2017 AUDI Q31.4L Petrol

The 2017 Audi Q3 has demonstrated consistent roadworthiness across all five MOT tests, with no defects recorded in any cycle. The most recent inspection on 4 March 2026—just four months ago—confirms the vehicle remains compliant with current DVSA standards. This pattern suggests no recurring mechanical failures or neglect, though the absence of advisories or defects does not preclude hidden wear. The vehicle’s clean MOT history is notable, particularly given its age, as it implies either disciplined maintenance or favourable luck in avoiding common failure points. The recorded mileage presents an unusual pattern, with a significant jump between the September 2023 test (70,765 miles) and the following October 2022 test (58,116 miles), indicating 12,649 miles accumulated in under a year. This spike contrasts sharply with the subsequent intervals, where mileage increased by roughly 3,000–4,000 miles annually. Such erratic accumulation could imply periods of heavy use followed by prolonged inactivity, which may accelerate wear on suspension bushes, coil springs, and brake components. The low average of 5,641 miles per year over the past four years suggests the vehicle has spent extended periods stationary, potentially exacerbating issues like corrosion or fluid degradation. Given the clean MOT record, the primary focus for an in-person inspection should centre on suspension integrity and brake condition. The sudden mileage surge in 2023 warrants scrutiny of rear suspension bushes and coil springs for premature degradation, as high-speed or aggressive driving can accelerate wear. Binding calipers or uneven brake pad thickness should also be checked, especially if the vehicle was driven hard during that period. Structural corrosion, particularly around wheel arches and sills, should be examined, as prolonged standing can lead to hidden rust compromising body panels or subframes. While the MOT history offers reassurance, these areas are critical to assessing long-term reliability beyond the test’s surface-level pass.