2017 Audi Q3 2.0L Petrol · XR08 CHR

The vehicle is currently roadworthy, but the maintenance history reveals a concerning trend of reactive rather than proactive upkeep. While it passed the test in November 2025 at 82,957 miles, it had failed just one mile prior due to a dangerous defect regarding brake performance. This critical failure, combined with a structural failure of the nearside front tyre and legal limit wear on the offside front tyre, suggests that the previous owner only addressed major safety issues when forced by the MOT tester. The mileage pattern is consistent with a nine-year-old vehicle, averaging approximately 9,200 miles per year. Data shows steady usage with roughly 10,000 miles covered between November 2023 and 2024, and another 9,200 miles between November 2024 and 2025. This regular interval suggests the car has not sat stationary for long periods, yet the recurring nature of tyre faults indicates that rubber components and suspension elements are reaching the end of their service life. A buyer must inspect the front suspension geometry and alignment specifically. The November 2025 record noted inner edge wear on the offside front tyre, and the 2022 test flagged a worn nearside front suspension arm bush. These recurring issues indicate persistent misalignment or worn bushings that will cause rapid tyre degradation. Furthermore, the dangerous defect regarding brake performance in the most recent test necessitates a thorough physical inspection of the brake calipers, discs, and hydraulic fluid condition to ensure the underlying fault was fully rectified and not merely masked. The condition of the tyres also requires close scrutiny. Records from 2023 showed perishing rubber on both rear tyres, and by 2025, a front tyre suffered from internal structural separation. Given the history of neglecting these items, all tyres should be checked for sidewall cracking, bubbles, and uneven wear. The vehicle appears mechanically sound on the surface, but the history reflects a pattern of deferring maintenance until the point of failure.