2025 Renault 5 Iconic E-Tech EV Electricity · CU22 AEV

A 2025 Renault 5 Iconic E-Tech EV presents a roadworthiness profile that cannot yet be assessed through statutory testing data. Because the vehicle is registered as a 2025 model, it would not become eligible for its first compulsory MOT test until three years after first registration, meaning no DVSA examination history exists at present. From a purely regulatory standpoint, there are no recorded pass or fail outcomes, no advisory defects on file, and no component wear patterns documented through the official testing scheme. Any prospective buyer must therefore recognise that the roadworthiness narrative for this car is currently a blank page rather than a reassuring clean record, and the absence of test entries reflects the vehicle's new status rather than any verified mechanical state. Mileage context is similarly inconclusive. With the recorded mileage described as unknown and insufficient data to compare against the vehicle's age, no annual accumulation rate can be calculated and no inferences drawn about whether the car has been driven sparingly, used for mixed urban and motorway work, or left idle for extended periods. As an electric vehicle, usage pattern matters for different reasons than a combustion car. A 2025 EV that has covered very low mileage may be carrying a high-voltage battery that has spent significant time at high state of charge, while one used for regular long motorway journeys will have experienced more consistent charge cycling. Without mileage figures, these considerations remain speculative, and any test drive or independent inspection should establish a current odometer reading before drawing conclusions. Because the Renault 5 Iconic is an electric model, traditional MOT-style failure points such as exhaust emissions, clutch wear, or diesel particulate filters are not relevant, but the components that will eventually be examined from its first MOT onward should still be the focus of a physical inspection. On a road test, particular attention should be paid to the regenerative braking system and the conventional friction brakes, which on EVs can suffer from corrosion of the rear discs and pads due to limited use. Any binding caliper, squeal under light pedal pressure, or judder under heavier braking would warrant further investigation. Steering feel should be monitored for any vagueness, knocking from the front suspension, or uneven tyre wear that could indicate geometry issues, while the tyres themselves should be checked for premature inner or outer shoulder wear. The suspension, underbody, and high-voltage ancillaries deserve close physical scrutiny even though no MOT data exists. The front MacPherson struts and rear torsion beam should be inspected for any signs of fluid leakage from the dampers, perished bushes, or sagging coil springs, as these are common advisory items on new cars that have encountered poor road surfaces. Underneath, the charging port area, high-voltage cabling protection, and any plastic undertrays should be checked for secure fixing and damage, while the 12V auxiliary battery should be verified as functional, as EV systems are highly dependent on it for initial powering up. A diagnostic scan of the high-voltage battery state of health and the electric drive unit fault memory is strongly advisable before purchase, as these elements fall outside the scope of any future MOT but represent the most significant mechanical and financial exposure on this vehicle.