2020 Audi Q2 1.5L Petrol · NV69 CXP

The Audi Q2 has maintained a consistent roadworthiness record across all four MOT tests, with the most recent inspection on 2026-01-13—just six months ago—confirming no defects and full compliance. This suggests the vehicle has been kept in stable condition, with no recurring advisories or major failures to indicate worsening mechanical issues. The lack of any advisory notes across the past two years further supports that the car has likely undergone regular servicing, though the absence of service records means some wear items may not have been proactively addressed. The recorded mileage of 21,963 miles over six years equates to approximately 3,660 miles annually, which is unusually low for a vehicle of this age and type. The gaps between tests—ranging from 11 to 12 months—align with the MOT cycle, but the minimal mileage accumulation implies prolonged periods of inactivity. This could either reflect careful owner usage or extended storage, both of which may have mitigated wear on suspension bushes, brake components, and drivetrain fluids. However, low mileage does not preclude hidden issues such as corrosion or neglected fluid changes, particularly if the car was stored in a damp environment. Given the clean MOT history, a buyer should prioritise a thorough inspection of suspension integrity, focusing on coil springs, bushes, and shock absorbers for uneven wear or corrosion—common in low-mileage vehicles left stationary for extended periods. The brakes, while never flagged, should be checked for binding calipers or uneven pad thickness, as prolonged disuse can lead to seized components. Exhaust emissions remain untested for anomalies, so a diagnostic scan for catalytic converter efficiency or oxygen sensor faults is advisable. Structural underbody corrosion, particularly around wheel arches and sills, warrants close examination, as rust can develop even with minimal movement. Finally, verify the condition of the battery and fluid levels, as a car with such low annual mileage may have experienced gradual degradation in these areas.