2016 Nissan Leaf Electric · GD66 AMX

This 2016 Nissan Leaf presents a notably clean roadworthiness profile across its recorded test history, with the most recent examination on 4 July 2025 passing without any advisories or defects noted by the inspecting tester. The pattern stretches back through a consistent sequence of clean passes in 2024 and 2022, interrupted only by a single failed test on 27 July 2023 which the DVSA record curiously lists with no defects attributed to it, suggesting a likely administrative refusal or category issue rather than a genuine mechanical failure at the time, as evidenced by the immediate clean pass at the very next attempt on 4 August 2023. The complete absence of recurring advisories for suspension components, brake wear, corrosion, or structural concerns across five consecutive test entries indicates a vehicle that has not developed any of the chronic wear patterns commonly seen in higher-mileage examples. For an electric vehicle approaching its tenth year, this unblemished record is a strong indicator that the high-voltage battery, electric drive assembly, and supporting mechanical systems have not generated any tester-flagged concerns during routine annual inspections. The recorded mileage of 88,846 miles over a ten-year service life equates to approximately 8,885 miles annually, which sits squarely within the typical usage bracket for a second-generation urban commuter vehicle. There are no notable gaps in the testing history that would suggest the car has been laid up for extended periods, which is particularly relevant for an EV where prolonged stationary use can accelerate degradation of the lithium-ion traction battery, ancillary 12V systems, and brake components due to corrosion from infrequent use. The consistent year-on-year testing cadence combined with steady mileage accumulation points to a vehicle that has remained in active service rather than being left dormant, which is generally favourable for preserving the integrity of both the electric powertrain and the conventional underbody components such as bushes, ball joints, and brake discs. Buyers should still verify the battery state of health independently, as MOT testing does not assess traction battery capacity, but the usage profile itself does not raise immediate red flags regarding battery neglect. From a targeted inspection standpoint, the absence of any recorded advisories means a prospective buyer cannot rely on the MOT history to pre-emptively identify components of concern, making a physical inspection and test drive essential. Particular attention should be paid to the regenerative braking system and traditional brake components, as EVs often suffer from seized calipers and corroded brake discs due to the regenerative system doing most of the deceleration work, leading to surface rust accumulation that can cause juddering or pulling under heavier braking. During a test drive, listen for any clonking or knocking from the front MacPherson struts and rear torsion beam over uneven surfaces, which would indicate worn suspension bushes or top mount deterioration, and check for uneven tyre wear that might suggest alignment issues or compromised wheel bearings. Steering should remain precise without vibration through the wheel, and the vehicle should track straight without pulling, which is particularly important given the additional mass of the underfloor battery pack. Additional areas worth scrutinising on physical examination include the underside of the battery pack for any signs of impact damage or corrosion, the charging port and cable for wear or damage, and the operation of any heating and ventilation systems which on early Leaf models draw significant power from the traction battery. The 12V auxiliary battery, which powers conventional systems and is often overlooked on EVs, should be checked for adequate cranking performance as these smaller lead-acid units can fail prematurely in vehicles with minimal alternator-style charging cycles. Finally, verify that all dashboard warning lights illuminate correctly at switch-on and extinguish once the system is ready, paying particular attention to any amber or red indicators relating to the powertrain, brake system, or airbag systems, as these would warrant immediate further investigation by a Nissan specialist before any purchase commitment is made.