2025 Cupra Born V2 EV Electric · OU75 XDF

As of the assessment date of 3 September 2026, there is no official DVSA MOT test history recorded for this 2025 CUPRA Born V2 EV. This absence of data is entirely consistent with the vehicle's current legal status, as the car would only become eligible for its first compulsory MOT test once it reaches three years of age, meaning its earliest possible test date would fall in mid-2028. Consequently, no pass-fail trend, advisory catalogue, or historical defect pattern can be evaluated at this stage, and the maintenance trajectory can only be inferred from its limited time in service and available supporting documentation. The recorded mileage for this vehicle is not available, which precludes a precise assessment of annual usage. Given that the car was registered in 2025 and is now approximately one to two years old, the typical mileage range for a vehicle of this age and market position could fall anywhere from a few hundred miles to upwards of fifteen or twenty thousand miles per annum. Without a recorded history, it is impossible to confirm whether the car has been predominantly used for short urban journeys, longer motorway commutes, or has experienced any extended periods of standing. The absence of odometer progression data means any prospective buyer must rely solely on the current reading on the dashboard combined with the vehicle's build date to gauge whether the rate of accumulation is plausible for its age. Given the absence of MOT data, a prospective buyer should conduct a thorough physical inspection and request full supporting documentation from the selling dealer or private vendor, specifically the full service book or digital service record, the build and delivery documentation, and any warranty paperwork relevant to the high-voltage battery and electric drivetrain. As a near-new vehicle, particular attention should be paid to the condition of the tyres, as even lightly used tyres can exhibit sidewall perishing or uneven wear patterns caused by improper storage, incorrect inflation pressures, or tracking misalignment. The 12V auxiliary battery, which powers ancillary systems in an EV, should be tested for state of charge and condition, as these units can degrade surprisingly quickly in cars that are left standing or used infrequently. On the test drive, listen carefully for any abnormal noises from the suspension over uneven surfaces, as knocking or clonking from the coil springs, anti-roll bar links, or suspension bushes could indicate premature wear or transport damage. Additionally, the regenerative braking system should be evaluated for smooth operation and consistency, while the conventional friction brakes, which on an EV may suffer from surface corrosion due to infrequent use, should be checked for smooth release and absence of shudder under firm pedal pressure. Finally, given the calendar age of the vehicle, the buyer should verify the condition and age of any time-based service items. Brake fluid is hygroscopic and typically requires replacement every two to three years regardless of mileage, so the date of the last fluid change should be confirmed, even on a low-mileage example. The cabin and pollen filters, along with the coolant circuits for both the thermal management of the electric motors and the high-voltage battery pack, should be checked against the manufacturer's service schedule. Tyres manufactured more than four to five years prior to the inspection date should be scrutinised for cracking and replaced as a matter of safety, as the DOT date code on the sidewall will reveal the true age irrespective of tread wear. A diagnostic scan using dealer-level or capable third-party equipment is highly advisable to confirm the state of health of the traction battery, check for any stored fault codes relating to the high-voltage system, regenerative braking, or driver assistance sensors, and verify that all software modules are present and functioning as intended before committing to the purchase.