2017 Nissan Leaf Electric · SL67 WPD

A perfectly clean DVSA record across the most recent five test events presents a strong roadworthiness profile for this 2017 Nissan Leaf, with the latest pass on 14 October 2025 confirming continued compliance and no advisories or defects carried forward from any prior examination. There is no recorded evidence of recurring suspension wear, brake component deterioration, corrosion, structural concerns, or lighting defects, and the single failure logged on 18 November 2022 was rectified at the same date with no defects recorded on the subsequent pass, suggesting the issue was minor and resolved promptly rather than indicative of a chronic mechanical fault. The overall trend is one of stable and improving presentation, with each annual test returning a clean result and no accumulating advisory items that might point to progressive wear on consumables or chassis components. With 58,165 miles accumulated over approximately nine years of service, this Leaf has covered a broadly typical annual mileage of around 6,400 miles, placing it squarely within expected usage parameters for a second-generation electric hatchback of this age. There are no anomalous gaps between test dates or sudden jumps in recorded odometer readings that might suggest extended periods off the road, clock irregularities, or an inconsistent service pattern. Consistent annual usage of this level supports regular system cycling, which is mechanically beneficial for an electric vehicle as it keeps the high-voltage battery in active condition, prevents prolonged stationary degradation, and ensures the 12V auxiliary system, brake hydraulic components, suspension bushes, and tyres remain exercised rather than suffering from age-related deterioration through disuse. From a buyer inspection perspective, the absence of any advisories means there are no specific flagged components to investigate further, but a test drive should still focus on the areas that most commonly affect higher-mileage electric vehicles and chassis wear. Listen for any knocking or clonking from the front suspension over uneven road surfaces, which would indicate worn MacPherson strut top mounts, drop links, or anti-roll bar bushes, and pay attention to steering precision, as any vagueness, clonking on lock, or uneven tyre wear could point to worn track rod ends or suspension geometry issues. Check the braking feel during the test drive, looking for a firm, even pedal without sponginess, and confirm the parking brake holds the vehicle on an incline, as electric vehicle braking systems rely heavily on the hydraulic friction brakes rather than motor regeneration at low speeds and can seize through infrequent use. Finally, inspect the underside of the vehicle on a ramp or with the wheels off the ground, paying close attention to the condition of the high-voltage cable routing, underbody plastic shielding, and rear suspension torsion beam for any signs of impact damage, fluid contamination, or corrosion, which are common concerns for family hatchbacks regardless of powertrain. Verify the operation of all charging interfaces and cabin ancillaries, confirm the tyre tread depths are legal and evenly worn across the axle, and ensure there are no warning lights illuminated on the dashboard. Given the immaculate MOT history, the mechanical expectations for this vehicle are reassuringly high, and any deviation from smooth, quiet operation during a thorough inspection would warrant further investigation by a specialist familiar with electric vehicle systems.