2021 MINI Cooper S Electric Level 3 Electricity · SM06 VMM

A consistently clean MOT history defines this MINI Cooper S Electric Level 3, with three consecutive passes recorded between March 2024 and August 2026 and no advisories or failures logged at any stage. The most recent test on 19 August 2026 returned a pass with no defects recorded, matching the outcomes of the 2024 and 2025 examinations. This unbroken sequence of clean results across three annual tests indicates that the vehicle has met the statutory roadworthiness standard without any component-level concerns being flagged by DVSA examiners, although it is important to note that a clean MOT record does not by itself confirm the broader mechanical condition of components that are not directly inspected during the test. The recorded mileage of 6,919 miles over approximately five years equates to an annual accumulation of around 1,384 miles, which is notably low for a vehicle of this age. There is a measurable increase in mileage between the 2024 test (4,094 miles) and the 2025 test (6,000 miles), suggesting the car saw more regular use during that twelve-month period before settling back into lighter use ahead of the 2026 examination at 6,919 miles. Low annual mileage of this nature means that wear-prone consumables such as brake discs, pads, tyres, and suspension bushes will have accumulated comparatively little mechanical fatigue, but it also raises the typical considerations associated with lightly used vehicles, including the possibility of extended stationary periods that may have allowed moisture ingress into brake calipers, corrosion to set in on underbody components, or deterioration of rubber seals and fluid systems. The mileage gap between the 2024 and 2025 tests, of roughly 1,900 miles, is consistent with reasonable daily use rather than any abrupt change in driving pattern. Given the absence of any flagged advisories across the MOT record, there are no specific components from the test history to direct a focused inspection towards. A prospective buyer should nonetheless pay particular attention to the brake system during a test drive, as low-mileage electric vehicles are known to suffer from binding or seizing calipers due to infrequent brake application when regenerative deceleration handles most of the stopping effort; listen for scraping or grinding on light application and feel for any pulling to one side under braking. The condition of the tyres should be examined for flat-spotting from prolonged standing, uneven shoulder wear, or sidewall cracking, and the underside of the vehicle should be inspected for any surface corrosion on suspension arms, brake lines, or the underbody panels, as DVSA test records do not catalogue every minor instance of surface oxidation. Steering feel should be assessed for any knocking, clonking, or vibration through the wheel over bumps and across uneven surfaces, particularly as the front suspension carries the majority of the regenerative braking loads on this drivetrain. Finally, the high-voltage battery and associated thermal management system are not assessed during an MOT, so a buyer should verify the state of charge, check for any warning messages on the driver information panel, and review the available battery health data through the MINI diagnostic system before purchase. The 12V auxiliary battery, which powers the vehicle control systems, is also worth confirming as functional and recent, as low-mileage vehicles are more susceptible to discharge during long standing periods. A thorough road test covering urban, dual carriageway, and motorway conditions will help confirm that the electric drivetrain operates smoothly, that the regenerative braking transitions cleanly into the friction brakes, and that there are no unusual noises from the suspension or drivetrain under load. The clean MOT history provides a positive baseline, but a professional pre-purchase inspection remains advisable to assess the items that fall outside the scope of the standard annual examination.