2004 MINI 1.6L Petrol · MW04 CVM

Chronic suspension deterioration and fluid leaks define the mechanical history of this vehicle, with the most recent recorded test in April 2022 resulting in a failure due to excessive engine oil leaks, a leaking offside front shock absorber, worn front suspension arm bushes, and a split constant velocity boot. These failures follow a documented pattern of corrosion affecting the brake pipes and coil springs dating back to 2019, indicating a progressive decline in the condition of the chassis and underbody components. The recorded mileage of 120,256 miles represents a low annual average of roughly 5,466 miles over the vehicle's 22-year lifespan. Such low usage often coincides with the type of corrosion seen on the brake lines and springs, as vehicles that stand for long periods or perform only short journeys are frequently more susceptible to moisture-related degradation. Furthermore, the absence of MOT data from April 2022 through to September 2026 indicates a significant period where the vehicle's roadworthiness has not been officially certified. A physical inspection should prioritise the engine bay and undercarriage to verify if the excessive oil leak and the split CV boot identified in 2022 were rectified. During a test drive, listen for rhythmic clicking or popping sounds from the front wheels during tight turns, which would indicate a failed CV joint. Pay close attention to the front end for any knocking or clunking sounds when traversing uneven surfaces, as this would suggest the suspension arm bushes or shock absorbers remain worn or have deteriorated further. The braking system requires scrutiny due to previous failures regarding binding calipers and chronic brake pipe corrosion. Test for any steering pull or uneven braking force during deceleration, and check for a spongy pedal feel. Given the history of ABS faults and restricted movement in the rear mechanical brake components, any warning lights on the dashboard or unusual resistance in the brake pedal should be viewed as critical indicators of unresolved faults.