2015 Renault ZOE Electricity · GC04 MCF

The most recent DVSA test, conducted on 25 January 2026, resulted in a PASS with no defects or advisories recorded, indicating that the vehicle met the statutory roadworthiness requirements at the time of examination. Reviewing the broader history, the Zoe has demonstrated a generally stable maintenance profile, with passes recorded in 2022, 2023, and twice in 2025, the latter following an initial failure on 29 April 2025 which was immediately followed by a pass the following day, suggesting a minor or easily rectified issue rather than a systemic mechanical concern. The absence of any advisories across the recorded tests is a positive indicator, though it is worth noting that advisories are not always recorded, particularly for an electric vehicle of this type where some wear items are less frequently flagged. Overall, the trend does not point to any deteriorating pattern, and the clean pass at the most recent test suggests the car is presently in a roadworthy condition. With 38,435 miles recorded over approximately eleven years, the average annual usage equates to roughly 3,494 miles per year, which is considerably below the national average and indicative of either light regular use or extended periods of standing. The most significant gap in the MOT history occurs between October 2022 and September 2023, with no intermediate test recorded, and there is a further visible interval between the 2023 pass and the 2025 tests, which could reflect periods of limited use or SORN registration. While low mileage is generally favourable for the preservation of major drivetrain components, it does carry specific implications for an electric vehicle, including potential degradation of the high-voltage battery through prolonged states of charge imbalance, reduced opportunity for thermal cycling, and the risk of standing-related wear to mechanical ancillaries such as brake components and suspension joints. Given the low annual mileage and the vehicle's age, particular attention should be directed towards areas where calendar-based degradation rather than distance-based wear is the primary concern. The tyres, despite likely retaining adequate tread depth due to limited use, should be carefully inspected for sidewall perishing and cracking, as rubber compounds deteriorate with age regardless of mileage, and the production date code on the sidewall should be checked to confirm they are not excessively old. The braking system warrants a thorough examination for corroded or seized calipers, pitted or scored brake discs, and deteriorated flexible brake hoses, all of which can manifest during periods of disuse, and a test drive should include several firm brake applications to detect any binding, pulling, or shudder. The 12V auxiliary battery, which powers ancillary systems in the Zoe, should be load-tested as these units typically require replacement every four to six years, and any warning messages relating to the traction battery or charging system should prompt a professional diagnostic scan. On a test drive, the prospective buyer should pay close attention to the operation of the electric powertrain, listening for any abnormal noises from the transmission area, monitoring for warning lights on the dashboard, and verifying that the indicated range is consistent with the battery's state of health. The steering and suspension should be assessed over uneven surfaces for any knocking or clonking, which could indicate wear to the anti-roll bar bushes, control arm bushings, or drop links, all of which deteriorate with age even at low mileage. Finally, confirmation should be sought that the vehicle has received its recommended time-based servicing, particularly regarding brake fluid replacement, coolant renewal for the thermal management system, and any software updates issued by Renault, as these are essential to the long-term reliability of the electric drivetrain and ancillary systems. A pre-purchase inspection by a specialist familiar with electric vehicles would be prudent to verify the condition of the high-voltage battery and the integrity of the charging infrastructure.