2019 Nissan Leaf Electricity · WS19 FYT

The vehicle most recently passed its MOT on 17 September 2025 with no defects or advisories recorded, continuing an unbroken run of clean pass results stretching back through every recorded test since March 2022. The absence of advisories across five consecutive examinations is a notably positive indicator of mechanical condition, particularly for a seven-year-old electric vehicle with over sixty-six thousand miles on the clock. Because no wear-related items such as tyre condition, brake component life, or suspension deterioration have been flagged by the examiner, the trend suggests the car has been conscientiously maintained and that components typically approaching end-of-life at this age have either been replaced or remain serviceable. The maintenance trajectory is therefore stable to improving, with no evidence in the official record of recurring or worsening defects. With 66,051 miles recorded over approximately seven years, the vehicle is averaging around 9,436 miles annually, which sits comfortably in the middle of the typical usage band for a car of this age. There are no anomalous gaps in the mileage progression between tests, indicating consistent rather than sporadic use, which is generally beneficial for component longevity, particularly for an electric powertrain where regular cycling of the high-voltage battery helps preserve its state of health. This level of annual mileage is unlikely to have caused excessive wear on suspension, steering, or braking components, though even moderate use over seven years will naturally consume certain consumables and age-related items that an MOT examination does not necessarily cover. Given the clean MOT record and the inherent mechanical simplicity of the Leaf's electric drivetrain, there is minimal drivetrain servicing to anticipate, but a prospective buyer should still direct attention to several age- and mileage-related items that fall outside the MOT scope. The 12-volt auxiliary battery, which powers ancillary systems and is known to require replacement on a roughly four to six year cycle, should be load-tested, particularly as the original unit will now be well beyond that interval. Brake discs and calipers on electric vehicles are prone to corrosion and binding due to the regenerative braking system handling the majority of deceleration, meaning the friction brakes are exercised less frequently. On a test drive, the buyer should listen for any grinding or scraping noises from the wheels, and during a slow-speed stop should confirm the vehicle pulls away cleanly without any reluctance or judder that might suggest a seized caliper or warped disc surface. Tyres should be inspected closely for sidewall perishing and cracking, as rubber compounds degrade with age regardless of tread depth, and a seven-year-old vehicle may have tyres that still appear serviceable but have lost structural integrity. Fluid servicing for the brake system and coolant remains time-based rather than mileage-based and should be verified against the service history regardless of the low wear indicated by the MOT record. Finally, the high-voltage traction battery state of health is the single most important factor for any used Leaf purchase and warrants a diagnostic read using specialist equipment to confirm remaining capacity, as the MOT history reflects only the condition of the conventional vehicle systems rather than the proprietary electric powertrain.