2013 MINI ONE Auto 1.6L Petrol · SC62 MZT

The vehicle is currently roadworthy but the recent MOT history reveals a concerning trend of reactive maintenance. While the car passed its latest test in May 2026 at 48,198 miles, it followed two consecutive failures in March and April of the same year. This sequence suggests a pattern where repairs are only addressed when a test failure is imminent rather than through proactive preventative maintenance. The transition from a clean record in 2024 to multiple failures indicates a recent decline in oversight standards. At 13 years old, the 48,198 recorded miles are notably low, averaging approximately 3,700 miles per year. However, the data shows a significant spike in usage between March 2025 and March 2026, where the vehicle covered over 8,000 miles in just twelve months. This rapid increase in mileage correlates with the sudden appearance of mechanical wear and consumable failures. The low overall mileage suggests the car may have sat stationary for long periods previously, which can lead to the degradation of rubber components and brake fluid moisture. A buyer must conduct a close inspection of the front suspension geometry, as the tester flagged excessively worn rear bushes on both front lower suspension arms in April 2026. Although these were rectified for the May pass, the recurring nature of this fault across multiple tests suggests potential alignment issues or poor component fit. The record also shows the front tyres were bald on the inner edges, which points directly to a tracking fault or worn suspension bushings that could cause premature wear on any new rubber. The brake system also warrants attention following the report of rear brake pads reaching the wear indicators in March 2026. Given the history of neglecting bulbs and lamps, a prospective buyer should verify that all lighting elements and safety-related electrical systems are fully functional. Focus the inspection on corrosion on the underbody and exhaust as well, as low-mileage vehicles often suffer from environmental oxidation if not driven frequently enough to clear out moisture.