2022 Renault ZOE GT Line + Rapid Chrge EV50 Electric · WP22 LSK

The 2022 Renault Zoe GT Line + Rapid Charge presents a stable and improving maintenance trend, culminating in a completely clean MOT pass on 30 June 2025 at 45,521 miles with zero defects recorded. That clean bill of health is significant because it follows a test just under a year earlier where the vehicle was flagged for worn front tyres. The absence of any new advisories or failures in the most recent test suggests the previous owner addressed the tyre wear promptly and has kept on top of basic consumable upkeep since. The mileage accumulation tells a clear story of two distinct usage phases. Between the 2024 test at 21,724 miles and the 2025 test at 45,521 miles, the car covered 23,797 miles in roughly eleven months, which is an unusually high rate for an EV of this type and far exceeds the annualised average of around 11,380 miles. That rapid accumulation points to sustained daily use, likely as a commuter or longer-distance vehicle, rather than sitting idle. The sparse record, with only two MOT entries across four years of ownership, limits deeper trend analysis, but the available data shows no recurring mechanical faults beyond the one tyre wear advisory. The 2024 advisory for worn nearside and offside front tyres, both recorded at 3mm and showing edge wear, is worth noting. Edge wear on an EV like the Zoe often points to underinflation, aggressive cornering, or misaligned tracking rather than simple wear from mileage. Given the high mileage racked up since that test, a buyer should have the front suspension geometry and tracking checked, along with the condition of the rear tyres, which may now be approaching a similar wear stage. The electric drivetrain and regenerative braking system have not flagged any concerns in either test, but the physical braking components, including discs, pads, and calipers, deserve a close visual inspection given the mileage covered in a short window. The battery health and charging performance should also be verified through a diagnostic readout, as rapid charging at high frequency can accelerate cell degradation over time.