2019 Nissan Leaf Electric · LL69 VPM

A 2019 Nissan Leaf presenting with this MOT history demonstrates a strong and uninterrupted pattern of roadworthiness, having passed every standard annual test on record since 2023 without a single advisory, minor defect, or failure item flagged by the examiner. Most recently on 2025-04-29 the vehicle passed with no defects recorded, immediately followed by an unusual same-day administrative re-test entry that also shows no defects, suggesting a straightforward retest after an administrative or minor technicality rather than any underlying mechanical failure. Across the last three documented tests spanning 2024 and 2025, the brake systems, suspension components, tyres, lighting, and structural integrity have all cleared inspection without any advisories concerning component wear, corrosion, or deterioration. For a high-voltage electric hatchback of this age, a completely clear recent DVSA history is a positive indicator that the visible mechanical components subject to statutory testing remain in sound condition. With 127,648 miles recorded against a 2019 build date, this Leaf has averaged roughly 18,200 miles per year, which is considerably above the typical UK annual mileage of 8,000 to 10,000 miles. This elevated accumulation indicates that the vehicle has been used consistently as a primary or high-commuter transport rather than a second car or weekend runabout. Mechanically, such sustained mileage points to greater usage of consumable braking components, accelerated wear on suspension bushes and anti-roll bar linkages, and elevated stress on wheel bearings and steering components, even though the MOT record currently shows none of these as flagged. The relatively dense testing frequency through 2023, 2024, and 2025 suggests the car has been kept on the road almost continuously, with no extended periods of standing that might otherwise raise concerns about brake seizure, tyre flat-spotting, or HV battery pack degradation from inactivity. Because the official test record contains no advisories from which to draw component-specific guidance, the prospective buyer must rely more heavily on a physical inspection and test drive to identify the typical wear points that high-mileage EV use tends to expose. During a road test, listen carefully for clonking or knocking noises from the front suspension over speed humps and uneven surfaces, which could point to worn lower control arm bushes or anti-roll bar drop links. Apply the brakes firmly from around 40 mph and check for any pulling to one side, vibration through the steering wheel, or a spongy pedal, as Nissan Leafs operating at this mileage frequently show uneven brake disc wear or rear drum mechanism corrosion due to heavy reliance on regenerative braking. On the move, monitor for any vibration through the steering rack or a wandering feeling at speed that may suggest worn front strut top mounts or tie rod ends, and check that the steering returns to centre smoothly without binding. Additional inspection priorities for this specific high-mileage example should focus on the areas that MOT testing does not fully cover but which are mechanically relevant at this usage level. Inspect all four tyres closely for uneven shoulder wear, which on a Leaf often indicates misaligned suspension geometry from worn rear trailing arm bushes, and confirm that the 12V auxiliary battery is in good condition, as a weak cell can produce random warning lights and drivetrain faults on Nissan's EV architecture. Lift the bonnet and examine the visible high-voltage orange cabling and surrounding components for any signs of rodent damage, water ingress, or corrosion around the inverter and junction box areas. Finally, request evidence of the most recent HV battery state-of-health diagnostic report from the seller, as this single figure is the most important mechanical indicator for any used Leaf and will determine the long-term viability and usable range of the vehicle far more than the conventional MOT record alone.