2003 Bentley Arnage 6.8L Petrol · HF53 CHL

Recurring electrical and suspension issues define the mechanical profile of this vehicle, specifically a persistent failure regarding the engine Malfunction Indicator Lamp (MIL) which has appeared in three separate MOT tests between 2022 and 2026. While the vehicle achieved a pass on 12 June 2026, this followed a failure on the same date involving a major defect with the engine MIL, a major defect regarding a serious fluid leak from the nearside rear shock absorber, and a minor defect with the registration plate lamp. This pattern suggests that while the vehicle is capable of passing, it faces intermittent electronic fault reporting and component degradation that requires attention. The vehicle's usage profile is characterised by significantly low annual mileage, averaging approximately 2,943 miles per year over its twenty-three-year lifespan. With a recorded mileage of 67,689, the vehicle has been driven far less than the typical UK average for a car of this age. Such low usage can often lead to components being subjected to longer periods of inactivity, which may contribute to the specific failures noted in the records, such as the recent shock absorber leak and the recurring issues with lighting and electronic indicator lamps. A prospective buyer should pay close attention to the suspension system and the engine management electronics during a physical inspection and test drive. The recent failure of the nearside rear shock absorber due to a serious fluid leak necessitates a check of the entire suspension setup for similar signs of weeping or damage. On a test drive, listen for any irregular knocking or thudding sounds when traversing uneven surfaces or speed bumps, and feel for excessive body roll or an unsettled rear end, which could indicate that the shock absorber's damping capabilities have been compromised. Regarding the electronic failures, the repeated presence of the engine MIL defect in 2022, 2023, and 2026 indicates a recurring issue with the dashboard warning system or the engine management computer's ability to communicate faults. It is essential to verify that the MIL illuminates correctly when the ignition is turned to the position prior to cranking to ensure the warning system is fully operational. Additionally, confirm that all registration plate illumination is functional, as this has been a recurring minor or presentation failure in the recent testing history.