2020 Nissan Leaf E + N-TEC Electric · HN70 NNT

This 2020 Nissan Leaf presents an exceptionally clean roadworthiness profile, with three consecutive DVSA MOT passes at the 2023-10-26, 2024-05-30 and 2025-05-19 tests, none of which recorded a single advisory or failure item. Such an unblemished three-year testing record is notable for a six-year-old vehicle and suggests that the core safety-critical systems have remained well within serviceable condition throughout the period covered by the MOT scheme. The most recent pass on 19 May 2025, combined with the absence of any deterioration in the record across successive tests, points to a stable mechanical state rather than any emerging pattern of wear or component degradation. There is no historical evidence in the DVSA data of brake, suspension, tyre, exhaust, lighting or corrosion issues that would typically be flagged on a car of this age, which materially reduces the residual mechanical risk associated with the vehicle from a roadworthiness perspective alone. The recorded mileage of 31,326 miles against a 2020 manufacture date equates to an annual accumulation of roughly 5,221 miles per year, which is markedly low for the vehicle's age and places it firmly in the light-use category. Such low mileage over six years is consistent with predominantly short urban or suburban driving, a use case well suited to the Leaf's electric powertrain and one that places relatively modest mechanical demand on components such as brake pads, discs, brake fluid, tyres and suspension bushes. However, the low annual figure also raises the possibility that the vehicle has spent extended periods stationary, and any periods of inactivity lasting several months or more can accelerate degradation of underbody hardware through surface oxidation, even where the MOT history shows no recorded advisories. The absence of mileage gaps within the three available test records prevents any precise conclusion about lay-up periods, but the overall trajectory between tests is consistent and gradual, with no abrupt mileage spikes that would suggest a change in usage pattern or a heavy prior commercial deployment. For a prospective buyer, the test-drive priorities should be shaped by the components most likely to suffer on a low-mileage EV rather than by the MOT record itself, which offers no specific defect history to investigate. With light brake usage being the natural consequence of the regenerative braking system, the front brake discs are particularly prone to corrosion of the friction surface rather than wear, so listen carefully for any grinding, vibration through the brake pedal or pulsing under light deceleration, and inspect the disc faces directly for lipping or severe rust pitting. The steering and suspension should be exercised over uneven surfaces, speed bumps and kerbs to expose any knocking from worn anti-roll bar links, drop links, lower control arm bushes or strut top mounts, all of which can deteriorate from age and oxidation as readily on a low-mileage car as on a high-mileage one. The tyres warrant close inspection for uneven shoulder wear, which on a front-drive Leaf often points to misalignment, and for sidewall cracking given the vehicle's age. Finally, because the MOT history provides no direct evidence of underbody or structural condition beyond confirming no advisories were raised, a physical inspection on a ramp remains highly advisable before purchase. Particular attention should be paid to the rear subframe mounting points, brake pipe runs along the chassis, the high-voltage cable routing beneath the vehicle and the suspension arm inner bushes, all areas where corrosion can develop unseen during periods of low use. Steering wander, pulling under braking or imprecise turn-in can indicate worn front lower arm bushes or tie rod ends, and any clonks over rough roads should be investigated before assuming the clean MOT record extends to these deeper components. The 12V auxiliary battery should also be load-tested, as low-mileage EVs are prone to premature failure of the conventional lead-acid battery rather than the main traction pack, and any warning messages relating to tyre pressure monitoring or driver assist systems should be diagnosed prior to commitment.