2017 Nissan Leaf Electric · E19 BAR

The most recent DVSA test for this 2017 Nissan Leaf was conducted on 1 August 2025, resulting in a clean pass with no defects or advisories recorded. Looking at the wider official MOT history, the vehicle has achieved consecutive passes over four consecutive annual tests spanning from April 2022 through August 2025, each without any recorded advisories, warnings, or failure items. The consistency of these outcomes strongly suggests a stable maintenance trend, with no accumulating wear concerns flagged by the DVSA examiner in recent years. For a prospective buyer, this clean trajectory is a positive indicator that the vehicle has likely been cared for diligently, although the absence of recorded advisories does not preclude the need for a thorough physical inspection given the vehicle's calendar age and the distinct characteristics of its low usage pattern. With a recorded mileage of 15,989 miles over approximately nine years, this Leaf has accumulated the equivalent of around 1,777 miles per year, which is exceptionally low and substantially below the national average for a vehicle of its age. Such low annual mileage suggests the car has likely spent considerable periods stationary rather than being used as a primary daily driver, which carries specific mechanical implications distinct from high‑mileage wear concerns. While low mileage typically reduces wear on drivetrain components and consumables such as brake friction material, prolonged standing can accelerate degradation of rubber and polymer components, oxidise brake rotors, drain the 12‑volt auxiliary battery, and allow moisture accumulation in various systems. Furthermore, for an electric vehicle of this vintage, the main traction battery state of health and degradation profile should be considered independently of the odometer reading, as calendar ageing affects lithium‑ion chemistry irrespective of cycle count. Given the clean MOT history and the predominantly garage‑stored or low‑use profile implied by the mileage, a prospective buyer should focus their pre‑purchase inspection on time‑based degradation rather than mileage‑based wear. Begin with a thorough inspection of the tyres, paying particular attention to sidewall cracking, perishing, and uneven shoulder wear patterns, as tyres older than six years from the date of manufacture can suffer structural integrity compromise even with ample tread remaining. Examine the brake discs and calipers for signs of surface corrosion, binding, or seizing resulting from extended periods of inactivity, and listen carefully for any scraping, grinding, or juddering on a test drive that might indicate corroded rotors or compromised caliper slide pins. Verify the condition and charge state of the 12‑volt auxiliary battery, as prolonged standing is the most common cause of premature failure in this component, and confirm that the vehicle's systems power up promptly without warning messages. Request evidence of recent brake fluid replacement and inspect for any signs of fluid leakage from suspension components, given that rubber seals and bushes can harden and crack with age even on low‑mileage examples, potentially leading to fluid seepage or premature component failure. Finally, for the electric drivetrain specifically, request a detailed battery health report from a Nissan dealer or a specialist using diagnostic equipment such as the Leaf Spy application, as the state of health of the traction battery is a critical factor in the long-term ownership of any nine-year-old electric vehicle. Check the charge port, high-voltage cabling visible in the engine bay, and cooling system components for any signs of degradation, corrosion, or rodent damage, particularly if the vehicle has been stored for extended periods. Confirm the operational status of all ancillaries including the heating, ventilation, air conditioning, and infotainment systems, as repairs to climate control on this generation of Leaf can be costly if the heat pump or related components have failed. Review the service history documentation carefully, ensuring that the brake fluid has been changed at appropriate intervals regardless of mileage, as brake fluid is hygroscopic and degrades with calendar age. While the MOT history presents an exemplary picture, a comprehensive physical assessment tailored to its age-related risk profile is the most prudent path to ensuring sound roadworthiness and reliable long-term operation of this electric vehicle.