2018 Renault ZOE Electric · HV68 BNE

An exceptionally tidy historical record defines this electric hatchback's roadworthiness, characterized by five consecutive faultless annual tests followed by a single minor advisory on its most recent MOT passed on 24 August 2026 at 39,935 miles. This unbroken run of clean passes indicates a generally stable baseline of mechanical compliance through the middle years of its life, though the introduction of an advisory highlights the onset of standard component wear that requires physical verification before purchase. Having covered roughly 4,992 miles per year over its eight-year lifespan, the vehicle exhibits a notably low-mileage usage profile that falls well beneath the national average for a modern daily driver. While low annual mileage can limit the rapid accumulation of heavy drivetrain wear, it also means the car has spent extended periods in lower-speed urban environments or sitting idle between short journeys. Buyers should verify that the battery health report and charging hardware align with this light-use pattern, as limited distance driving places unique demands on auxiliary electrical systems and brake components. During the pre-purchase inspection and test drive, specific attention must be paid to the offside front suspension arm ball joint, which was formally noted during the August 2026 test as having slight play. On a test drive over uneven road surfaces, drains, or speed humps, listen closely for any metallic knocking or clunking sounds from the front passenger side, and feel for any vague feedback or wandering through the steering wheel. As ball joint play inevitably worsens over time, confirming the current severity of this wear will establish whether immediate replacement of the wishbone assembly is required. Given the absence of structural corrosion or braking defects across all recorded tests, the chassis and stopping systems appear to have coped well with environmental conditions, but a physical ramp inspection remains essential to inspect the protective underbody trays and high-voltage cabling guards. Because electric vehicles rely heavily on regenerative braking during deceleration, inspect the physical brake discs and pads for corrosion, pitting, or uneven friction material wear caused by under-use, ensuring the mechanical clamping mechanisms are operating freely without binding.