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When you search “2014 Subaru Foresterproblems,” you get a wall of forum threads and YouTube clickbait. This is the opposite. Each guide below maps the failure modes the RepairVerdict engine actually scores against — by mileage band, with repair cost ranges and severity ratings sourced from NHTSA, manufacturer TSBs, and class-action settlements.
The guides are public. The free Mini Verdict reads them against YOUR specific VIN — three reveals on your car, backed by the live NHTSA recall lookup.
Click into any of the 10 guides for the full owner-facing read — documented failure modes by mileage band, what else to watch beyond the database, and the honest math on whether the vehicle is worth keeping.
The 2014 Forester is the first year of the SJ generation, and it's the year Subaru switched the four-cylinder to the FB25 and made the Lineartronic CVT the only automatic on most trims. Both of those decisions are now well-documented problem points — not in a vague, internet-folklore way, but in a measurable, mileage-banded way. Here's what owners actually run into, when, and what it costs to fix.
Read the 2014 Forester guide →The 2014 CR-V is the second year of the fourth-gen RM platform, and it's one of the more boring entries on this page — boring in the sense that there aren't many catastrophic failure patterns. The 2.4L K24Z7 is a port-injected, non-turbo, timing-chain engine, which is about as low-risk as a 2014 powertrain gets. The issues that do show up are mostly small.
Read the 2014 CR-V guide →The 2014 Tacoma is the last year of the second-gen platform that ran from 2005 to 2015. By any reasonable measure it is one of the most overbuilt mid-size trucks ever sold in the US — 250k miles is normal, 300k is not unusual. The failure list is genuinely short. That said, there are specific things to watch on a 2014 that owners need to know about.
Read the 2014 Tacoma guide →The 2014 F-150 is the last year of the 12th generation (P415) — the one before the aluminum body. It also matters because 2014 is the second model year of the 3.5L EcoBoost V6 (introduced 2011) at scale, and that engine has a documented failure pattern that absolutely changes the math on whether to buy one used. Engine choice is the single most important variable on a 2014 F-150.
Read the 2014 F-150 guide →The 2013 Sonata is the high point of the YF-generation Hyundai problem cycle. Two distinct engine-failure patterns affect this car: the Theta II 2.4L (most common configuration) and the Theta II 2.0T (Sonata Limited 2.0T / Turbo). Both are subject to ongoing class actions and warranty extensions and both are Critical-severity entries in our failure database. If you own this car, you need to know exactly where you stand.
Read the 2013 Sonata guide →The 2015 F-150 is the first year of the 13th generation — the aluminum-body redesign. Mechanically, the 3.5L EcoBoost cam-phaser and water-pump issues that defined the 2014 carry over essentially unchanged because the engine is the same. What changes in 2015 is the body, the suspension geometry, and a small number of first-year-of-redesign teething issues that owners run into.
Read the 2015 F-150 guide →The 2014 Silverado 1500 is the first year of the K2XX (GMT-K2) platform — the redesign after the GMT-900 era. It comes with the EcoTec3 family: the 4.3L V6 (LV3), the 5.3L V8 (L83), and the 6.2L V8 (L86). The defining failure pattern on this truck is the 5.3L AFM (Active Fuel Management) lifter collapse. If you own one or are buying one, this is the single biggest variable.
Read the 2014 Silverado guide →The 2014 Grand Cherokee (WK2 generation, refresh year) is one of the more complicated vehicles on this page because the failure profile depends entirely on which engine you have. There are four: 3.6L Pentastar V6, 5.7L Hemi V8, 6.4L Hemi V8 (SRT), and the 3.0L EcoDiesel V6 (the OM642-based Mercedes diesel). Each has distinct failure patterns, and the EcoDiesel is its own story.
Read the 2014 Grand Cherokee guide →The 2015 Pilot is the LAST year of the second-generation (YF) Pilot — the boxy one. This matters: the 2016 redesign brought the controversial 9-speed automatic (ZF 9HP-48) that has its own significant problems. The 2015 keeps the 5-speed automatic, which is the better long-term proposition. The defining failure on the 2015 isn't the transmission — it's the timing belt and the J35 V6's accessory components.
Read the 2015 Pilot guide →The 2015 Altima is mid-cycle in the L33 generation that ran from 2013 to 2018. The defining failure pattern on this car is the JATCO JF016E CVT — the same transmission that affects most 4-cylinder Nissan vehicles of this era. If you own a 2015 Altima or are considering buying one, the CVT IS the conversation.
Read the 2015 Altima guide →Each guide is owner-facing. The audience is somebody wondering whether to keep, sell, or buy a specific year / make / model. The structured data — severity, mileage window, repair cost range — comes from the same 730+ pattern failure-mode database the RepairVerdict engine consumes internally for paid Verdicts.
The guides are NOT a diagnosis. They are population-level patterns. Two 2014 Foresters can be in completely different shape depending on maintenance history, recall completion, and configuration. The Mini Verdict (free) reads YOUR VIN against the same database and gives you a vehicle-specific preview. The full Verdict ($79+) goes deeper.
For the deep-dive per-pattern detail (TSB references, class-action filings, sources behind each entry), see the failure-mode encyclopedia. For how the engine cross-references this data, see /methodology.
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