2023 Bentley Flying Spur S V8 Auto 4.0L Petrol · URC 1

A track record of consistent roadworthiness is the primary characteristic of this vehicle, evidenced by a clean MOT certificate issued on 15 June 2026. With no defects or advisories recorded during its most recent inspection, the vehicle currently presents a history of meeting all statutory safety and environmental standards without any flagged mechanical deterioration or component wear. The recorded mileage of 8,381 miles over approximately three years indicates a low annual usage pattern of roughly 2,794 miles per year. This level of accumulation is significantly below the UK average for a vehicle of this class, suggesting the car has been used sparingly. Mechanically, such low mileage means there is typically less wear on high-friction components like brake discs and pads, as well as less fatigue in the suspension bushings and dampers, though it also implies the vehicle may have spent extended periods stationary. Given the absence of any recorded advisories or failures in the DVSA history, there are no specific mechanical defects to target for inspection. However, because the mileage is notably low, a physical inspection should focus on ensuring that the lack of regular movement has not resulted in any minor fluid seeps or perished rubber components that the MOT testing regime might not have highlighted. On a test drive, pay close attention to the smoothness of the gear transitions and the absence of any unusual vibrations or steering pulls, which would ensure the drivetrain and steering geometry remain as expected for a vehicle with this usage profile. Final verification should include a close examination of the tyre surfaces for any signs of flat-spotting or uneven wear that can occur when a vehicle is driven infrequently. While the MOT history is clear, checking for any minor oil misting around the engine bay or checking the condition of the brake rotors for surface corrosion from sitting idle will provide a complete picture of the vehicle's current mechanical state.