2015 MINI Countryman 1.6L Diesel · LB15 TKF

Persistent rear brake disc wear serves as the defining mechanical narrative across this MINI Countryman's test history, appearing as a recurring advisory note in successive years before culminating in the latest clean pass recorded on June 2nd, 2026 at 94,687 miles. Aside from these documented frictional components showing pitting and scoring, the vehicle's historical record displays an absence of structural failures, major corrosion, or electrical rejections across eight consecutive annual examinations. This overall trajectory points to a stable pattern of roadworthiness compliance, though the repeated focus on the rear braking system indicates that friction surfaces have required ongoing monitoring during annual statutory tests. With an odometer reading of 94,687 miles accumulated over its approximately eleven years on the road, the vehicle averages around 8,600 miles per year, representing a normal annual mileage accumulation rate for a modern compact crossover. There are no extended testing gaps, erratic mileage jumps, or periods of prolonged dormancy indicated in the DVSA records, meaning the mechanical assemblies have experienced continuous, regular operation rather than the accelerated wear typical of heavy commercial use or the degradation often associated with long-term stationary storage. This steady usage profile suggests that components have worn at a predictable rate aligned with age and distance covered. Prospective buyers conducting a physical inspection and test drive must pay close attention to the rear axle, specifically addressing the historic advisories regarding worn, pitted, or scored brake discs. During the test drive, listen carefully for any scraping, grinding, or metallic murmurs emanating from the rear wheels under light braking pressure, and check for judder through the brake pedal that would confirm the need for imminent disc and pad replacement. Additionally, examine the wheels immediately after driving to ensure neither rear caliper is binding, which can cause excessive heat buildup and premature friction wear. Given that a previous test noted plastic under trays obscuring full inspection, a thorough ramp inspection should be prioritised to check the underside for hidden corrosion, fluid weeping from the drivetrain, or wear within the multi-link rear suspension bushes. Verify that the parking brake holds securely on a steep incline, as rear brake condition directly impacts handbrake efficiency on this chassis. Assessing these specific areas during a pre-purchase inspection will provide a definitive check on the current physical state of the components highlighted in the MOT history.