2011 Audi A7 3.0L Diesel · RO61 RFN

The most recent MOT test conducted on 7 April 2026 resulted in a pass with no defects recorded. Reviewing the history back to 2018, the vehicle demonstrates an exceptionally stable maintenance trend, having passed every inspection without a single recorded defect or advisory. Such a clean record for a luxury vehicle of this vintage is uncommon and suggests a rigorous regime of preventative maintenance, indicating that the previous owner likely addressed wear and tear items before they reached a failure threshold. With a recorded mileage of 112,833 miles over a fifteen year period, the vehicle has averaged approximately 7,522 miles per year. This represents a typical and balanced usage profile, avoiding the accelerated wear on drivetrain and suspension components associated with high mileage examples, while also avoiding the risks of seal shrinkage and fluid stagnation common in very low mileage vehicles. The mechanical state of the vehicle should, in theory, align with a well maintained example of its age. Given the absence of MOT advisories, a prospective buyer must focus on age related degradation that does not always trigger a failure. It is essential to inspect the tyre sidewalls for perishing or fine cracking, as rubber compounds degrade over time regardless of tread depth. The 12V battery should be tested for cranking efficiency, and the brake discs should be examined for surface corrosion or binding calipers, particularly if the vehicle has been stationary for any extended period. Further attention should be directed toward the service history to verify the replacement of the timing belt and water pump, as these are critical time and mileage items for this engine. During a test drive, listen for any subtle clunks from the suspension bushes or coil springs, and check for any fluid leaks around the engine bay. Finally, ensure that all calendar based fluids, including brake fluid and coolant, have been refreshed according to the manufacturer intervals to prevent internal corrosion and maintain system efficiency.