2019 BMW 520D SE Mhev Auto 2.0L Electric diesel · PY69 BTE

The vehicle has demonstrated a stable roadworthiness trend over its MOT history, with the most recent test on 30 December 2025 at 51,089 miles resulting in a clean pass with no defects recorded. This suggests the car has been maintained consistently enough to avoid major failures, though the 2022 test at 22,040 miles did flag irregular rear tyre wear—an issue that did not recur in subsequent tests. The absence of advisories or major faults in the last two tests indicates no ongoing structural or mechanical degradation, but the tyre concern from four years ago warrants closer inspection of wheel alignment and suspension geometry. The mileage progression shows a steady accumulation of approximately 7,300 miles annually, which is typical for a vehicle of this age and model. There are no significant gaps in service intervals, though the jump from 30,335 miles in December 2023 to 39,205 miles in January 2025 represents roughly 8,970 miles in under a year—slightly above the average. This could imply either seasonal usage patterns or a period of heavier driving, though no corresponding MOT faults were recorded during that interval. The most notable outlier is the 2022 rear tyre wear, which suggests either a previous owner’s oversight or an alignment issue that was corrected before the next test. A prospective buyer should prioritise a thorough inspection of the rear suspension components, particularly the rear wheel bearings and hubs, given the historical tyre wear advisory. The condition of the coil springs, suspension bushes, and shock absorbers should also be assessed for wear, as these are critical to maintaining proper wheel alignment and tyre contact. Front brake discs and calipers should be checked for uneven wear or binding, while the rear brakes—though not flagged in recent tests—should be inspected for drag or excessive heat buildup. Structural integrity of the rear subframe and sills should be examined for corrosion, especially if the vehicle has experienced wet or salted road exposure. Finally, the MHEV hybrid system’s battery and high-voltage components require verification of proper function and absence of fluid leaks, as these are less common but costly failures in this model.