2015 Audi Q3 2.0L Diesel · SW65 CWO

The vehicle presents a stable mechanical trend, culminating in a clean pass on 2 September 2025 at 80,695 miles. Notably, the preceding test on 1 September 2025 at 80,682 miles recorded a failure despite listing no specific defects. This anomaly suggests a marginal technical failure, likely an exhaust emissions reading or a borderline brake efficiency result, which was swiftly rectified within twenty-four hours. The absence of any recorded defects across the entire history indicates a well-maintained unit with no recurring structural or mechanical issues. Accumulating 80,695 miles over eleven years results in an annual average of roughly 7,336 miles, aligning perfectly with typical light-use patterns. The mileage progression demonstrates consistent, incremental accumulation: 64,586 miles in September 2022, 70,215 miles in September 2023, 75,727 miles in September 2024, and 80,695 miles in September 2025. This steady increase of approximately 5,000 to 6,000 miles per year rules out prolonged periods of inactivity or excessively high daily wear, pointing to a dependable, regularly driven vehicle. Given the entirely clean MOT record, there are no recurring faults to flag. However, the 1 September 2025 failure without recorded defects warrants a closer look at the exhaust emissions and brake system efficiency during a pre-purchase inspection. A buyer should verify the condition of the brake discs and pads, as well as the catalytic converter and lambda sensors, to ensure the borderline failure has not left underlying inefficiencies. Beyond the anomalous failure, a standard physical inspection should focus on typical Audi Q3 wear items. Check the suspension bushes and coil springs for deterioration, assess the condition of the tyres for uneven wear indicating alignment issues, and inspect the underbody and arches for corrosion. The lack of advisories suggests the previous owner addressed consumables promptly, but a thorough in-person evaluation remains essential to confirm the structural integrity and mechanical soundness of the drivetrain.