2017 Audi Q2 1.6L Diesel · OO03 ABY

The 2017 Audi Q2 has maintained a clean MOT history with no defects recorded across all tests, including the most recent examination on January 23, 2026, at 127,207 miles. This consistency suggests the vehicle has avoided major mechanical failures or structural issues during its service life. The absence of advisories or repeated failures on critical components like suspension, brakes, or emissions indicates responsible ownership and adherence to basic maintenance intervals. However, the lack of any recorded defects does not preclude the need for a thorough independent inspection, particularly given the vehicle’s age and mileage. The mileage progression reveals a steady accumulation of approximately 14,134 miles annually, which is higher than average for a vehicle of this age. Between February 2023 (84,515 miles) and January 2026 (127,207 miles), the car covered over 42,000 miles in just three years, a pattern that may indicate frequent use or consistent driving habits. Notably, there is a duplicate entry for February 2024, where the vehicle was tested twice at the same mileage—once passing and once failing—though no defects were recorded in either case. This anomaly could imply administrative confusion rather than mechanical issues, but it warrants scrutiny to confirm no underlying problems were overlooked. Given the vehicle’s age and mileage, a buyer should prioritise an inspection of high-wear components such as suspension bushes, coil springs, and shock absorbers, as these are common failure points at this mileage. The braking system—particularly rear calipers and discs—should be checked for uneven wear or binding, especially since the car has accumulated significant distance. Corrosion around wheel arches, subframes, and exhaust mounts is another critical area, given the vehicle’s exposure to UK road conditions over nine years. While the MOT record shows no failures, a professional inspection will determine whether these components have been maintained or are approaching their serviceable limits.