2017 Nissan Leaf Electric · FD17 LBV

A consistent record of clean roadworthiness defines this 2017 Nissan Leaf, with the most recent assessment on 5 February 2026 returning a pass and no advisories or defects recorded, continuing a steady trend of trouble-free MOT outcomes stretching back through 2025 and 2023. The only interruption in the sequence is a single failed test on 1 February 2024 that was immediately followed the same day by a pass, and crucially, neither entry lists any advisory or failure items, which suggests the initial failure was a rectification-on-site issue (most likely a minor presentation or lighting fault that was corrected before the vehicle was re-presented) rather than a substantive mechanical defect. Across five recorded test events spanning three years, the vehicle has demonstrated no recurring advisories on suspension, braking, tyres, structure, or emissions, indicating that the wear items normally associated with ageing have either been addressed promptly or have not yet reached intervention thresholds. The recorded mileage of 34,205 miles against an age of approximately nine years equates to an annual accumulation of roughly 3,800 miles, which is notably below the typical usage pattern for a vehicle of this vintage and substantially lower than what a privately owned Nissan Leaf often accumulates. There are no extended gaps between test dates that would point to long-term SORN periods, and the relatively even spacing of the test events suggests the car has remained in regular but light use, consistent with secondary-car duties, short urban commuting, or the typical operating envelope of an electric vehicle used predominantly for low-speed journeys. This kind of usage profile tends to be mechanically gentle on suspension components, brake friction material, and tyre wear, because the regenerative braking system significantly reduces reliance on the friction brakes and the absence of combustion-engine vibration places less cyclical stress on engine mounts, exhaust systems, and traditional drivetrain items. The downside of low-mileage electric use, however, is that some components age through time rather than use, which is why targeted inspection of those items remains important. For a prospective buyer, the absence of any flagged components in the MOT history means there is no specific advisories thread to follow up on, but the low-mileage EV profile still warrants a focused physical inspection. On a test drive, listen carefully for any clonks or knocks from the front suspension over uneven surfaces, paying particular attention to the anti-roll bar bushes, wishbone joints, and steering rack mounting, as these rubber items degrade with age regardless of mileage and can produce audible complaints on a car that has covered relatively few miles. Check the brake pedal feel and travel, as Leafs left to rely heavily on regenerative braking can occasionally exhibit seized rear caliper mechanisms or corroded brake disc surfaces, leading to uneven binding or judder under footbrake application. Visually inspect the underbody and suspension subframes for any signs of surface corrosion or bubbling paintwork, which would indicate the beginnings of structural oxidation, and examine the tyres closely for uneven shoulder wear, which can suggest alignment issues or neglected cornering geometry. Finally, given that this is a 2017-vintage Leaf, the prospective buyer should verify the battery state of health through a diagnostic tool capable of reading the traction battery cell voltage spread and capacity percentage, as this is the single most material mechanical consideration on any used Leaf and is not assessed during an MOT. Confirm that all charging equipment, including the on-board charger and charge port mechanism, operates correctly on both rapid and domestic supplies, and that the 12-volt auxiliary battery has been recently replaced, as a weak auxiliary battery can produce a cascade of warning lights and drivability complaints on this model. Inspect the headlamp lenses for UV haze, check that the air conditioning compressor engages and cools effectively, and ensure that the infotainment and reversing camera function without fault, as these electrical accessories are common age-related complaints. Overall, the clean MOT record combined with the light usage profile points to a mechanically sound candidate, provided the traction battery retains acceptable capacity and the time-sensitive wear items are verified in person before purchase.