2008 Audi A5 2.0L Petrol · GV58 AUE

The vehicle currently holds a roadworthy status but exhibits a trend of worsening suspension and structural condition. While it passed its latest test in December 2025 at 125,829 miles, this followed a failure on the same day due to excessively worn front inner suspension arm bushes and a failed ball joint dust cover. The transition from a failure to a pass suggests the owner addressed the most immediate safety-critical faults, but the underlying state of the front-end geometry is reaching the end of its functional life. At 18 years old, the recorded 125,829 miles represent an average usage of approximately 7,000 miles per year, which is consistent with low-to-moderate annual travel. The data shows consistent mileage progression, with roughly 2,700 miles covered between the December 2024 and December 2025 tests. This steady usage suggests the car has not been subjected to extreme high-mile stress, though the age of the vehicle is clearly evident in the degradation of rubber components and metalwork noted in the records. A buyer must prioritize a thorough inspection of the rear sub-frame, as it has been flagged for corrosion since at least 2023. While the tester noted structural rigidity was not yet significantly reduced, the progression from 'getting close on limit' in 2024 to noted corrosion in 2025 indicates active oxidation. The suspension also requires close attention; the front inner arm bushes were recently problematic, and the offside front outer bush still shows signs of wear nearing replacement limits to prevent uneven tire degradation. The nearside rear shock absorber shows external casing damage which often precedes a seal failure, and should be monitored for oil leaks. The previous history of an exhaust leak in late 2024 should also be verified to ensure the repair was permanent. Given the recurring issues with suspension arm bushes and ball joint dust covers, the vehicle is likely to require further mechanical investment in the near future to maintain handling quality and prevent further MOT failures.