2022 Nissan Leaf Electricity · FN72 RNX

A clean and unblemished DVSA record defines this 2022 Nissan Leaf, with a single MOT test conducted on 8 December 2025 returning a pass and absolutely no advisories or defects recorded against the vehicle. That result matters considerably in the context of a relatively young electric vehicle, as a flag-free outcome confirms that all tested safety-critical components including braking efficiency, suspension condition, tyre tread depth, lighting, and structural integrity were found to be within DVSA pass thresholds. The absence of any recorded advisories removes the usual concerns over items such as corroded brake pipes, worn suspension bushes, or early structural oxidation that frequently appear on higher-mileage or older vehicles. While a single test point is not an exhaustive longitudinal history, the result strongly supports the vehicle's mechanical roadworthiness at the time of examination and suggests no immediate compliance concerns have been raised by the testing authority. With 44,826 miles recorded at four years of age, this Leaf has accumulated mileage at roughly 11,206 miles per year, placing it firmly within typical usage parameters for a UK private or light commercial electric vehicle. The figure is broadly average, meaning the car has been driven enough to keep mechanical and electrical components working under normal thermal cycling, yet not so heavily that excessive wear on consumables or ancillary systems would be expected at this stage. For an EV with no traditional combustion drivetrain, this mileage profile is particularly favourable, as it implies moderate use of the high-voltage battery and traction motor, both of which benefit from regular but not exhaustive cycling. The mileage gap analysis between build year and first MOT is not relevant here, as the first test was not required until the vehicle reached three years of age, and the timing aligns with standard DVSA testing milestones. From a buyer inspection standpoint, the lack of recorded advisories means there are no specific flagged components to target, but a thorough physical inspection is still warranted given the vehicle's age and mileage. On a test drive, attention should be given to the feel of the brake pedal; because EVs rely heavily on regenerative braking, the friction brakes can suffer from surface corrosion on the discs through underuse, which typically presents as a noticeable judder or vibration under initial pedal application from cold. It is worth pulling away gently at low speed and applying the brakes firmly to feel for any pulsing, grinding, or pulling to one side, all of which would indicate disc corrosion or pad binding. Additionally, listen for any clonks or knocks from the front suspension over speed bumps and uneven surfaces, as even unflagged MacPherson struts and anti-roll bar links can develop wear at this mileage. A practical inspection should also include a careful look underneath the vehicle for any early signs of corrosion on the underbody, suspension arms, and especially around the high-voltage battery enclosure mounting points, although no such issues were raised at the MOT. The tyres should be examined for even wear across the axle, as uneven front-axle wear can indicate alignment issues or worn suspension components. Given the EV-specific architecture, a pre-purchase diagnostic check of the high-voltage battery state of health, the 12V auxiliary battery condition, and any stored fault codes in the vehicle management system would be highly advisable. The clean MOT record provides a strong baseline of confidence, but a comprehensive inspection remains essential to verify that the vehicle continues to meet the standard demonstrated at its last official test.