2010 BMW 3 Series 2.0L Diesel · FP60 DKA

The MOT record for this 2010 BMW 3 Series shows a passed test at the most recent examination on 1 December 2022, with no defects or advisories recorded at that point. This represents a clean current roadworthiness status, though the absence of a recorded test between late 2022 and the present date (August 2026) means the file has not been refreshed in nearly four years. Given the mileage of 184,167 and the vehicle's sixteen-year age, this lack of recent verification is a notable gap; any current roadworthiness assessment must rely on inspection rather than recent test data. The mileage pattern indicates roughly 11,510 miles per year averaged over the vehicle's life, which sits within a typical range for a car of this vintage. Two MOT entries are recorded, separated by exactly twelve months in December 2021 and December 2022. The 2021 test listed an advisory concerning two rear tyres worn close to the legal limit and showing edge wear, suggesting uneven wear geometry or infrequent rotation. While only an advisory at that stage, tyre condition at this mileage would warrant careful inspection of the remaining rubber, as tyres reaching the legal limit tend to recur if suspension geometry or alignment is not addressed. No other component advisories appear in the available record. A prospective buyer should physically inspect the suspension components, particularly the rear bushes, coil springs, and shock absorbers, as high-mileage BMW 3 Series vehicles commonly develop wear in these areas that may not have been captured in the limited MOT entries. The brake system, especially the rear calipers, discs, and handbrake mechanism, should be examined for binding or corrosion given the mileage accumulated. A thorough check for structural corrosion on the underside, sills, and subframe mounting points is essential on a sixteen-year-old car, regardless of what the sparse advisory history shows. Finally, confirming the current tyre tread depth, service interval history, and any fluid leaks from the engine or transmission would help establish the true mechanical state beyond the two recorded tests.