2003 MINI 1.6L Petrol · LW03 LCP

The vehicle currently holds a roadworthiness rating of 116, indicating it is drivable for the foreseeable future, though the MOT record reveals a complex history of failures. The most recent test on 2026-06-18 at 99,935 miles was passed, but this was preceded by two failed tests on 2025-12-23 and 2024-12-17. The first failure occurred on 2025-12-23, while the second failed on 2024-12-17, suggesting a significant gap of approximately two years between assessments. This interval of inactivity may have allowed wear on critical components like suspension and brakes to accumulate, or it may reflect the owner's decision to avoid frequent maintenance despite the age of the car. Regarding the mileage pattern, the vehicle has maintained roughly 99,759 miles in 2024 and 99,935 miles in 2025, which is consistent with a stable annual consumption rate. However, the data is sparse; there are no recorded gaps in mileage that would suggest a sudden acceleration in usage or a drastic reduction in maintenance. The mileage itself does not appear to be an indicator of structural integrity, as the car has been tested at high mileage levels without showing signs of catastrophic wear on the drivetrain or suspension, suggesting the vehicle has been driven under relatively light loads. A buyer should inspect the vehicle for structural integrity and mechanical wear, particularly focusing on the brake systems and suspension bushings. The MOT record indicates multiple failures in the brake pipes, including corrosion and grease buildup, as well as severe deterioration in the anti-roll bar linkage ball joints. These issues are likely due to the car's age and the nature of its use, with the brake pipes showing signs of corrosion and the ball joints deteriorating, which would require professional adjustment or replacement. The lack of any reported suspension bushings or coil springs suggests the suspension has not been serviced in a way that would cause excessive wear, but the brake components are clearly in compromised condition.