2022 Nissan Leaf Electricity · DV22 XDA

A 2022 Nissan Leaf presenting with a completely clean DVSA record at its most recent MOT on 2 May 2025, where it passed with no advisories or defects recorded, is a strong indicator of solid mechanical roadworthiness for a relatively young electric vehicle. The absence of any flagged items across the test categories typically inspected for older vehicles (suspension components, brake condition, steering play, lighting, and structural integrity) suggests that the wear-prone areas common to Nissan Leafs of this generation have not yet reached intervention thresholds. Given that this is a four-year-old example now being offered for sale, the clean pass represents the expected outcome rather than an exceptional one, but it does confirm the vehicle has not accumulated any remediable defects that would warrant immediate post-purchase expenditure. As an EV, the Leaf bypasses many of the traditional MOT failure categories such as exhaust emissions and engine oil leaks, shifting the primary mechanical focus onto the areas that were tested and passed cleanly. With 34,987 miles recorded against an approximate age of four years, this Leaf is averaging around 8,747 miles annually, which sits squarely within typical usage parameters for a privately owned family car in the UK. This is neither a low-mileage garage queen that risks battery degradation from prolonged standing nor a high-mileage workhorse that would be expected to show accelerated wear on suspension bushes, brake discs, and tyres. The mileage progression implies consistent regular use, which for a lithium-ion traction battery is actually beneficial, as it avoids the capacity loss associated with vehicles left at a high state of charge for extended periods. There are no unusual gaps in the testing history or sudden mileage spikes recorded that would suggest periods of off-road storage followed by recommissioning, meaning the vehicle has likely been in continuous service since new. From a pure mechanical wear standpoint, this mileage level on a Leaf should leave substantial residual life in the brake discs and pads, since regenerative braking handles the majority of deceleration and reduces friction material consumption considerably compared to an equivalent petrol or diesel vehicle. For a prospective buyer, the clean MOT record narrows the pre-purchase inspection priorities towards confirming the health of components not fully covered by the standard test schedule, particularly the high-voltage traction battery and its state of health, which is a defining factor for any used Leaf. On a physical inspection, look for any warning lights on the dashboard relating to the EV system, check the tyre tread depths and sidewall condition (the front tyres on a Leaf can wear unevenly due to the torque characteristics of an electric drivetrain), and inspect the underside of the vehicle for any corrosion on the suspension arms and subframe mounting points, which can begin on cars used in winter road salt areas even at this age. On a test drive, listen for any knocking from the front suspension over uneven surfaces, which could indicate worn anti-roll bar drop links or wishbone bushes, and pay attention to steering feel for any vagueness or clonking that might point to deteriorated steering rack mounts. Finally, verify the brake pedal feels firm and responsive, as Leafs left undriven for long stretches can develop seizing in the rear calliper handbrake mechanism due to infrequent use of the mechanical parking brake, which is a known area to monitor on this model.