2019 Renault ZOE Electric · SC19 TNV

The 2019 Renault Zoe presents an exceptionally clean MOT profile with a stable, unblemished maintenance trend. In the most recent test on 23 September 2025 at 15,201 miles, the vehicle passed with no defects recorded. This pattern extends across all four documented tests since first MOT eligibility, with no advisories, no failures, and no minor defects logged at any point. The absence of even trivial wear items such as wiper blades or tyre tread warnings across seven years of testing indicates consistent, proactive upkeep rather than minimal-use neglect. The mileage trajectory warrants careful interpretation. From 1,362 miles in August 2022, the odometer advanced to 6,350 miles by September 2023, then 9,888 miles in September 2024, and finally 15,201 miles in September 2025. Annual mileages calculate to approximately 4,988, 3,538, and 5,313 miles respectively, far below the UK average of roughly 7,000 miles per year. More significantly, the initial 1,362 miles at three years old suggests prolonged stationary periods during the vehicle's formative years. Low mileage on an electric vehicle can mask battery degradation concerns, though the consistent annual testing and rising yearly usage from 2023 onward indicates the vehicle has transitioned into more regular service. The 5,313 miles accumulated between September 2024 and September 2025 represents the highest annual figure in the record, a positive sign of increasing mechanical exercise. A buyer should prioritise battery health verification, as the Zoe's traction battery can suffer from calendar ageing and cell imbalance when left at static charge states for extended periods. The low early-mileage history makes a full battery state-of-health report essential, ideally from a Renault dealer or qualified EV technician with diagnostic access to individual cell voltages. Brake condition also demands scrutiny. Disc corrosion and seized calipers commonly afflict low-mileage EVs due to reduced regenerative braking dependence; the August 2022 test at 1,362 miles would have occurred after potentially months of minimal brake use. Tyre sidewalls require inspection for cracking from age rather than wear, given the seven-year-old rubber with scant tread consumption. Suspension bush integrity and damper operation should be checked, as prolonged static loading degrades these components without accruing mileage. No structural or corrosion concerns emerge from the record, though the standard EV underbody examination remains prudent given the battery pack's location. The unbroken pass sequence and accelerating recent usage provide confidence, but the atypical early-life storage pattern elevates the importance of specialist EV assessment before purchase.