2019 Audi Q7 SLN BLK ED 45TDI Mhev QTO A 3.0L Diesel · GL69 GDA

The vehicle most recently passed its MOT on 4 September 2024 with no defects recorded. When reviewing the historical data, the maintenance trend appears stable and improving. The advisories noted in December 2022 regarding damaged undertrays, worn front tyres, and a pitted nearside front brake disc were absent from the subsequent tests in 2023 and 2024, which indicates that the previous owner addressed these wear-and-tear items promptly. The recorded mileage of 649,112 miles is exceptionally high for a vehicle of this age, averaging approximately 92,730 miles per year. Such extreme usage suggests the vehicle has been used almost exclusively for long-distance motorway travel. While sustained high-speed cruising is generally less taxing on an engine than urban stop-start traffic, the sheer volume of mileage places immense stress on all mechanical consumables, the drivetrain, and the structural integrity of suspension mounting points. Given the previous advisories, a prospective buyer should closely inspect the underbody to ensure the undertrays are now securely fastened and not dragging. During a test drive, pay close attention to the braking performance; any shudder or pulsation through the pedal could indicate that the previously pitted brake discs have not been replaced or are suffering from renewed wear. Examine the front tyre treads for uneven wear on the edges, which would suggest a misalignment of the steering geometry or worn suspension bushes. Due to the extraordinary mileage, the primary focus must be on the longevity of the drivetrain and the mild-hybrid system. Listen for any abnormal whining from the differentials or hesitation during gear changes in the automatic transmission. It is imperative to verify the service history to ensure oil changes were performed at frequent intervals to mitigate engine wear. Finally, inspect the coil springs and suspension dampers for signs of fatigue or leaking, as these components will have undergone significant cycling and are likely nearing the end of their operational life.