2012 Audi A4 2.0L Diesel · WD02 AAA

The vehicle remains roadworthy, but the maintenance history reveals a worsening trend in suspension wear and structural degradation. While the most recent test on 30 May 2026 at 112,154 miles passed, new advisories regarding the offside front suspension arm ball joint and pitted rear brake discs have emerged. This indicates that while previous faults were addressed, the components are now reaching the end of their functional life, suggesting a cycle of recurring mechanical failures is accelerating. At 112,154 miles over 14 years, the Audi has averaged approximately 8,000 miles per year, which is consistent with typical usage for a vehicle of this age. The record shows consistent annual patterns, with roughly 4,000 to 7,000 miles covered between each annual inspection from 2023 to 2026. However, the low mileage has not prevented age-related degradation of rubber components, as evidenced by multiple reports of perished tyres and bushes due to cracking rather than distance-based wear. A buyer must prioritise a thorough physical inspection of the rear sub-frame, as corrosion has been flagged in both 2025 and 2026. While the tester currently classifies this as not seriously weakened, structural rust on this chassis type often progresses rapidly if left untreated. The front suspension also shows a history of failure, with multiple arm bushes and ball joints flagged across the last three years. The transition from worn bushes to a ball joint with play in the latest test suggests the entire front end assembly is nearing significant overhaul. Immediate attention is also required for the rear brake system and tyres, which were flagged in the most recent test. The recurring nature of the suspension arm issues indicates that the previous owners have been performing reactive repairs rather than preventative maintenance. Any prospective buyer should verify that the offside rear shock absorber replaced after the 2024 failure was actually replaced and should check for further fluid leaks on the remaining components.