2020 Nissan Leaf Electricity · YS70 NFL

The 2020 Nissan Leaf presents a stable and improving maintenance trend, culminating in a clean pass on 12 December 2025 at 57,167 miles with zero defects recorded. That result is particularly significant because it follows a failure just ten days earlier on 2 December 2024 at 47,607 miles, where the tester flagged a nearside rear tyre below the 1.6mm legal minimum. The rapid retest and pass indicate the previous owner addressed the defect promptly, suggesting responsive rather than neglectful vehicle care. Across the full record, every test from December 2023 onward has ultimately passed, and no structural, mechanical, or safety-critical defects have ever been recorded. The mileage accumulation is consistent and unremarkable for a six-year-old electric vehicle. The car covered roughly 11,440 miles between the December 2023 test at 36,167 miles and the December 2024 test at 47,607 miles, then recorded no further mileage by the December 2025 test. That plateau over the most recent twelve-month period could indicate lighter use, a change in ownership, or a period of limited driving. There are no alarming gaps or sudden spikes in the odometer record, and the overall annual average of approximately 9,528 miles sits comfortably within normal usage for a vehicle of this age and type. From a mechanical standpoint, the Leaf's electric drivetrain eliminates many traditional wear concerns such as clutch, gearbox, and exhaust system degradation. The sole defect on record, a worn nearside rear tyre, is a consumable item and not indicative of a systemic issue. Buyers should still inspect all four tyres for uneven wear patterns, which could hint at alignment or suspension geometry concerns not captured by the MOT. The brake system warrants close attention, as regenerative braking in electric vehicles can mask underlying issues with discs and pads that only surface during heavier hydraulic braking. Suspension components, including bushes, drop links, and shock absorbers, should be checked for deterioration, particularly given the car's weight from the battery pack. A thorough underbody inspection is advisable to confirm there is no corrosion to the chassis, subframe, or battery housing mounting points, as structural integrity is critical in any electric vehicle. The high-voltage battery's state of health should be verified independently using a diagnostic tool, since MOT records do not assess battery capacity degradation. Test the charging port, cable, and onboard charger for correct operation. While the MOT history is reassuringly clean, a pre-purchase inspection by a specialist familiar with electric vehicles remains the most reliable way to confirm long-term condition.