ASTON MARTIN DBS2010 · 5.9L PETROL

The 2010 Aston Martin DBS presents a stable and highly compliant roadworthiness profile based on its latest MOT test on 30 October 2025 at 48,916 miles. As this assessment occurred just eight months prior to the current date of June 2026, the certification remains valid and reflects the recent mechanical condition of the car. The tester recorded zero defects during this inspection, continuing a strong maintenance trend established over the preceding years. Aside from a single failure in October 2024, the vehicle has passed every recorded inspection since June 2022 without generating advisory notices. This clean history indicates a rigorous approach to preventative maintenance by previous custodians. Covering just 48,916 miles over sixteen years equates to an exceptionally low annual average of roughly 3,057 miles. The odometer readings confirm this light usage pattern. The car accumulated 2,255 miles between June 2022 and August 2023, followed by 1,806 miles by October 2024. Usage dropped significantly in the most recent year, adding a mere 187 miles between the October 2024 and October 2025 tests. Such minimal operation often points to a weekend or fair-weather vehicle, though prolonged standing periods can cause flat-spotting on tyres and degradation of rubber suspension bushes. A prospective buyer must verify the current operational status of the engine management system and electrical circuits. The tester flagged an inoperative engine malfunction indicator lamp and a failed offside stop lamp during the initial attempt on 21 October 2024. The owner rectified these faults immediately, securing a pass the following day. While the history lacks evidence of structural corrosion or binding brake calipers, the low mileage dictates a thorough physical check of perishable items. An in-person evaluation should focus on the condition of the brake discs for surface pitting, the integrity of the coil springs, and the age codes on the tyres to ensure the rubber has not perished from extended static storage.