2025 Renault 5 Iconic E-Tech EV Electric · F13 GWB

As a brand-new 2025 registration, the Renault 5 Iconic E-Tech EV has not yet accrued any MOT test history under the DVSA database, meaning there are no recorded pass certificates, failure points, or advisory notices against which to benchmark ongoing maintenance or mechanical deterioration. In the absence of any statutory test data, it is not possible to determine a maintenance trajectory, and any assessment must instead be framed as an inspection of a one-year-old electric vehicle approaching its first MOT, which becomes mandatory at three years of age under current UK regulations. The prospective purchaser is therefore in the position of evaluating a near-new car without the benefit of an independent roadside worthiness examination, which places greater emphasis on a thorough pre-purchase inspection by a qualified technician and verification of the manufacturer's new vehicle warranty. The recorded mileage for this vehicle is unknown, and there is insufficient data to compare annual usage against its year of registration. Without a recorded odometer reading, it is impossible to confirm whether the vehicle has covered typical first-year mileage of between 6,000 and 10,000 miles, been used very sparingly as a short urban commuter, or indeed whether the indicated mileage is plausible. For an electric vehicle of this age, any usage profile carries distinct implications; low annual mileage may raise concerns regarding 12V auxiliary battery health from infrequent use, prolonged standing of mechanical components such as brake calipers leading to corrosion and binding, and time-based degradation of coolants and brake fluid regardless of distance covered. Conversely, higher mileage would warrant closer inspection of high-voltage battery state of health, tyre wear patterns, and underbody condition. Given the absence of MOT advisories or failure points, the buyer must adopt an age-and-time-appropriate inspection regime in place of defect-driven checks. On a physical inspection, particular attention should be paid to tyre sidewalls for perishing from age, as rubber compounds deteriorate through oxidation even when tread depth remains adequate, and to the brake discs for surface corrosion, which on an EV is a common finding due to regenerative braking reducing friction pad wear and leaving discs vulnerable to rust pitting. The 12V auxiliary battery, which powers ancillary systems on this EV, should be tested for state of charge and load capacity, while the high-voltage traction battery should be subject to a diagnostic health check to confirm capacity retention relative to original specification. Brake fluid should be verified for moisture content, and the cabin and pollen filters inspected, along with confirmation that any outstanding manufacturer software updates have been applied. During a test drive, the prospective buyer should listen for suspension knocks over uneven surfaces, which could indicate worn bushes or top mount deterioration even at low mileage, and observe whether the vehicle pulls to either side under braking, which might suggest a binding caliper or uneven pad material transfer resulting from extended standing. Steering should be assessed for any vagueness or vibration, and the driver should monitor the dashboard for any warning lamps relating to the high-voltage system, tyre pressure monitoring, or electronic stability control. It is also prudent to verify the full Renault service history and warranty documentation, confirm that the vehicle is supplied with both charge cables, and ensure that any recalls or manufacturer technical service bulletins relating to the E-Tech EV powertrain have been formally addressed and recorded by an authorised Renault dealer.