2002 Aston Martin DB7 5.9L Petrol · AM02 ACE

Structural integrity and component longevity appear to be the primary considerations for this vehicle, as evidenced by a recent shift from a period of clean test results to a series of specific mechanical advisories and a failure in 2025. While the vehicle successfully passed its most recent MOT on 2 June 2026 with no defects recorded, the preceding two years highlight a transition toward age-related degradation. The 2025 test cycle included a failure due to non-conforming registration plates alongside advisories for brake system corrosion and an illuminated engine management light, suggesting that the vehicle requires closer scrutiny of its electronic and hydraulic systems than the clean records from 2016 through 2023 might otherwise imply. With a total of 42,650 miles accumulated over 24 years, the vehicle averages approximately 1,777 miles per annum, a low usage profile that necessitates careful evaluation of rubber components, seals, and fluid-dependent systems. The gaps in testing history between 2018 and 2022 indicate periods where the vehicle may have been off the road, which can lead to the hardening of suspension bushes and the potential for internal corrosion within fuel and brake lines if the vehicle was stored in damp conditions. Low-mileage vehicles of this vintage often suffer from static degradation, meaning that despite the low odometer reading, the mechanical condition is dictated more by the age of the materials than by the distance covered. Prospective buyers should prioritise a thorough inspection of the braking system, specifically targeting the rear brake hoses and discs. The 2025 advisory regarding corrosion to the ferrule on the rear hoses indicates that the protective coatings have failed, which can lead to leaks or total line failure under heavy braking pressure. During a test drive, observe the pedal feel for any sponginess or lack of immediate bite, and listen for grinding or scraping noises from the rear wheels that would indicate the pitting or scoring previously noted on the inner faces of the discs. Furthermore, the presence of an illuminated engine management light in the 2025 record requires a diagnostic scan to identify the underlying fault, as this could range from a simple sensor failure to more complex fuel or ignition system issues common in high-performance engines of this era. The suspension system also warrants a tactile assessment, particularly regarding the rear coil springs which were flagged for corrosion. On a test drive, listen for any metallic clunking or knocking sounds when traversing uneven road surfaces, which could indicate that the spring coating has failed and the metal is beginning to fatigue. Additionally, the previous advisories regarding tyre wear on the edges suggest that the vehicle may benefit from a professional four-wheel alignment check, as uneven wear patterns can often mask or exacerbate underlying issues with steering rack play or suspension geometry. Ensure that the vehicle tracks straight under acceleration and braking, and check for any vibrations through the steering wheel that might point to worn bushes or wheel balancing discrepancies.