2009 Audi A3 2.0L Diesel · SV59 LBG

The vehicle remains currently roadworthy but the maintenance history reveals a concerning trend of structural degradation and mechanical neglect. While the most recent test in September 2025 at 241,381 miles was a pass, it carried multiple advisories regarding worn tyres and pitted brake discs. The critical failure point occurred in August 2023 at 229,859 miles due to significant structural corrosion on the rear suspension turrets and outer sill. Although the vehicle passed a month later after repairs, the underlying issue of corrosion appears to be a persistent characteristic rather than a resolved fault. At 241,381 miles, this 17-year-old Audi has covered a high mileage, averaging approximately 14,200 miles per year. The data shows consistent use, with over 11,000 miles driven between the September 2023 and September 2025 tests. This high level of usage accelerates the wear on rubber components and metalwork, which is evidenced by the recurring failures of suspension arms and brake pipes across the last five years of recorded history. A buyer must focus heavily on the structural integrity of the rear chassis. The record consistently flags heavy corrosion on the rear sub-frame, suspension arms, and brake pipes dating back 2021 through 2023. The 2023 failure for structural strength reduction at the shock absorber top mounts suggests that the vehicle has suffered from advanced rust. An in-person inspection is required to determine if this corrosion has spread to the floor pans or sills, as the previous records indicate the vehicle is prone to significant metalwork failure. Mechanical upkeep also shows a pattern of reactive maintenance. The tester has frequently noted tyres worn to the legal limit and corroded components, suggesting the owner only addresses faults when they threaten MOT compliance. The pitted front brake discs noted in 2025 indicate the braking system is reaching the end of its life. Given the high mileage and the history of corroded suspension, the risk of expensive structural repairs or mechanical failure in the near future is high.