2017 Audi Q7 3.0L Diesel · FN17 WMU

The latest MOT test for the 2017 AUDI Q7 was successfully passed on 2026-02-19, indicating that the vehicle currently meets the minimum safety standards. However, the recent history shows a mix of passing and failing tests, with the most recent failure occurring on 2026-02-16. This inconsistency suggests that while the car has generally remained roadworthy, there may be underlying issues that require closer inspection. The vehicle has been serviced regularly, with no major defects recorded in the past five tests, which supports a stable maintenance trend overall. The recorded mileage of 68,434 miles is approximately 7,604 miles per year, which aligns with the typical usage for a vehicle of this age. This level of mileage is reasonable, but it does reflect a moderate to heavy usage pattern, especially considering the car has been driven for nearly nine years. The absence of significant wear indicators so far is positive, though the accumulation of minor issues over time cannot be ruled out. On a test drive, potential buyers should pay particular attention to the suspension components, as any clunking or uneven handling could point to worn bushings or ball joints. Similarly, brake performance should be scrutinized for any shudder or delayed response, which may signal disc corrosion or caliper binding. For buyers who have not had the vehicle serviced recently, it is crucial to inspect the tyres thoroughly for any signs of perishing or uneven wear, which can develop over time even with proper maintenance. The 12V battery should be checked for corrosion or reduced capacity, as this can affect electrical systems and lighting. Additionally, fluid levels and condition—especially brake, coolant, and transmission fluids—must be verified against service intervals. Given the vehicle’s age and usage, a calendar-based service schedule should be followed to ensure all critical systems remain within manufacturer specifications. Overall, while the MOT record is clean, proactive checks are essential to confirm long-term reliability.