2007 Volkswagen Passat 1.9L Diesel · KR56 AFA

The 2007 Volkswagen Passat remains roadworthy after its most recent pass on 2 April 2024 at 230,015 miles, though the maintenance trend is worsening rather than stable. The April 2024 test carried four advisories: rear sub-frame corrosion, worn front lower suspension arm inner bushes on both sides, slight play in the nearside rear track rod end, and a damaged nearside tyre sidewall. Just thirteen days earlier, the 20 March 2024 attempt failed on visible diesel smoke from the DPF-equipped exhaust and front brake imbalance across axle 1, confirming the owner corrected emissions and braking faults only under test pressure. Recorded mileage stands at 230,015 against roughly 19 years of age, an average of 12,106 miles per year and high for the model year. The jumps are uneven: 194,105 miles in March 2022, 212,151 at the March 2023 fail, and 230,000 by March 2024 show about 18,000 miles added in the last twelve months before the current record. No MOT entries exist between April 2024 and today (July 2026), leaving a two-year gap with unknown use or storage conditions on a high-mileage diesel. Recurring faults point to deferred upkeep on safety-critical items. The March 2023 fail listed excessively fluctuating front service brakes, excessively worn nearside front suspension ball joint, two illegal tyres, and a fractured nearside rear coil spring; the owner cleared these but the 2024 advisories show bushes and track rod play persisting. Brake pipe corrosion front to rear appeared in both 2023 tests and the full underside showed slight corrosion, now progressed to a corroded rear sub-frame. A buyer should physically inspect the rear sub-frame for structural rust progression, confirm the front lower arm inner bushes and nearside rear track rod end have been replaced, and verify front brake balance after the 2024 imbalance failure. Check the DPF and exhaust for ongoing smoke, examine the inner sidewall damage on the nearside tyre, and assess the underside and brake pipes for corrosion advance during the two-year untested period.