2001 Audi RS4 Avant 2.7L Petrol · A8 SWN

The 2001 Audi RS4 Avant presents a stable and exemplary maintenance trend, culminating in a clean pass during its most recent MOT on 14 November 2025 at 86,466 miles. The tester recorded zero defects, indicating the vehicle met all required safety and emissions standards at that time. A brief anomaly occurred in November 2024, when the car failed at 85,795 miles despite no defects being recorded in the summary, suggesting a minor, swiftly rectified issue such as a faulty bulb or emissions excursion, as it passed just two days later at 85,800 miles. Overall, the mechanical condition remains consistently sound. The recorded mileage of 86,466 miles equates to a mere 3,459 miles per year over its 25-year lifespan, confirming exceptionally light usage. Annual increments remain remarkably steady, rising from 83,739 miles on 16 November 2022 to 85,045 miles on 22 November 2023, and reaching 85,800 miles by 6 November 2024. The most recent jump of 666 miles between November 2024 and November 2025 aligns perfectly with this low-mileage pattern. Such minimal annual accumulation suggests the vehicle has avoided the severe wear associated with high-mileage driving, though prolonged periods of standing can introduce their own mechanical concerns. Despite the flawless MOT record, a prospective buyer must inspect the structural integrity and aging rubber components typical of a low-mileage, quarter-century-old performance car. Extended periods of inactivity often lead to perished suspension bushes, deteriorated engine mounts, and binding brake calipers, none of which may trigger an immediate MOT failure but compromise drivability. Examine the underside thoroughly for corrosion on the subframes, sills, and brake lines. The 2.7-litre twin-turbo V6 requires close scrutiny for oil leaks around the cam covers and intercooler piping, while the quattro drivetrain should be checked for clunks indicating worn differential mounts. A clean MOT history confirms baseline legality, but physical verification of these aging components remains essential.