2008 Aston Martin DBS 5.9L Petrol · V12 UBS

An unbroken sequence of clean test passes defines the structural and mechanical roadworthiness narrative of this Aston Martin DBS, culminating in a fault-free pass recorded on the seventeenth of October 2025 at sixty-five thousand five hundred and forty miles. Across eight documented tests dating back to September 2017, the car has accumulated only a single advisory for a tyre pressure warning light in December 2020, with every other inspection resulting in an unblemished pass. This consistent history shows zero recorded structural failures, corrosion warnings, or suspension degradation during official testing, reflecting a stable baseline of mechanical compliance over the monitored period. Averaging approximately three thousand six hundred and forty miles per year over its eighteen-year lifespan, the vehicle presents a low-mileage usage profile that warrants careful physical scrutiny of rubber and suspension components. The monitoring gap between September 2017 and November 2019, followed by a minor extension into late 2022, indicates periods of reduced road use or potential storage. Mechanically, low usage combined with long intervals between certain tests means that while annual wear might be light, static components such as rubber bushes, seals, and mountings can suffer from hardening or degradation simply due to age rather than distance travelled. Although the official inspection history contains no direct flags for suspension or braking defects aside from the past TPMS warning, buyers must thoroughly evaluate the high-performance underpinnings during a static and dynamic inspection. Listen intently for any knocking or creaking from the wishbones, ball joints, and adaptive damping system over rough road surfaces, as heavy alloy components and low-profile tyres transmit sharp impacts directly into the chassis. Check the carbon-ceramic brake discs and calipers for excessive scoring, uneven pad wear, or binding, ensuring the pedal remains firm and progressive without any judder when decelerating from motorway speeds. Finally, inspect the engine bay and underbody thoroughly for any signs of fluid weeping from the V12 power unit, auxiliary coolers, or drivetrain seals, which can sometimes occur when high-performance gaskets experience intermittent use cycles. Verify that all dashboard electronics, stability controls, and monitoring systems function correctly under load, ensuring the historical tyre pressure advisory remains fully resolved and that no hidden electrical faults are masked by the otherwise clean MOT record.