2023 MINI Cooper S Electric Level 3 Electric · BP72 AAF

The most recent MOT, carried out on 19 January 2026, was passed. The only items recorded were an advisory concerning the rear registration plate, which is noted as deteriorated but still legible, and a minor defect on the windscreen that does not impair the driver’s view. With only a single MOT entry available, there is no evidence of a deteriorating trend; the vehicle appears to have been maintained to a level that satisfies the statutory inspection requirements. At three years old the MINI Cooper S Electric has logged 28 379 miles, averaging just under 9 500 miles per annum. This mileage is typical for a contemporary small performance hatchback and suggests regular, but not excessive, use. The figure does not indicate prolonged periods of inactivity, which can sometimes lead to battery sulphation or brake‑disc corrosion, nor does it point to a high‑stress usage pattern that would accelerate wear on suspension components or tyre tread. Consequently, the wear on consumables should be consistent with the vehicle’s age rather than being unusually advanced. When you inspect the car, give particular attention to the rear registration plate – verify that the characters are fully legible from a reasonable distance and that the mounting brackets are secure, as a compromised plate can be a cause for a future failure. Examine the windscreen for any cracks, chips or delamination that could worsen under thermal stress; even minor damage can propagate and eventually require replacement. On the road, listen for any unusual noises from the rear axle or suspension, such as clunking over bumps, which could indicate worn bushings or loose mounting hardware, and watch for any vibration or shudder when applying the accelerator, which might reveal issues with the electric drivetrain or regenerative‑braking system. Given the vehicle’s age, check the tyre sidewalls for cracking, hardening or dry‑rot, especially if the car has spent time on the road but not under load, as ageing rubber can fail suddenly. Assess the 12‑volt auxiliary battery for voltage and cranking performance, since a dormant battery can lose capacity even in an electric vehicle. Inspect the brake discs and pads for surface corrosion, glazing or uneven wear; standing for long periods can cause rust to form on the discs, while the regenerative system may lead to reduced pad wear, potentially masking the need for replacement. Finally, confirm that the service booklet shows regular oil‑free coolant checks, high‑voltage battery health reports and any software updates that the manufacturer may have issued, as these time‑based items are critical to maintaining reliability and preserving resale value.