2014 Audi Q3 2.0L Diesel · DC02 ABY

The vehicle’s roadworthiness status is currently stable but critically compromised by unresolved structural failures. The most recent MOT, passed on 16 October 2025 at 132,571 miles, masks a catastrophic failure from just seven days earlier—6 February 2025—where the tester flagged both front Macpherson strut top bushes , both front coil springs , and a nearside rear coil spring as fractured or worn beyond tolerance. The subsequent retest on 13 February 2025 passed without defects, implying either a repair or a bypass of critical components. This inconsistency suggests either a rushed or incomplete fix, as coil spring and suspension bush failures are not minor issues and cannot be overlooked in a retest without addressing the root cause. The pattern indicates a history of deferred maintenance, with the vehicle operating on compromised structural integrity for at least 15,475 miles after the initial failure. The mileage progression reveals irregular gaps and a concerning spike in usage. Between the 2023 and 2024 tests, the vehicle accumulated 7,370 miles over 12 months, averaging 614 miles per month—a rate consistent with typical light-to-moderate use. However, between 2024 and 2025, the mileage jumped by 10,465 miles in just 11 months, averaging 951 miles per month, which is unusually high for a vehicle of this age. The most alarming gap is the 1,010 miles covered between the failed test (6 February 2025) and the retest (13 February 2025), suggesting the vehicle was driven despite known suspension defects. This rapid accumulation, combined with the failure to address critical components before retesting, raises serious questions about how the vehicle was operated post-repair. A buyer should prioritise an immediate, independent inspection of the front suspension geometry , particularly the Macpherson strut mounts and coil springs, as well as the nearside rear coil spring . The failed test explicitly cited these components as fractured or excessively worn, and while the retest passed, there is no guarantee the repairs were permanent or properly executed. Additionally, the rear suspension alignment and subframe integrity should be scrutinised, as coil spring failures often indicate broader structural fatigue. Corrosion at suspension mount points, uneven tyre wear, and binding brakes—common sequelae of worn suspension bushes—should also be checked. The absence of defects in recent passes does not negate the risk of latent failure; the vehicle’s history demonstrates a pattern of neglect where critical systems were driven beyond safe limits.