2022 MINI Cooper S Electric Level 3 Electric · 100 YXJ

The vehicle's most recent DVSA MOT test, conducted on 21 November 2025, resulted in a pass with no defects or advisories recorded. While the absence of advisories is positive and indicates that the vehicle met the minimum statutory roadworthiness standards at that point, it is worth noting that the MOT history contains only this single recorded entry. For a 2022 model, the first MOT would have been due by late 2025 at the latest, so this test essentially represents the car's debut examination rather than a long-term trend. With no prior failures or advisory items against which to measure progression, the maintenance profile should be regarded as stable but unverified beyond that single data point. A prospective buyer should therefore exercise caution and not infer a fault-free service history solely from the clean MOT record. Turning to mileage, the vehicle has covered 12,760 miles over approximately four years, equating to an average of around 3,190 miles annually. This figure is notably below the typical mileage for a modern electric vehicle and suggests either predominantly short-distance urban use or extended periods of standing between drives. Such low usage carries its own mechanical considerations, as prolonged inactivity can accelerate certain forms of degradation that are not necessarily captured during a standard MOT. For an EV, battery health and high-voltage system management become particularly relevant, but conventional components such as brake discs, callipers, tyres, and suspension bushes remain subject to time-related deterioration rather than purely wear-related decline. Given the low annual mileage and the vehicle having reached four years of age, several practical physical checks are strongly advised prior to purchase. Tyres should be examined closely for sidewall perishing and cracking, as rubber compounds degrade with age regardless of tread depth, and a four-year-old car may still have its original factory-fit tyres that have aged considerably. The brake discs and callipers should be inspected for surface corrosion, pitting, or seizing, since infrequent use in an EV—where regenerative braking reduces mechanical brake application—can lead to calliper binding or uneven pad transfer to the disc surface. A thorough test drive should include firm brake applications from higher speeds to detect any shudder, pulsation, or pulling that may indicate warped discs or seized sliding mechanisms. Additionally, the 12V auxiliary battery should be tested for state of charge and load capacity, as low-mileage vehicles frequently suffer premature failure of this component due to shallow discharge cycles. Beyond the brakes and tyres, attention should be directed towards age-sensitive service items that may not be flagged during an MOT but are nonetheless critical to long-term reliability. Brake fluid is hygroscopic and should be replaced every two to three years irrespective of mileage, so verification of the last fluid change via the service documentation is worthwhile. The high-voltage traction battery should ideally undergo a state of health diagnostic through a MINI specialist or appropriate EV diagnostics tool, as the MOT does not assess this component. Cooling system hoses and connections, underbody protection panels, and suspension components such as coil springs, anti-roll bar links, and bushings should be physically inspected for corrosion or cracking, particularly given that EVs tend to be heavier than their combustion equivalents, placing additional stress on the suspension geometry. Finally, ensuring that all required service book stamps or digital service records are present and consistent with MINI's prescribed intervals will provide further reassurance that the vehicle has been maintained to manufacturer standards despite its modest annual mileage.