2002 MINI 1.6L Petrol · M1 CLH

The vehicle remains roadworthy, but the maintenance history shows a worsening trend regarding structural and component corrosion. While the most recent test in March 2026 passed, the introduction of an advisory for rear tyres wearing on the inside edge suggests potential alignment issues or suspension wear that have not yet been addressed. This follows a pattern of recurring corrosion failures that began in 2022, where the tester flagged degradation across the sub-frames, suspension arms, and brake pipes. Mileage data indicates extremely low usage for a vehicle of this age. The car covered only 369 miles between August 2020 and April 2021, and remained stagnant from April 2022 at 46,082 miles until the test in March 2026, where the mileage was not visible. The speedometer suggests the vehicle has sat under 47,000 miles for years. This low mileage often correlates with the accelerated corrosion seen in the record, as the vehicle may not be driven frequently enough to dry out the chassis and braking components. A buyer must prioritise a thorough underbody inspection of the sub-frames and suspension arms. The record has consistently flagged corrosion on these areas since 2022, and although they were described as not seriously weakened, the persistence of the issue indicates an active environmental process. The braking system also requires close scrutiny; the tester has noted corroded brake pipes covered in grease repeatedly in 2022, 2024, and 2025. This grease application is often an attempt to hide rust, making a physical inspection of the pipe surfaces for thinning or pitting essential. The recent inner edge wear on the rear tyres necessitates a check of the rear bushes and control arms, which have shown a history of deterioration. Given the long periods of inactivity suggested by the stagnant mileage figures, the buyer should also verify that the brake calipers are not seized or binding. The vehicle appears to be a low-mileage example that is suffering from age-related decay rather than mechanical wear and tear.