2019 Nissan Leaf Electric · BG69 HPF

The 2019 Nissan Leaf presents a stable and improving maintenance trend, culminating in a clean pass on 9 September 2025 at 33,357 miles with zero defects recorded. That result marks a clear step forward from the September 2023 test at 18,513 miles, where all four tyres were flagged for cracking or perishing under item 5.2.3 (d) (ii). The subsequent two consecutive clean passes indicate the previous owner addressed the tyre deterioration promptly and has kept the vehicle in sound mechanical order since. No recurring structural, braking, or suspension defects appear in the record, which is a positive sign for an electric vehicle of this age. The mileage profile tells a story of two distinct phases of use. Between the September 2022 test at 13,229 miles and the September 2023 test at 18,513 miles, the car covered 5,284 miles in twelve months. Then, from 18,513 miles in September 2023 to 24,897 miles in September 2024, it added 6,384 miles, and from there to 33,357 miles by September 2025, a jump of 8,460 miles in a single year. That final-year spike is notable and suggests either a change in ownership or a shift to heavier commuting use. The annualised average of roughly 4,765 miles over seven years remains low for the vehicle class, but the recent acceleration means a buyer should not assume the car has only ever seen gentle short trips. Despite the clean recent record, the 2023 advisory on all four tyres raises a flag about how the vehicle was stored and maintained during its earlier life. Perishing across the full set points to prolonged standing or exposure to UV and temperature cycling rather than simple wear, which is consistent with a car that sat idle for stretches. A buyer should inspect the current tyre date codes and sidewalls carefully, as the replacement set fitted after 2023 may now be approaching five years of age and could be due for renewal regardless of remaining tread. The battery health and charging behaviour also warrant close attention given the mileage volatility. A full diagnostic readout of cell balance, state of health, and charge cycle history would reveal whether the long periods of low use or the recent high-mileage phase has degraded the pack. The Leaf's electric drivetrain removes many traditional wear items, but the chassis and suspension still demand scrutiny. With no MOT defects recorded since the tyre replacement, there is no evidence of binding brakes, worn suspension bushes, or corroded components. Still, a physical underbody inspection is advisable to check for stone chips, surface corrosion on the subframe, and condition of the regenerative braking system's hydraulic components, which can seize if the car has spent extended periods stationary. The overall picture is one of a well-maintained electric vehicle with a transparent and improving service record, but the unusual mileage pattern and the history of tyre perishing mean a pre-purchase inspection focused on battery health and chassis condition remains a sensible precaution.