2020 Nissan Leaf Electric · FV70 WRG

The Nissan Leaf in question presents a clean MOT history, with three consecutive passes over the past three years—most recently on 10 December 2025 at 44,746 miles—showing no defects or advisories. This consistency suggests the vehicle has been maintained to a high standard, at least in terms of meeting DVSA roadworthiness thresholds. The absence of recurring faults or warnings implies no major mechanical or structural issues have emerged during this period, though the brevity of the record leaves some components untested under load or over time. For an electric vehicle of this age, the lack of even minor advisories is unusual and may indicate either meticulous servicing or a vehicle that has been kept in low-stress conditions. The mileage accumulation of 7,458 miles per year aligns closely with average usage for a six-year-old vehicle, though the data is sparse enough that it could also reflect periods of disuse. The gap between the 2023 test (25,676 miles) and 2024 test (37,615 miles) suggests a roughly 12,000-mile annual run, while the 2024–2025 interval covers a similar distance. Without intermediate service records, it’s impossible to confirm whether this reflects steady, moderate use or intermittent higher-mileage phases. The current odometer reading of 44,746 miles is low for a 2020 model, which could mean the car has been stored for extended periods or driven sparingly—both scenarios would reduce wear on suspension, brakes, and drivetrain components. Given the complete absence of advisories or defects, a prospective buyer should still verify key areas in person. Focus on the suspension—particularly the bushings, coil springs, and ball joints—since electric vehicles often experience less vibration but can still develop wear from uneven surfaces. Check the brake system thoroughly, despite the MOT’s clean bill: inspect for binding calipers, uneven disc thickness, or fluid leaks, as EV braking systems can degrade differently under light use. Structural integrity is another priority; examine the underbody for corrosion, especially around the battery housing and wheel arches, as electric vehicles are not immune to rust despite their sealed designs. Finally, review the battery health, if possible, as the MOT does not test EV battery capacity—this is critical for long-term viability. The vehicle’s MOT history suggests it has been well cared for in terms of compliance, but the lack of recorded issues also means there’s no evidence of proactive maintenance beyond what’s legally required. A buyer should treat this as an opportunity to conduct a thorough pre-purchase inspection, particularly on components not routinely checked during MOT tests.