2026 Renault 5 Roland Garros + E-Tech EV Electric · LS26 GAX

As a brand-new 2026 model, this Renault 5 E-Tech Roland Garros currently holds no recorded DVSA MOT test history, which is entirely consistent with its registration date and the fact that vehicles in the United Kingdom are not required to undertake their first MOT test until they reach three years of age. Without any prior test data to examine, it is not possible to evaluate a maintenance trend, identify recurring advisories, or flag any deterioration in mechanical condition through official channels. The absence of MOT records at this stage should therefore be regarded as standard for a nearly new vehicle rather than as a red flag, although it does mean that no independent verification of its roadworthiness or component wear has yet been documented by the Driver and Vehicle Standards Agency. With respect to mileage, the recorded distance travelled is not available, which prevents any precise calculation of annual usage. However, given that the vehicle is a 2026 registration and the current date is September 2026, the car is essentially in its first year of service. Prospective buyers should request confirmation of the exact odometer reading and cross-reference this with any delivery mileage and the registration date to establish a sensible usage profile. For a modern electric vehicle of this age, even a relatively high first-year mileage would be of limited concern given the inherent mechanical simplicity of the drivetrain, but it is still worth verifying the mileage against the warranty documentation and any service records provided by the supplying Renault dealer. In the absence of any MOT defects or advisories, physical inspection guidance should focus on the age-specific and usage-related considerations appropriate to a nearly new electric vehicle. Although the tyres are unlikely to have worn significantly in terms of tread depth, they should still be inspected for any sidewall perishing, cracking, or uneven wear patterns that could indicate a tracking or suspension geometry issue, particularly if the vehicle has been subjected to kerb impacts or heavy urban use. The regenerative braking system should be evaluated for smooth operation and any unusual noises, while the conventional friction brakes should be checked for disc corrosion or caliper binding that can develop during periods of light use, as regenerative systems do less mechanical work on the brake pads and discs. The 12-volt auxiliary battery, which supports ancillary systems in electric vehicles, should be tested for state of charge, and all high-voltage system warning indicators should be confirmed as clear upon ignition. Given the limited calendar age of this vehicle, time-based fluid servicing rather than distance-based intervals should form the primary basis of any pre-purchase diligence. Brake fluid is hygroscopic and degrades over time regardless of mileage, so confirmation of a recent fluid change or at least verification of the fluid colour and condition is advisable. The coolant system for the electric drivetrain and battery thermal management should be inspected for any signs of leaks, discoloration, or incorrect fluid levels, as degradation here can affect long-term battery health and range. Tyre condition should be scrutinised for manufacturing date codes to ensure they are not older stock rubber that may have already begun to perish on the shelf. Finally, a thorough test drive should be conducted with particular attention paid to any unusual noises from the suspension, smooth and consistent power delivery, accurate range estimation on the dashboard, proper functioning of all driver assistance and infotainment systems, and any warning messages displayed, with all findings cross-checked against the remaining manufacturer warranty cover.