2025 Cupra Born V2 EV Electricity · LR25 TWN

At the time of this assessment, there is no recorded MOT history available for this 2025 CUPRA Born V2 EV on the DVSA database, which reflects the fact that the vehicle has either not yet reached the statutory first MOT test threshold or has not been tested under DVSA jurisdiction. Because the Born is a relatively new model, a clean or absent record at this stage is entirely expected and cannot, on its own, be interpreted as evidence of either excellent maintenance or undisclosed defects. A prospective buyer should therefore regard the absence of MOT data as neutral information rather than as a positive endorsement, and should weigh the vehicle's overall condition against its age, mileage consistency, and any manufacturer warranty or service plan evidence. With no advisories, failure points, or wear-related defects on file, there is no recurring mechanical trend to assess, but equally there is no independent DVSA verification of roadworthiness to fall back on. Recorded mileage is not provided, and there is insufficient data to compare annual usage against the vehicle's age. This is a common situation with nearly new EVs, where mileage can vary dramatically depending on whether the car has been used as a daily commuter, a secondary household vehicle, or a low-use runabout. Electric vehicles such as the Born tend to suffer less mechanical wear than combustion equivalents because they have fewer moving parts, no timing belt, no exhaust system, and regenerative braking reduces pad and disc wear. However, very low mileage can introduce its own concerns, particularly around brake disc corrosion from lack of use, 12V auxiliary battery degradation, and potential moisture accumulation in the high-voltage battery pack if the car has stood unused for extended periods. Conversely, unusually high mileage for a 2025 model could raise questions about battery state of health, so verifying the remaining battery capacity against the original range figure is advisable. For a physical inspection, the buyer should pay close attention to the tyres, even if they appear to have ample tread, because tyres fitted at the factory can suffer sidewall perishing and UV degradation from age, particularly on a car that has spent time parked outside. Inspect the sidewalls carefully for hairline cracking, small splits, or a chalky appearance, all of which indicate the rubber is ageing out regardless of tread depth. The brake discs should be examined for surface rust and, more importantly, for evidence of binding calipers, which can occur after prolonged standing and may manifest as the car pulling to one side under light braking or a hot smell from a wheel after driving. All four wheels should be free to spin by hand when jacked, and the handbrake mechanism, which on an EV may be electrically actuated rather than cable-operated, should engage and release cleanly. Given that the Born uses a high-voltage lithium-ion traction battery, the buyer should request evidence of the battery state of health report from a CUPRA main dealer or an independent specialist with appropriate diagnostic equipment, as this is the single most critical component in an EV and is not testable through a standard visual inspection. The 12V auxiliary battery, which powers ancillary systems and is separate from the traction pack, should be load-tested as it can fail without warning on low-use vehicles and cause non-start conditions. Coolant systems on EVs still require periodic fluid changes on a calendar basis regardless of mileage, and any evidence of when the brake fluid was last serviced should be requested, as brake fluid is hygroscopic and typically requires renewal every two to three years. Finally, verify that any outstanding manufacturer warranty, roadside assistance cover, and software over-the-air update history are documented, and ensure the infotainment and driver assistance systems are functioning correctly during a test drive, as electronic faults are more common than mechanical ones on this type of vehicle.