2018 Nissan Leaf Electricity · DF18 KHO

This 2018 Nissan Leaf presents a roadworthiness profile defined by front-end suspension wear and recent brake-related advisories, with the most recent test on 25 August 2026 returning a clean pass and no recorded defects. The trend over the last two cycles is cautiously improving, as the only repeat concern is the front suspension arm ball joint play noted in 2025, which did not reappear as an advisory on the latest pass. The single failure in this window, recorded on 2 September 2025 for an illegal nearside front tyre tread depth, was remedied and the vehicle passed three days later. Overall the car is mechanically roadworthy, but the cluster of front suspension advisories across consecutive tests suggests a developing wear pattern that warrants a professional inspection before purchase. With eight years on the road and 103,854 miles recorded, the Leaf has averaged approximately 12,982 miles per year, which is notably high for a battery-electric vehicle of this age. EVs in this segment are frequently used as commuter or second cars covering well below 10,000 miles annually, so this usage pattern points to a vehicle that has likely seen regular, sustained driving rather than long standing periods. Mechanically, higher annual mileage on a Leaf translates into greater wear on the same consumables flagged in the MOT record, particularly the suspension components, brake discs and pads, and tyres. The continuous testing history from 2024 through 2026 with no significant gaps supports the assumption that the mileage has been accumulated consistently, rather than through sporadic heavy use. Buyers should focus their physical inspection on the front suspension components flagged in the 2025 advisories. Both nearside and offside front suspension arm ball joints were recorded with slight play, and on a test drive this typically manifests as a faint knocking or clunking from the front end when traversing speed humps, pothole edges, or uneven road surfaces, together with vague or imprecise steering response on direction changes. It is worth having the front lower arms, bushes, and drop links checked on a ramp, as ball joint play on a high-mileage Leaf is often the first sign that the arm assemblies are nearing replacement, and the parts are usually replaced in pairs to maintain handling balance. Additionally, listen for any creaking or knocking from the front under load, which would suggest the play has progressed beyond the slight category noted. The 2024 advisories relating to the rear brakes and rear shock absorbers are particularly relevant given the annual mileage, as these components have had roughly a further two years of use since they were flagged. The rear brake discs were noted as pitted and corroded on their inner faces, with both outer rear brake pads recorded as wearing thin, so on a test drive buyers should expect to feel reduced brake bite from the rear, potential vibration under heavy braking, and audible scraping if pad material has worn further. The nearside rear shock absorber was noted as having light oil misting, which on a Leaf can progress to a visible leak and may present as a slight rocking or unsettled ride over undulating surfaces. Inspect the rear shock bodies for fresh oil residue, check the rear callipers for binding or sticking pistons given the higher annual mileage, and verify the rear fog lamp operation, which was the cause of a Major failure in August 2024 and should be confirmed as functional before purchase.