1997 Aston Martin DB7 3.2L Petrol · 7 TSX

The 1997 Aston Martin DB7 presents a currently roadworthy status, having passed its most recent MOT on 2026-05-08 at 53,995 miles with zero defects recorded. This clean bill of health indicates a resolving maintenance trend, a significant improvement over the July 2025 failure where multiple critical faults were flagged. The tester previously flagged an ABS warning lamp and non-functional direction indicators, yet the 2026 pass confirms these electrical faults have been successfully rectified. Buyers should verify the quality of these repairs, as the sudden failure of all indicators suggests an underlying wiring or relay issue rather than simple bulb failure. The recorded mileage of 53,995 miles equates to roughly 1,862 miles per year, confirming exceptionally light use for a 29-year-old vehicle. Between the April 2023 test at 53,879 miles and the April 2024 test at 53,907 miles, the car covered just 28 miles over a twelve-month period, pointing to prolonged static storage. Mileage accumulation then accelerated slightly to 50 miles between April 2024 and July 2025, before reaching the current 53,995 miles in May 2026. Low-mileage classics often suffer from deterioration related to standing rather than driving, making a thorough inspection of seized components and dry-rot essential. Tyre condition and suspension wear dominate the recurring defects across the history. The July 2025 failure revealed a dangerous inner sidewall tear on the nearside rear and a structural tread bulge on the offside front, alongside perishing across the fleet. Although the 2026 test passed without advisories, tyre rubber degrades with age regardless of tread depth, meaning the current tyres may be age-compromised units if not recently replaced. Suspension components also warrant close scrutiny; worn rear suspension arm mounting bushes appeared in July 2025, and corroded front lower coil springs were noted as an advisory in April 2023. Corrosion on coil springs can lead to catastrophic failure under load, requiring a physical check for pitting or scaling. Finally, the persistent headlamp lens hazing noted between 2023 and 2024 reduces light output, a common issue on this model that demands inspection of the seal integrity and internal reflector condition.