ecotec", "https://gotech.com/articles/gm-3-6l/gm-3.6l-timing-chain" ] }, { "gen_label": "3rd generation", "platform_code": "GM E2XX / P2XX", "year_start": 2017, "year_end": 2019, "engines": [ "3.6L LGX V6 (310 hp, with stop-start)", "2.5L LKW I4 with eAssist (2018-2019)" ], "transmissions": [ "8L45 8-speed automatic (2017 V6)", "9-speed automatic, 9T50/9T65 family (2018-2019)" ], "known_issues": [ { "component": "Transmission", "description": "9-speed automatic (9T50 family) harsh or delayed shifts and low-speed shudder reported after the 2018 changeover; GM issued fluid and control-module reprogramming bulletins for the 9-speed family.", "affected_years": "2018-2019" }, { "component": "Engine - stop/start", "description": "Auto stop-start restart hesitation and starter/battery-management complaints, common to the LGX and LKW stop-start applications.", "affected_years": "2017-2019" } ], "sources": [ "https://en.wikipedia.org/wiki/Buick_LaCrosse", "https://www.go-parts.com/garage/obd-p0016-buick-lacrosse-2013-2019" ] } ] }, { "make": "CHEVROLET", "model": "COLORADO", "notes": "IMPORTANT — there is a real two-year US model-year gap: no 2013 or 2014 Chevrolet Colorado was sold in North America. First-gen production ended August 2012 and the second generation launched as a MY2015 truck (many built in calendar 2014 but titled as 2015s). Do not bridge 2012-2015 into one page. The GMC Canyon is the badge-engineered twin across all three generations and shares every listed defect. NHTSA span 2004-2025 is covered by gens 1-3 plus the recorded gap; a handful of complaints keyed to 2013/2014 would be data errors.", "generations": [ { "gen_label": "1st generation", "platform_code": "GMT355", "year_start": 2004, "year_end": 2012, "engines": [ "2.8L LK5 I4 (2004-2006)", "2.9L LLV I4 (2007-2012)", "3.5L L52 I5 (2004-2006)", "3.7L LLR I5 (2007-2012)", "5.3L LH8 V8 (2009-2012)" ], "transmissions": [ "Aisin AR-5 5-speed manual", "4L60-E 4-speed automatic" ], "known_issues": [ { "component": "Engine - cylinder head", "description": "Intake valve seat and valve guide wear on the Atlas I4/I5 engines. Worn guides destroy the valve stem seals, oil is drawn past the guides, and the valve seats then recess or leak, producing combustion leakage, misfire and a Service Engine Soon lamp. GM extended coverage to 7 years / 100,000 miles for the affected early trucks. 2004-2006 units are materially worse than 2007-2008.", "affected_years": "2004-2006 (2.8L/3.5L), reduced but present 2007-2008" }, { "component": "Engine - oil consumption", "description": "Excessive oil consumption on the 3.5L/3.7L I5, linked to the valve guide/seal wear above plus high crankcase pressure and PCV system failure that pulls oil into the intake tract and airbox.", "affected_years": "2004-2012" }, { "component": "Airbags", "description": "Sensing and Diagnostic Module fault that can prevent frontal airbag and seat-belt pretensioner deployment; covered by a GM safety recall spanning the generation.", "affected_years": "2004-2012" }, { "component": "HVAC", "description": "Blend door actuator failure producing stuck temperature control and clicking behind the dash.", "affected_years": "2004-2012" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Colorado", "https://cararac.com/blog/chevy-colorado-3-5-l-5-cylinder-engine-problems-durability.html", "https://www.cargurus.com/research/articles/chevrolet-colorado-buying-guide" ] }, { "gen_label": "2nd generation", "platform_code": "GMT 31XX", "year_start": 2015, "year_end": 2022, "engines": [ "2.5L LCV Ecotec I4", "3.6L LFX V6 (2015-2016)", "3.6L LGZ V6 (2017-2022)", "2.8L LWN Duramax turbodiesel I4 (2016-2022)" ], "transmissions": [ "6-speed manual (2.5L, dropped during 2019)", "6L50 6-speed automatic", "8L45 8-speed automatic (V6, 2017-2022)" ], "known_issues": [ { "component": "Transmission", "description": "8L45/8L90 8-speed torque converter shudder and harsh 2-3 / 3-4 shifts. Mechanism: the original Dexron-HP fluid degrades and the torque converter clutch chatters at light throttle around 25-50 mph. GM's remedy was a fluid flush to the revised Mobil 1 Dexron-HP specification plus control module reprogramming, and the issue is the subject of consumer litigation across GM's 8-speed applications.", "affected_years": "2017-2019 primarily" }, { "component": "Engine - diesel emissions", "description": "2.8L LWN Duramax NOx sensor, EGR and DEF-system faults triggering limp mode and reduced-power warnings.", "affected_years": "2016-2022 (diesel)" }, { "component": "Engine - V6", "description": "3.6L LFX/LGZ timing chain and VVT-related codes at higher mileage, materially less frequent than on the earlier LY7/LLT versions of the 3.6L.", "affected_years": "2015-2022 (V6)" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Colorado", "https://gmauthority.com/blog/gm/chevrolet/colorado/" ] }, { "gen_label": "3rd generation", "platform_code": "GM VSS-T (31XX-2)", "year_start": 2023, "year_end": 2025, "engines": [ "2.7L L2R turbo I4 (237 hp)", "2.7L L3B turbo I4 (310 hp, and 310 hp/430 lb-ft high-output)" ], "transmissions": [ "8L80 8-speed automatic" ], "known_issues": [ { "component": "General", "description": "Too recent for a well-established systemic failure pattern; complaint volume is dominated by early-build electrical/infotainment concerns rather than a documented mechanical defect mechanism. Avoid asserting a named failure mode for this generation without further data.", "affected_years": "2023-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Chevrolet_Colorado", "https://gmauthority.com/blog/gm/chevrolet/colorado/" ] } ], "production_gaps": [ { "year_start": 2013, "year_end": 2014, "reason": "Not sold in the US (gap)" } ] }, { "make": "GMC", "model": "YUKON", "notes": "NHTSA 'YUKON' bundles the short-wheelbase Yukon, the long-wheelbase Yukon XL and the Denali trims; this map follows the mainstream short-wheelbase Yukon. Two naming/boundary traps: (1) the Yukon XL name only begins with MY2000 — before that the long-wheelbase GMC was called Suburban, so pre-2000 Yukon XL records should not exist; (2) the Yukon Denali, introduced for MY1999, stayed on the old GMT400 platform for MY2000 even though every other Yukon moved to GMT800 that year, so a MY2000 Denali is a first-generation vehicle while a MY2000 Yukon SLT is a second-generation vehicle. The GMT400 4-door Yukon began MY1995; the 2-door began MY1992. Chevrolet Tahoe/Suburban and Cadillac Escalade are the mechanical twins throughout.", "generations": [ { "gen_label": "1st generation", "platform_code": "GMT400 (GMT410/430)", "year_start": 1992, "year_end": 1999, "engines": [ "5.7L L05 TBI V8 (1992-1995)", "5.7L L31 Vortec V8 (1996-1999, 255 hp)", "6.5L Detroit Diesel turbo V8 (early 4WD 2-door)" ], "transmissions": [ "4L60-E 4-speed automatic", "4L80-E 4-speed automatic", "NV3500 5-speed manual (early)" ], "known_issues": [ { "component": "Fuel system", "description": "Central Sequential Fuel Injection (CSFI) 'spider' injector assembly on the Vortec 5.7L: the poppet-valve nozzles and pressure regulator leak internally, causing hard starting, rough idle, misfire and raw fuel odor. GM's later fix was the MFI conversion kit with individual injectors.", "affected_years": "1996-1999 (5.7L Vortec)" }, { "component": "Transmission", "description": "4L60-E 3-4 clutch pack and sun shell failure producing loss of 3rd/4th or flare shifts, especially in towing use.", "affected_years": "1992-1999" }, { "component": "Brakes", "description": "Kelsey-Hayes EBCM / wheel speed sensor faults causing ABS activation at low speed and extended stopping distance; steel brake line corrosion in road-salt states.", "affected_years": "1992-1999" } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Yukon", "https://gmtcentral.com/gmt400-gmc-yukon-4-door/", "https://gmtcentral.com/gmt400-gmc-yukon-denali/" ] }, { "gen_label": "2nd generation", "platform_code": "GMT800 (GMT820/830)", "year_start": 2000, "year_end": 2006, "engines": [ "4.8L LR4 Vortec V8", "5.3L LM7/L59 Vortec V8", "6.0L LQ4/LQ9 Vortec V8 (Denali)" ], "transmissions": [ "4L60-E / 4L65-E 4-speed automatic", "4L80-E 4-speed automatic (2500 series)" ], "known_issues": [ { "component": "Instrument cluster", "description": "Instrument cluster gauge stepper motor failure: needles read incorrectly, stick, or die entirely — speedometer and fuel gauge most often. GM offered extended coverage on the affected clusters. Earlier 1999-2002 clusters use air-core movements and fail less often than the 2003-2006 stepper-motor units.", "affected_years": "2003-2006 primarily" }, { "component": "Engine - intake manifold", "description": "Early-production 4.8L/5.3L plastic lower intake manifold and gasket seepage allowing coolant into the oil.", "affected_years": "2000-2002" }, { "component": "Steering", "description": "Intermediate steering shaft wear producing a clunk or knock felt through the wheel on turn-in; addressed by GM bulletins and a redesigned shaft.", "affected_years": "2000-2006" }, { "component": "Transmission", "description": "4L60-E/4L65-E harsh shifting from a cracked 1-2 accumulator piston, and 3-4 clutch wear.", "affected_years": "2000-2006" } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Yukon", "https://gmtcentral.com/gmt800-common-problems/", "https://gmtcentral.com/gmt800-gmc-yukon/" ] }, { "gen_label": "3rd generation", "platform_code": "GMT900 (GMT921/931)", "year_start": 2007, "year_end": 2014, "engines": [ "4.8L LY2 V8", "5.3L LMG/LC9/LY5 V8 with Active Fuel Management", "6.0L LFA V8 (two-mode hybrid, 2008-2013)", "6.2L L92/L9H V8 (Denali)" ], "transmissions": [ "4L60-E / 4L65-E 4-speed automatic", "6L80 6-speed automatic" ], "known_issues": [ { "component": "Engine - piston rings / AFM", "description": "Generation IV 5.3L LC9 excessive oil consumption. Mechanism: low-tension piston oil control rings plus the Active Fuel Management oil pressure relief valve spraying oil at the cylinder walls during 4-cylinder operation, leading to oil burning, spark plug fouling and eventual internal wear. Settled US class action covering the 2011-2014 Yukon, Yukon XL, Tahoe, Suburban, Silverado, Sierra and Avalanche.", "affected_years": "2010-2014 (5.3L LC9)" }, { "component": "Engine - valvetrain", "description": "AFM lifter collapse: a deactivating lifter fails to re-latch, bending the pushrod and damaging the camshaft lobe; presents as a misfire on one cylinder plus ticking.", "affected_years": "2007-2014 (AFM-equipped V8s)" }, { "component": "Interior", "description": "Widely reported dashboard top-pad cracking and splitting, generally around the passenger airbag seam.", "affected_years": "2007-2014" } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Yukon", "https://gmauthority.com/blog/2019/12/class-action-lawsuit-claims-gm-5-3l-v8-engines-burn-oil/", "https://www.classaction.org/gm-lifter-problems-lawsuit" ] }, { "gen_label": "4th generation", "platform_code": "GMT K2XX (K2UG / K2YG)", "year_start": 2015, "year_end": 2020, "engines": [ "5.3L L83 EcoTec3 V8 (355 hp, DI + AFM)", "6.2L L86 EcoTec3 V8 (420 hp, Denali)" ], "transmissions": [ "6L80 6-speed automatic", "8L90 8-speed automatic (6.2L, 2015-2017)", "10L80 10-speed automatic (6.2L, 2018-2020)" ], "known_issues": [ { "component": "Engine - valvetrain", "description": "Active Fuel Management lifter failure on the L83/L86: a collapsed deactivating lifter bends its pushrod and wipes the camshaft lobe, causing misfire, ticking and in severe cases full engine replacement. Subject of ongoing consumer litigation covering 2014-2020 Yukon, Yukon XL, Tahoe, Suburban, Silverado, Sierra and Escalade.", "affected_years": "2015-2020" }, { "component": "Transmission", "description": "8L90 8-speed torque converter clutch shudder and harsh shifting caused by degradation of the original transmission fluid; GM's remedy was a flush to the revised Mobil 1 Dexron-HP fluid plus reprogramming, with extended coverage on affected units.", "affected_years": "2015-2019 (8L90)" } ], "sources": [ "https://en.wikipedia.org/wiki/GMC_Yukon", "https://www.classaction.org/gm-lifter-problems-lawsuit", "https://www.valerolaw.com/news/2025/12/29/gm-lifter-failure-lawsuit-silverado-sierra-tahoe-escalade-engine-defect-claims-explained" ] }, { "gen_label": "5th generation", "platform_code": "GMT T1XX", "year_start": 2021, "year_end": 2025, "engines": [ "5.3L L84 EcoTec3 V8 (Dynamic Fuel Management)", "6.2L L87 EcoTec3 V8 (Dynamic Fuel Management)", "3.0L LM2 / LZ0 Duramax turbodiesel I6" ], "transmissions": [ "10L80 / 10L90 10-speed automatic" ], "known_issues": [ { "component": "Engine - bearings", "description": "6.2L L87 V8 connecting rod and crankshaft main bearing failure. Mechanism per GM's own filing: manufacturing defects including machining sediment left in oil passages and out-of-specification crankshaft/rod components, causing bearing wear, knocking and sudden loss of propulsion. NHTSA recall 25V-274 (April 2025) covered roughly 597,000 2021-2024 Yukon, Yukon XL, Tahoe, Suburban, Silverado 1500, Sierra 1500 and Escalade. NHTSA ODI opened an engineering analysis in October 2025 after 1,157 bearing-failure reports, including 173 on vehicles outside the recall population, and is reviewing whether the recall remedy is effective.", "affected_years": "2021-2024 (6.2L L87); investigation extends to adjacent years" }, { "component": "Engine - valvetrain", "description": "Dynamic Fuel Management lifter failure on the L84/L87, the successor pattern to the earlier AFM lifter problem.", "affected_years": "2021-2025" }, { "component": "Suspension", "description": "Air ride / adaptive damping module and compressor faults on the independent rear suspension models, new to this generation.", "affected_years": "2021-2025" } ], "sources": [ "https://static.nhtsa.gov/odi/rcl/2025/RCLRPT-25V274-1598.PDF", "https://gmauthority.com/blog/2025/10/nhtsa-probing-gm-6-2l-v8-l87-engine-failures-not-involved-in-recall/", "https://en.wikipedia.org/wiki/GMC_Yukon" ] } ] }, { "make": "MAZDA", "model": "CX-9", "notes": "US-market mapping. The CX-9 was a North America-first model, so there is no meaningful US-vs-global split. First-generation US model years are 2007-2015 (there was no MY2006 in the US). US sales ended after MY2023, replaced by the CX-90 — so the NHTSA span shown as reaching 2025 is likely complaints filed in later calendar years against MY2023-and-earlier vehicles, or a small number of mis-keyed records; there is no MY2024/2025 US CX-9. The most important within-generation split is the engine change: MY2007 uses the 3.5L MZI V6 (263 hp), MY2008 onward the bored-out 3.7L MZI (273 hp, later rated 273-274 hp), built in Japan rather than the US.", "generations": [ { "gen_label": "1st generation (TB)", "platform_code": "Ford CD3", "year_start": 2007, "year_end": 2015, "engines": [ "3.5L MZI Duratec35 V6 (2007 only, 263 hp)", "3.7L MZI Duratec37 V6 (2008-2015, 273 hp)" ], "transmissions": [ "Aisin TF-81SC 6-speed automatic" ], "known_issues": [ { "component": "Engine - water pump", "description": "Internal water pump seal failure. The pump is chain-driven and located inside the timing cover, so when the seal fails coolant is dumped directly into the engine oil rather than leaking externally. There is often no visible drip and no warning until the oil is contaminated, bearings are starved and the engine is destroyed. Typically surfaces around 90,000-120,000 miles. Widely reported across the generation and the subject of owner class action activity.", "affected_years": "2007-2015" }, { "component": "Transmission control", "description": "Transmission control module failure on early cars causing harsh shifting, limp mode and no-start; Mazda extended warranty coverage on the TCM for the early model years.", "affected_years": "2007-2009" }, { "component": "Drivetrain - AWD", "description": "Power transfer unit / transfer case failure on AWD models, presenting as whine, vibration and loss of drive to the rear axle.", "affected_years": "2007-2015 (AWD)" } ], "sources": [ "https://en.wikipedia.org/wiki/Mazda_CX-9", "https://www.carcomplaints.com/Mazda/CX-9/2008/engine/water_pump_failed_leaked_coolant_into_oil_caused_engine_failure.shtml", "https://repairpal.com/problem/mazda/cx-9/water-pump-broke", "https://www.autoevolution.com/cars/mazda-cx-9-2007.html" ] }, { "gen_label": "2nd generation (TC)", "platform_code": "Mazda Skyactiv (large architecture)", "year_start": 2016, "year_end": 2023, "engines": [ "2.5L Skyactiv-G turbo I4 (PY-VPTS), 227 hp on 87 octane / 250 hp on 93 octane" ], "transmissions": [ "Skyactiv-Drive FW6A-EL 6-speed automatic" ], "known_issues": [ { "component": "Engine - intake", "description": "Direct-injection carbon deposit accumulation on the intake valves of the 2.5L turbo, producing rough cold running and misfire at higher mileage — the generic DI pattern rather than a Mazda-specific defect.", "affected_years": "2016-2023" }, { "component": "Fuel system", "description": "Low-pressure fuel pump impeller cracking (Denso-supplied pumps) causing stalling and no-start; recalled across multiple Mazda models of this era.", "affected_years": "2018-2019" }, { "component": "General", "description": "No single dominant catastrophic failure mode comparable to the first generation's water pump; complaint density is materially lower. The V6-to-turbo-four change means first-generation failure modes should not be carried forward to this page.", "affected_years": "2016-2023" } ], "sources": [ "https://en.wikipedia.org/wiki/Mazda_CX-9" ] } ] }, { "make": "KIA", "model": "SPORTAGE", "notes": "US-market mapping, and the US split differs sharply from the global one. Critical: there is a two-model-year US gap — no Sportage was sold in the United States for MY2003 or MY2004, because Kia dropped the body-on-frame first generation after MY2002 and did not launch the unibody second generation until MY2005. Do not bridge 2002-2005. Global first-generation production continued to 2005 in other markets; the US end date is 2002. US launch years also lag the global debut by roughly one year for every generation (SL: global 2010, US MY2011; QL: global 2015, US MY2017; NQ5: global 2021, US MY2023). The first generation is a completely different kind of vehicle from everything after it — body-on-frame with a Mazda engine — so its page should not be merged with any later one.", "generations": [ { "gen_label": "1st generation (NB)", "platform_code": "NB (body-on-frame)", "year_start": 1995, "year_end": 2002, "engines": [ "2.0L Mazda FE DOHC I4 (SOHC in early cars)" ], "transmissions": [ "5-speed manual", "4-speed automatic" ], "known_issues": [ { "component": "Engine - timing belt", "description": "2.0L FE timing belt is a scheduled replacement item; neglect causes belt failure. Documentation of a distinct systemic defect mechanism for this generation is thin compared with later ones — treat complaint clusters cautiously.", "affected_years": "1995-2002" }, { "component": "Body - corrosion", "description": "Frame and body corrosion in road-salt states on the body-on-frame chassis.", "affected_years": "1995-2002" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Sportage", "https://thekoreancarblog.com/first-generation-kia-sportage-story/", "https://www.cargurus.com/research/articles/kia-sportage-buying-guide" ] }, { "gen_label": "2nd generation (KM / JE)", "platform_code": "KM (unibody, shared with Hyundai Tucson JM)", "year_start": 2005, "year_end": 2010, "engines": [ "2.0L Beta II I4", "2.7L Delta V6" ], "transmissions": [ "5-speed manual", "4-speed automatic" ], "known_issues": [ { "component": "Airbags", "description": "Occupant classification system and airbag-control-unit recalls affecting this platform generation.", "affected_years": "2005-2010" }, { "component": "Engine", "description": "Pre-GDI Beta II and Delta engines; this generation predates the Theta II direct-injection bearing failures and should not be tagged with them.", "affected_years": "2005-2010" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Sportage", "https://autopedia.fandom.com/wiki/Kia_Sportage" ] }, { "gen_label": "3rd generation (SL)", "platform_code": "SL", "year_start": 2011, "year_end": 2016, "engines": [ "2.4L Theta II GDI I4 (176 hp)", "2.0L Theta II turbo GDI I4 (SX, 260 hp)" ], "transmissions": [ "6-speed manual (early base trims)", "A6MF1/A6GF1 6-speed automatic" ], "known_issues": [ { "component": "Engine - bearings", "description": "Theta II GDI connecting rod bearing failure. Mechanism: metallic debris left in the engine block oil galleries during machining restricts oil flow to the rod bearings, which then wear and seize; presents as a deep knock, then loss of power and engine seizure, in some cases with non-crash engine-compartment fire. Kia began with a 2016 campaign on 2011-2014 Optima/Sorento/Sportage, followed by formal recalls in 2017 and later, a knock-sensor detection software campaign, and a $1.3B consolidated class settlement covering roughly 2011-2019 Hyundai and Kia models including the Sportage.", "affected_years": "2011-2016 (2.4L GDI and 2.0T)" }, { "component": "Fire risk", "description": "Non-crash engine-compartment fires reported on Theta II vehicles; NHTSA's investigation of Hyundai/Kia handling of these engine defects produced record civil penalties.", "affected_years": "2011-2016" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Sportage", "https://safetyresearch.net/hyundai-kias-billion-dollar-engine-problem-that-broke-the-nhtsa-civil-penalty-barrier/", "https://www.classaction.org/blog/new-hyundai-kia-engine-failure-settlement-covers-2m-additional-vehicles", "https://static.nhtsa.gov/odi/rcl/2017/RMISC-17V224-3802.pdf" ] }, { "gen_label": "4th generation (QL)", "platform_code": "QL", "year_start": 2017, "year_end": 2022, "engines": [ "2.4L Theta II GDI I4 (181 hp)", "2.0L Theta II turbo GDI I4 (SX Turbo, 240 hp)" ], "transmissions": [ "6-speed automatic" ], "known_issues": [ { "component": "Engine - bearings", "description": "Theta II connecting rod bearing failure claims continue into the early years of this generation; the class settlement population extends to roughly MY2019 for affected Theta II applications.", "affected_years": "2017-2019 primarily" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Sportage", "https://www.classaction.org/blog/new-hyundai-kia-engine-failure-settlement-covers-2m-additional-vehicles" ] }, { "gen_label": "5th generation (NQ5)", "platform_code": "Hyundai-Kia N3 (US gets the long-wheelbase body)", "year_start": 2023, "year_end": 2025, "engines": [ "2.5L Smartstream G2.5 I4 (187 hp)", "1.6L turbo I4 hybrid", "1.6L turbo I4 plug-in hybrid" ], "transmissions": [ "8-speed automatic (2.5L)", "6-speed automatic (hybrid / PHEV)" ], "known_issues": [ { "component": "General", "description": "Too recent for a documented systemic failure mechanism; complaints skew toward electronics and driver-assist behavior. Do not carry Theta II failure modes forward — the Smartstream engines are a different family.", "affected_years": "2023-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Kia_Sportage" ] } ], "production_gaps": [ { "year_start": 2003, "year_end": 2004, "reason": "Not sold in the US (gap)" } ] }, { "make": "HYUNDAI", "model": "ACCENT", "notes": "US-market mapping. US sales ended after MY2022; there is no MY2023+ US Accent, so the NHTSA span 1996-2022 is exactly the model's US life from the 1996 side. Generation boundaries are clean and uncontested. The one within-generation change worth flagging is in the fifth generation: MY2018-2019 cars use the 1.6L Gamma MPI with a 6-speed manual or 6-speed automatic, while MY2020-2022 cars switch to the Smartstream 1.6L MPI paired with Hyundai's IVT continuously variable transmission — a different transmission failure profile inside one generation. The Accent used port injection for most of its US life; only the fourth generation (RB) ran the 1.6L Gamma GDI direct-injection engine.", "generations": [ { "gen_label": "1st generation (X3)", "platform_code": "X3", "year_start": 1995, "year_end": 1999, "engines": [ "1.5L Alpha G4EK I4 (SOHC and DOHC)", "1.3L Alpha I4 (some markets)" ], "transmissions": [ "5-speed manual", "4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "1.5L Alpha is an interference design; timing belt neglect causes valve damage. Little else is systematically documented for this generation in US sources.", "affected_years": "1995-1999" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Accent" ] }, { "gen_label": "2nd generation (LC)", "platform_code": "LC", "year_start": 2000, "year_end": 2005, "engines": [ "1.5L Alpha I4 (2000-2002)", "1.6L Alpha II I4 (2003-2005)" ], "transmissions": [ "5-speed manual", "4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "Alpha II timing belt service interval; crank position sensor and ignition coil failures causing stalling are the most commonly reported items.", "affected_years": "2000-2005" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Accent" ] }, { "gen_label": "3rd generation (MC)", "platform_code": "MC", "year_start": 2006, "year_end": 2011, "engines": [ "1.6L Alpha II CVVT G4ED I4 (110 hp)" ], "transmissions": [ "5-speed manual", "4-speed automatic" ], "known_issues": [ { "component": "Engine", "description": "Timing belt driven engine with CVVT; belt and tensioner service is the dominant maintenance-related failure. No large-scale systemic defect campaign specific to this generation in the US.", "affected_years": "2006-2011" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Accent" ] }, { "gen_label": "4th generation (RB)", "platform_code": "RB", "year_start": 2012, "year_end": 2017, "engines": [ "1.6L Gamma GDI G4FD I4 (138 hp, direct injection)" ], "transmissions": [ "6-speed manual", "6-speed automatic" ], "known_issues": [ { "component": "Brakes - electrical", "description": "Anti-lock Brake System module internal brake fluid leak causing an electrical short and engine-compartment fire, which can occur while parked as well as while driving. Root cause identified as the material formulation of the ABS module O-ring rubber, which deteriorates and allows internal leakage. Hyundai Safety Recall 251 / NHTSA 23V-651 covers certain 2012-2015 Accent vehicles built 5 March 2011 to 31 October 2014; the interim remedy is an ABS fuse replacement and owners were told to park outside pending repair.", "affected_years": "2012-2015" }, { "component": "Engine - intake", "description": "1.6L Gamma GDI intake valve carbon deposits from direct injection, causing rough idle and misfire at higher mileage; also high-pressure fuel pump tick.", "affected_years": "2012-2017" } ], "sources": [ "https://static.nhtsa.gov/odi/rcl/2023/RCMN-23V651-1409.pdf", "https://en.wikipedia.org/wiki/Hyundai_Accent", "https://consumerlemonlaw.org/news/hyundai-abs-module-recall-fire-risk/" ] }, { "gen_label": "5th generation (HC)", "platform_code": "HC", "year_start": 2018, "year_end": 2022, "engines": [ "1.6L Gamma MPI G4FG I4 (2018-2019, 130 hp)", "1.6L Smartstream MPI I4 (2020-2022, 120 hp)" ], "transmissions": [ "6-speed manual (2018-2019)", "6-speed automatic (2018-2019)", "IVT continuously variable transmission (2020-2022)" ], "known_issues": [ { "component": "Transmission", "description": "IVT (chain-type CVT) introduced for MY2020 — owner complaints center on shudder, hesitation and belt/pulley behavior rather than a formally recalled defect. Note this as a mid-generation powertrain change: 2018-2019 and 2020-2022 Accents have materially different transmission failure profiles.", "affected_years": "2020-2022" }, { "component": "General", "description": "US sales ended after MY2022; complaint volume for this generation is low relative to the RB generation.", "affected_years": "2018-2022" } ], "sources": [ "https://en.wikipedia.org/wiki/Hyundai_Accent" ] } ] }, { "make": "NISSAN", "model": "FRONTIER", "notes": "North American mapping — this matters, because 'Frontier' elsewhere is a badge for the global NP300/Navara, and from 2022 the North American truck is a dedicated model no longer shared with the global line. Two boundary traps: (1) the second generation (D40) is unusually long, MY2005-2021, and the redesign was delayed so a full MY2021 D40 exists — do not assume 2021 is the new truck; (2) inside the D40 there is a major mid-generation powertrain change for MY2020, when the 4.0L VQ40DE and 5-speed automatic were replaced by the 3.8L VQ38DD (310 hp) and a 9-speed automatic while the old body carried over. That 2020 change resets the drivetrain failure profile mid-generation and should be surfaced on the D40 page. Nissan states 93 percent of the VQ38DD's components are new or redesigned versus the VQ40DE.", "generations": [ { "gen_label": "1st generation (D22)", "platform_code": "D22", "year_start": 1998, "year_end": 2004, "engines": [ "2.4L KA24DE I4 (143 hp)", "3.3L VG33E V6 (1999-2004, 170 hp)", "3.3L VG33ER supercharged V6 (2001-2004, 210 hp)" ], "transmissions": [ "5-speed manual", "RE4R01A 4-speed automatic" ], "known_issues": [ { "component": "Engine - timing chain", "description": "KA24DE timing chain guide and tensioner wear producing a cold-start rattle and, if ignored, chain slap and guide fragmentation.", "affected_years": "1998-2004 (2.4L)" }, { "component": "Body/frame - corrosion", "description": "Frame and rear structure corrosion in road-salt regions, a recurring theme in owner reports across Nissan compact trucks of this era.", "affected_years": "1998-2004" }, { "component": "Exhaust", "description": "Exhaust manifold cracking and pre-cat material ingestion reports on the four-cylinder trucks.", "affected_years": "1998-2004" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Frontier_(North_America)" ] }, { "gen_label": "2nd generation (D40)", "platform_code": "D40 (Nissan F-Alpha)", "year_start": 2005, "year_end": 2021, "engines": [ "2.5L QR25DE I4 (2005-2019)", "4.0L VQ40DE V6 (2005-2019, 261 hp)", "3.8L VQ38DD V6 (2020-2021, 310 hp)" ], "transmissions": [ "5-speed and 6-speed manual", "RE5R05A 5-speed automatic (2005-2019)", "Jatco JR913E 9-speed automatic (2020-2021)" ], "known_issues": [ { "component": "Transmission / cooling system", "description": "The 'strawberry milkshake of death' (SMOD). The automatic transmission fluid cooler is integrated inside the radiator end tank; when the internal seal fails, engine coolant and ATF cross-mix. The fluid turns pink and foamy, the transmission slips, overheats and fails. Reported as early as roughly 60,000 miles with a cluster around 110,000. The only durable fix is a radiator with an external cooler plus transmission replacement. A nationwide class action filed in 2010 covering the Frontier, Xterra and Pathfinder produced a settlement in 2013; the associated warranty extensions have expired.", "affected_years": "2005-2010 automatics (most heavily documented); risk persists on later radiators of the same design" }, { "component": "Engine - timing chain", "description": "VQ40DE timing chain guide and tensioner wear causing rattle at start-up and, in advanced cases, cam timing codes.", "affected_years": "2005-2019 (4.0L)" }, { "component": "Powertrain change", "description": "Not a defect, but essential for grouping: MY2020-2021 D40 trucks use the VQ38DD and the Jatco JR913E 9-speed. Complaints on 2020-2021 units concern the new powertrain and share nothing mechanically with the 2005-2019 VQ40DE/RE5R05A failure modes above.", "affected_years": "2020-2021" }, { "component": "Body/frame - corrosion", "description": "Frame corrosion reports in salt-belt states across the long production run.", "affected_years": "2005-2021" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Frontier_(North_America)", "https://www.ncconsumer.org/news-articles/settlement-reached-in-lawsuit-against-nissan-over-failed-radiators-transmissions.html", "http://www.nissanproblems.com/coolant-leaks-destroy-transmission/", "https://www.thedrive.com/news/32097/2020-nissan-frontier-gets-new-v6-and-transmission" ] }, { "gen_label": "3rd generation (D41)", "platform_code": "D41", "year_start": 2022, "year_end": 2025, "engines": [ "3.8L VQ38DD V6 (310 hp)" ], "transmissions": [ "Jatco JR913E 9-speed automatic" ], "known_issues": [ { "component": "General", "description": "Too recent for an established systemic failure mechanism. Received a mid-cycle refresh for MY2025 (new 12.3-inch infotainment, revised styling, tow rating to 7,150 lb), so 2025-and-later complaints may skew toward the new electronics rather than the carryover powertrain.", "affected_years": "2022-2025" } ], "sources": [ "https://en.wikipedia.org/wiki/Nissan_Frontier_(North_America)" ] } ] }, { "make": "TOYOTA", "model": "AVALON", "notes": "US-market mapping; the Avalon was primarily a North America model so there is little US-vs-global divergence (the Japanese-market Avalon was a short-lived early variant, and later Chinese/Australian derivatives do not affect NHTSA data). US production ended August 2022, replaced by the Crown — so MY2022 is the last US Avalon and the NHTSA span 1996-2022 is fully covered. Boundaries are clean and well documented. Two within-generation changes matter: the XX30 moved from the 5-speed U151E to the 6-speed U660E for MY2008, and the XX40 added the 2.5L hybrid from its first year. The XX50 is the first Avalon on the TNGA-K architecture and the first to offer AWD (2021-2022, four-cylinder only).", "generations": [ { "gen_label": "1st generation (XX10)", "platform_code": "MCX10 / XX10", "year_start": 1995, "year_end": 1999, "engines": [ "3.0L 1MZ-FE V6 (192-200 hp)" ], "transmissions": [ "A541E 4-speed automatic" ], "known_issues": [ { "component": "Engine - oil sludge", "description": "1MZ-FE V6 oil gelling/sludge. Engines built roughly 1997-2002 are the affected population; restricted oil return and PCV design combined with extended oil change intervals allow sludge to block oil passages and destroy bearings. Toyota settled a class action in 2007 covering an estimated 2-5 million 1997-2002 Toyota and Lexus vehicles, providing repair coverage for 8 years from purchase.", "affected_years": "1997-1999 within this generation" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Avalon", "https://www.oilsludge.com/engines/mz/", "https://www.law360.com/articles/16312" ] }, { "gen_label": "2nd generation (XX20)", "platform_code": "MCX20 / XX20", "year_start": 2000, "year_end": 2004, "engines": [ "3.0L 1MZ-FE V6 (210 hp, VVT-i)" ], "transmissions": [ "A541E 4-speed automatic" ], "known_issues": [ { "component": "Engine - oil sludge", "description": "Continuation of the 1MZ-FE sludge population; the settled class covers engines built through 2002, so MY2000-2002 Avalons are inside it and MY2003-2004 generally are not.", "affected_years": "2000-2002" }, { "component": "Electrical", "description": "Driver's power window master switch and combination-switch failures are a common owner-reported item on this generation.", "affected_years": "2000-2004" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Avalon", "https://www.oilsludge.com/engines/mz/" ] }, { "gen_label": "3rd generation (XX30)", "platform_code": "GSX30 / XX30", "year_start": 2005, "year_end": 2012, "engines": [ "3.5L 2GR-FE V6 (268-280 hp)" ], "transmissions": [ "U151E 5-speed automatic (2005-2007)", "U660E 6-speed automatic (2008-2012)" ], "known_issues": [ { "component": "Engine - oil supply hose", "description": "2GR-FE rubber oil supply hose feeding the VVT-i controller can rupture, causing rapid loss of engine oil and possible engine damage or fire; Toyota recalled affected 2GR-FE vehicles and replaced the rubber section with a metal line.", "affected_years": "2007-2011" }, { "component": "Accelerator / floor mat", "description": "Included in Toyota's 2009-2010 floor mat pedal entrapment recalls covering unintended acceleration risk on several 2005-2010 models.", "affected_years": "2005-2010" }, { "component": "Powertrain change", "description": "Grouping note, not a defect: MY2005-2007 cars use the 5-speed U151E and MY2008-2012 use the 6-speed U660E, so transmission complaints should be segmented at 2008.", "affected_years": "2005-2012" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Avalon" ] }, { "gen_label": "4th generation (XX40)", "platform_code": "GSX40 / AXXH40 (hybrid)", "year_start": 2013, "year_end": 2018, "engines": [ "3.5L 2GR-FE V6 (268 hp)", "2.5L 2AR-FXE I4 hybrid (200 hp combined)" ], "transmissions": [ "U660E 6-speed automatic (V6)", "eCVT (hybrid)" ], "known_issues": [ { "component": "Hybrid system", "description": "First Avalon hybrid; hybrid battery and inverter-related complaints appear here for the first time in the nameplate's history but at low rates for the era.", "affected_years": "2013-2018 (hybrid)" }, { "component": "Infotainment", "description": "Entune head unit failures and screen delamination are among the highest-frequency owner complaints for this generation, well ahead of powertrain items.", "affected_years": "2013-2018" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Avalon" ] }, { "gen_label": "5th generation (XX50)", "platform_code": "TNGA-K (GA-K); AXXH50 hybrid / GSX50 V6", "year_start": 2019, "year_end": 2022, "engines": [ "3.5L 2GR-FKS V6 (301 hp)", "2.5L A25A-FXS I4 hybrid", "2.5L A25A-FKS I4 (2021-2022, AWD)" ], "transmissions": [ "UA80 8-speed automatic (V6 and 2.5L)", "eCVT (hybrid)" ], "known_issues": [ { "component": "Fuel system", "description": "Denso-supplied low-pressure fuel pump impeller cracking causing stalling, rough running and no-start; recalled across a wide range of 2018-2020 Toyota and Lexus vehicles.", "affected_years": "2019-2020" }, { "component": "General", "description": "Short, low-volume final generation; US production ended August 2022 and the model was replaced by the Crown, so no long-tail failure pattern has developed. AWD with the 2.5L four was offered only for 2021-2022.", "affected_years": "2019-2022" } ], "sources": [ "https://en.wikipedia.org/wiki/Toyota_Avalon" ] } ] } ]