2016 Nissan Leaf Electricity · EU66 NKT

The vehicle presents a fundamentally sound MOT profile, having passed its most recent assessment on 30 June 2026 with no defects or advisories recorded, which represents the strongest current assurance available from the DVSA records. Reviewing the sequence of tests since 2020 reveals a broadly stable maintenance trend with intermittent mechanical issues addressed as they arose. The single failure on 2 July 2025 involved a malfunctioning tyre pressure monitoring system and a nearside front suspension arm ball joint exhibiting excessive wear, both of which were clearly rectified prior to the subsequent pass at the same location the following day. The recurring advisory across the 2022, 2023, and 2024 tests relating to corrosion on the inside faces of both front brake discs, while not deemed serious enough to fail at each inspection, does indicate a persistent and progressing area of concern that has now presumably deteriorated to a degree warranting renewed attention given the most recent test showed no further advisories in this area. Recorded mileage stands at 58,976 miles on a 2016 vehicle, equating to an annual average of approximately 5,898 miles, which is considerably below the typical usage rate for a car of this age. Such a low annual mileage figure suggests either predominantly short urban journeys, infrequent use with periods of standing, or a combination of both. For an electric vehicle such as the Nissan Leaf, lower mileage is generally favourable with regard to high-voltage battery degradation, though prolonged standing can introduce its own considerations. It is worth noting the mileage progression across the MOT history appears broadly consistent with low annual accumulation, with no obvious gaps or rapid accumulation phases that would suggest clock irregularities or erratic usage patterns. The gentle rate of wear implied by this mileage should mean that major drivetrain and suspension components have not been subjected to excessive stress, though consumable items such as tyres and brake components may still require attention due to age-related degradation rather than wear from use. Given the recurring brake disc corrosion advisories documented across three consecutive tests, a prospective buyer should pay particular attention to the condition of the front braking system during physical inspection. Corrosion on the inner faces of brake discs, while not unusual on vehicles with relatively low mileage and regular standing periods, can progress to a point where it causes brake shudder, vibration under pedal, or uneven braking feel. On a test drive, listen for any grinding or scraping noises during light brake application, feel for pulsation through the brake pedal, and observe whether the vehicle pulls to one side under braking. Inspect the discs directly for deep pitting, lipping around the perimeter, or visible scoring, and check that the calipers release cleanly without binding, as seized caliper slide pins can accelerate uneven disc wear. The previous ball joint failure on the front suspension is also worth verifying has been properly rectified with a quality replacement part, and during the test drive listen for any clonking or knocking from the front suspension over speed bumps, uneven road surfaces, or when turning at low speed. Beyond the documented history, this ten-year-old electric vehicle with low accumulated mileage warrants careful attention to age-related deterioration that MOT testing may not fully capture. Tyre sidewalls should be inspected closely for perishing, cracking, or ozone damage, as tyres older than six years degrade regardless of tread depth, and the production date code on the sidewall should be reviewed. The 12-volt auxiliary battery, critical for powering the vehicle's control systems and enabling the high-voltage system to initialise, commonly fails around the seven to ten year mark and should be load-tested prior to purchase. Brake fluid absorbs moisture over time and should ideally be replaced regardless of mileage every two to three years, so verifying when this was last serviced is advisable. The Leaf's high-voltage traction battery state of health should be independently assessed using diagnostic equipment, as this is the single most expensive component and not evaluated during MOT testing. Additionally, inspect the charging port and cable for damage or wear, verify the operation of both standard and rapid charging functions, and ensure all warning lights extinguish cleanly upon system initialisation.