2020 Nissan Leaf Electric · LS20 RYO

The vehicle most recently underwent an MOT on 6 November 2025, achieving a pass with no defects or advisories recorded, which represents the strongest possible outcome at the current test. Reviewing the trajectory across the documented history, the vehicle has demonstrated a highly consistent and stable maintenance pattern. The earlier advisories issued in 2021 concerning front tyre wear on both nearside and offside positions, together with the 2022 advisories relating to rear inner tyre perishing and edge wear, were isolated occurrences that have not recurred in subsequent tests. The clean pass results recorded in November 2022, November 2023, November 2024, and November 2025 indicate that previously noted wear items were addressed appropriately and that no new mechanical concerns have emerged during the most recent three-year cycle. This unbroken sequence of defect-free outcomes points to a vehicle that has been conscientiously maintained rather than one whose condition is progressively deteriorating. With 83,756 miles recorded over approximately six years of service, this Leaf has accumulated an annual mileage of around 13,959 miles, which is notably above the typical usage rate for a vehicle of this age. Such sustained and frequent running generally accelerates wear on conventional consumables such as tyres, brake discs and friction material, suspension bushes, and anti-roll bar linkages, while also placing greater demand on the electric drivetrain and ancillary electrical systems. There are no extended gaps in the mileage progression that would suggest prolonged periods of standing, which is advantageous for a battery-electric vehicle because regular use helps maintain cell balance and reduces the risk of moisture ingress into dormant components. The relatively high annual mileage does, however, warrant particular attention to high-cycle items and to the condition of the undercarriage, given that greater road exposure tends to accelerate corrosion of ferrous components and degradation of rubber elements. Although the MOT history is commendably clean, the combination of high mileage and a six-year service life means a prospective buyer should still undertake several targeted physical inspections prior to purchase. Tyres should be examined closely for both remaining tread depth and any signs of sidewall perishing, cracking, or ozone degradation typical of ageing rubber compounds, as these deterioration processes are time-dependent rather than purely mileage-driven and can compromise structural integrity even when tread remains adequate. The underbody, wheel arches, and suspension components including coil springs, control arms, drop links, and anti-roll bar bushes should be inspected for corrosion, fluid leakage from damper units, and perished rubber, with particular care taken to check for any uneven or accelerated tyre wear patterns that could indicate misalignment or worn suspension geometry. On a test drive, listen for any knocking or clonking over uneven surfaces, excessive body roll through corners, or vibration through the brake pedal, as any of these symptoms may indicate worn suspension bushes or binding brake calipers, the latter being a common issue on vehicles that experience heavy urban cycle use. Given that this is an electrically driven vehicle, particular attention should be paid to the state of health of the high-voltage traction battery and to the functionality of the charging system, neither of which forms part of the standard MOT inspection. A diagnostic battery health report from a Nissan dealer or specialist will confirm individual cell condition and indicate any progressive capacity loss, which is the principal age-related consideration for any used electric vehicle. The 12V auxiliary battery, which powers ancillary systems and is often overlooked, should be load-tested because failure of this component can immobilise the vehicle regardless of traction battery condition. Brake fluid is hygroscopic and should ideally be replaced on a calendar basis regardless of mileage, so it is prudent to verify when this last service was carried out. Coolant systems for the inverter and motor should also be inspected for evidence of leaks or discoloured fluid, and the cabin filter, reduction gear oil, and parking brake mechanism should be checked as part of a comprehensive appraisal. Finally, confirming a complete service history with documented evidence of routine maintenance at appropriate intervals will provide valuable reassurance given the higher-than-average mileage this example has accrued.