2017 MINI Clubman 2.0L Petrol · DP17 FWC

A consistent history of first-time test passes characterizes this Mini Clubman, supported most recently by a clean pass recorded on the fourth of December 2025 without a single advisory noted. Across six consecutive annual examinations dating back to May 2020, the vehicle has never recorded an official MOT failure. While this unbroken pass record demonstrates that the vehicle has met minimum statutory roadworthiness standards at each annual inspection, the history contains a recurring pattern of consumable wear items flagged by examiners that provides vital insight into how the car consumes its running gear. With an odometer reading of 84,152 miles accumulated over its nine-year lifespan, the vehicle averages approximately 9,350 miles annually. This usage rate sits well within typical UK driving parameters, indicating steady, consistent operation rather than intense commercial deployment or prolonged periods of static storage. Mechanically, this consistent mileage accumulation means that high-stress components such as wheel bearings, suspension bushes, and auxiliary drive systems have experienced standard lifetime use, requiring careful scrutiny for age-related fatigue rather than damage stemming from long periods of inactivity. The primary mechanical focus during a physical inspection must center on the chassis and braking components highlighted in past MOT records, particularly the recurring advisories noting edge wear on front and rear tyres alongside thin central rear brake pads recorded in late 2021. Prospective buyers should inspect the inner and outer tread shoulders of all four tyres for uneven wear patterns that could suggest geometric misalignment or failing suspension geometry. During a dynamic test drive, listen closely for any rhythmic humming or grinding from the wheel hubs, and pay strict attention to the brake pedal feel to ensure there is no pulsing or judder that would indicate warped brake discs or binding calipers. Further inspection should target the steering and suspension joints, checking for knocks or clunks when negotiating sharp turns or rough road surfaces, as front-axle geometry on this platform absorbs significant stress during everyday urban driving. Verify that the tracking is true by observing if the steering wheel pulls to one side on a level straightaway. Reviewing the physical condition of the underbody and brake lines during a ramp inspection will complete the evaluation, ensuring that the structural integrity matches the unblemished statutory test outcomes documented in the official history.