2014 MINI Cooper 1.6L Petrol · LR64 FWV

The vehicle currently holds a roadworthiness rating, but the maintenance history indicates a clear trend of worsening condition rather than stability. The most recent test on 2025-12-05, conducted at 30,583 miles, failed to clear the windscreen wiper, suggesting that the system has become increasingly susceptible to debris accumulation. This failure is a significant indicator of a deteriorating mechanical state, as the wiper blade is a consumable component that is likely to fail under continued usage. The progression from a passing test in 2024 to a failure in 2025 demonstrates that the mechanical integrity has not been maintained, pointing to a trend of worsening condition. Regarding the mileage pattern, the vehicle has experienced rapid accumulation of miles since its initial registration on 2025-09-14, which was 29,486 miles. This rapid increase of 1,107 miles in a single year suggests that the owner may have been using the car less frequently or that the vehicle has been parked in a location with less traffic. While the mileage is low relative to the vehicle's age, the rapid growth indicates that the accumulated wear on the drivetrain and suspension components has not been addressed, leading to the current failure. The lack of a gap between the 2025 and 2024 tests reinforces the conclusion that the system has not been adequately maintained or inspected in the last two years. In conclusion, the vehicle should be inspected in person for a comprehensive assessment of structural integrity and mechanical condition. The recurring faults, including the wiper failure, exposed coil spring corrosion, and brake disc wear, indicate that the vehicle is not in a safe state for continued driving. The owner must be advised to address these issues immediately, as the system has not been tested for failure in the most recent 12-month period. The risk of further deterioration is high, especially given the rapid mileage growth and the failure of the windscreen wiper, which could lead to a complete loss of functionality.