2025 Renault 4 Iconic E-Tech EV Electric · LS75 HXP

As there is no MOT test history available for this 2025 Renault 4 Iconic E-Tech EV, it is not possible to evaluate any test outcome or maintenance trend. In the United Kingdom, vehicles typically do not require an MOT until they reach three years of age, which means this example would generally be exempt from testing until 2028. The lack of recorded history is therefore expected and consistent with a brand new vehicle, though it does mean there is no empirical evidence of pass or fail performance against the DVSA roadworthiness standard. Any prospective buyer should ensure that the manufacturer warranty and pre-delivery inspection documentation are complete and properly recorded, as this will serve as the primary indicator of mechanical integrity until the first statutory test is conducted. With regard to mileage, there is insufficient data recorded to perform a meaningful comparison against the vehicle age. Given that the car is a 2025 model and is being assessed today, the recorded odometer reading should be verified to establish whether the mileage is broadly consistent with the calendar age of the vehicle, ideally corresponding to a modest first-year figure of several thousand miles. As this is a fully electric vehicle, the mechanical implications of mileage accumulation differ substantially from those of an internal combustion model, with particular attention required to battery state of health, electric drive unit condition, and high-voltage system integrity. It is prudent to request a diagnostic readout from a Renault dealer or suitably qualified specialist to confirm the current State of Health of the traction battery, alongside verification of the odometer against the in-car trip computer readings. In the absence of any recorded MOT defects or advisories, practical buyer guidance for a near-new electric vehicle should focus on age and usage appropriate physical inspections rather than reactive maintenance items. The tyres should be examined carefully for sidewall perishing or cracking caused by environmental exposure rather than wear, as low-mileage vehicles often retain substantial tread depth yet suffer from age-related degradation of the rubber compound. The 12-volt auxiliary battery, which powers ancillary systems in an EV, should be tested for voltage and load capacity, as these batteries are known to deteriorate under periods of standing or infrequent use. The charging port, high-voltage cables, and connector should be visually inspected for signs of damage, contamination, or ingress of moisture, and the regenerative braking function should be confirmed to operate correctly via the in-car menu. The brake discs on an electric vehicle are particularly susceptible to surface corrosion due to the regular use of regenerative braking, which applies minimal friction to the discs themselves. A prospective buyer should test the brakes for any binding, roughness, or juddering on a low-speed test drive, and inspect the discs for excessive rust pitting beyond a thin surface film. The underbody should be examined on a ramp for any signs of standing corrosion or fluid leakage from the electric drivetrain, and all time-based fluid servicing, including brake fluid and coolant for the thermal management system, should be confirmed as up to date in line with Renault manufacturer recommendations. Finally, verification of the service book stamps and digital service history through an official Renault main dealer or approved specialist network is highly advisable to maintain the validity of the manufacturer warranty, alongside ensuring that any firmware updates for the infotainment, driver assistance, and battery management systems have been applied at the most recent scheduled visit.