2015 MINI Paceman Cooper D ALL4 1.6L Heavy oil · XFZ 2994

A clean and uninterrupted pass record across seven MOT tests dating back to 2019 points to a vehicle with no recorded roadworthiness concerns, although the brief failed re-test on 18 September 2024 warrants attention. The most recent test on 6 October 2025 returned a pass with no defects recorded, and the only other entry of note is the immediate retest that followed on 29 September 2024 which also passed cleanly. Because DVSA records do not capture the precise reason for the original failure or the category of defect identified, this represents an incomplete data point rather than confirmed clean bill of health. The remaining five tests from 2021 through 2024 each show straight passes, meaning no advisories, no advisories on consumables, and no recorded corrosion have been logged against the vehicle during its documented testing life. For a prospective buyer this translates into a record that is outwardly unblemished but contains one unexplained blemish that cannot be fully interrogated from the data alone. With 120,555 miles recorded on an 11 year old vehicle, the Paceman is averaging roughly 10,960 miles annually, which sits firmly in the middle of typical usage expectations for its age. There are no substantial gaps in the MOT history to suggest long periods off the road, with tests clustered at reasonable intervals of between nine and fourteen months apart. The pace of mileage accumulation implies steady, real-world use rather than short trip commuter wear or extended garaged storage, which generally keeps the diesel particulate filter, turbocharger lubrication, and dual mass flywheel in a healthier working state than a low mileage vehicle that has suffered repeated cold starts. Equally, however, 120,000 miles on a turbo diesel places meaningful wear on items such as the timing chain tensioner, dual mass flywheel, injectors, and turbocharger actuator, none of which are inspected during an MOT. The diesel particulate filter should also be evaluated separately for soot saturation given the cumulative distance. Given the absence of flagged suspension, brake, or corrosion advisories, a prospective buyer cannot rely on the MOT record to triage weak points and must instead work through a focused physical inspection. On a test drive, listen carefully for any clonks or knocks from the front suspension over speed humps and uneven surfaces, paying particular attention to the lower control arm bushes, anti-roll bar drop links, and top mounts, all known wear items on the Countryman and Paceman platform that tend to deteriorate without producing noticeable tyre wear or handling instability at low speeds. At speed, check for any steering vibration, pulling to one side under braking, or a soft brake pedal that might indicate worn discs, binding calipers, or perished brake lines concealed behind bodywork. Under the bonnet, inspect the cam cover, oil filter housing, and turbocharger piping for signs of oil seepage, as PSA derived diesel engines can mist oil around the engine bay without it reaching the ground. A thorough underbody inspection is also essential, particularly around the front subframe mounting points, rear axle trailing arm mounts, and the exhaust system heat shields, all of which are vulnerable to corrosion on MINI products of this era. Examine the rear brake flexi hoses for any surface cracking or bulging, and check the handbrake mechanism for adequate travel, as the integrated drum-in-disc calipers can seize and drag without producing any obvious symptom during a short road test. With the engine idling from cold, listen for any timing chain rattle, turbocharger whistle that turns into a howl under load, or irregular diesel knock that could indicate injector imbalance. Finally, confirm the clutch take-up point is high and smooth rather than slipping under acceleration, as dual mass flywheel and clutch replacement on this platform is a substantial cost that would not be reflected in the otherwise clean MOT history.