2020 Nissan Leaf Electricity · CF20 EEO

A textbook clean-sheet MOT history across four consecutive annual tests establishes this 2020 Nissan Leaf as a mechanically sound proposition at face value. Passing on 2026-02-20 with no advisories or failures recorded mirrors the results from 2025-02-20, 2024-02-27 and 2023-03-20, indicating that the braking system, suspension components, steering, tyres, lighting, exhaust and structural elements have all remained within DVSA pass tolerances throughout the recorded testing period. The absence of recurring advisories is particularly telling for an EV of this age, as it suggests no progressive deterioration of items such as coil springs, suspension bushes, brake discs or underbody corrosion has yet been flagged. This consistency across the four tests points to a vehicle that has remained fundamentally roadworthy without developing the chronic wear patterns that typically surface on a six-year-old car. Recorded mileage of 24,858 miles against an age of roughly six years equates to an annual accumulation of approximately 4,143 miles, which is notably below the national average for a vehicle of this vintage. Such a restrained usage profile means that wear-sensitive consumables including brake pads, brake discs, tyres and suspension components have experienced less mechanical fatigue than would be expected on a higher-mileage example. The annual MOT tests have occurred at very regular twelve-month intervals with no significant gaps, suggesting the vehicle has remained registered and in active use throughout, even if that use has been light. For an electric vehicle specifically, low mileage also implies fewer charge cycles, which generally benefits long-term battery degradation, though this is not something the MOT history can confirm directly. From a buyer inspection standpoint, the absence of recorded advisories means there are no specific flagged items to follow up on from the test record, but a physical inspection should still verify the overall condition. The brake discs and pads should be examined for corrosion pitting or uneven wear, as EVs rely heavily on regenerative deceleration and the friction brakes can seize or develop surface rust from infrequent use. On a test drive, listen for any clonking or knocking from the front suspension over speed bumps, as worn wishbone bushes or drop links can develop on low-mileage cars that have spent considerable time stationary. Steering should feel precise with no vibration through the rack at speed, and the tyres should be checked for even tread wear across the axle, as perished sidewalls or flat-spotting can occur on vehicles left standing for extended periods. Given that no structural corrosion, fluid leaks, exhaust integrity issues or brake pipe concerns have ever been raised at test, the underbody should still be visually inspected for any surface rust on subframe mounting points or suspension arms, particularly given the damp UK climate. The electronic parking brake, if fitted, should be confirmed as releasing cleanly without any binding, and a thorough scan of the high-voltage battery state of health via the dashboard energy app or a diagnostic tool is strongly recommended, as this is the single most costly component on the vehicle and falls entirely outside MOT scope. Finally, confirming that all warning lamps extinguish promptly on ignition and that the climate control, infotainment and charging port functions operate correctly will round out a sensible pre-purchase evaluation for this otherwise well-presented electric hatchback.