2018 Aston Martin DB11 5.2L Petrol · LC18 MXY

The vehicle is currently roadworthy with a stable maintenance trend, as confirmed by the most recent MOT on 2025-06-18 at 30,318 miles, which passed with only one minor advisory. The sole defect noted was a non-obligatory stop lamp failure in the central rear upper position, a low-priority issue under DVSA guidance that does not affect safety or roadworthiness but should be addressed for full compliance. Previous tests from 2024 and 2023 also passed without defects, indicating consistent upkeep and no emerging mechanical concerns over the past three years. The recorded mileage of 30,318 miles at age eight suggests exceptionally light use, averaging just under 3,800 miles annually—well below the UK average for similar vehicles. This pattern is supported by the steady progression between tests: 19,657 miles in July 2021, 26,512 miles in June 2023 (an increase of 6,855 miles over two years), then 28,864 miles in June 2024 (+2,352 miles), and finally 30,318 miles in June 2025 (+1,454 miles). The slowing rate of mileage accumulation in the final year may indicate reduced usage or seasonal storage, though the absence of major defects across all tests reflects well on the vehicle’s condition despite its low annual usage. Given the clean history and lack of structural or drivetrain issues, a buyer should focus on the previously flagged rear stop lamp system, including wiring integrity and bulb housing corrosion, particularly around the central rear panel. While the brake system showed no faults in any test, the low mileage combined with long periods of inactivity raises concern about potential brake caliper binding or disc surface degradation due to moisture exposure. A thorough inspection of suspension bushes, coil springs, and anti-roll bar links is advised, as these components can degrade when a vehicle remains idle for extended periods. Additionally, checking for signs of interior or underfloor corrosion—especially near wheel arches and sills—is prudent, given the risk of rust development during prolonged standing.