2025 Cupra Born V2 EV Electric · LM75 VDX

With no MOT tests recorded against this 2025 CUPRA Born V2 EV, the official DVSA roadworthiness history is effectively blank. As a passenger vehicle first registered in 2025, it would not normally be required to present for an MOT test until its third anniversary of registration, meaning the absence of test data is consistent with the vehicle still being within its first-roadworthiness-test exemption window rather than indicating any omission from the records. From a purely statutory standpoint, there are no pass outcomes, failures, advisories, or defect codes to evaluate, and therefore no documented pattern of component wear, corrosion, or recurring mechanical concerns that can be assessed against DVSA criteria. The mileage situation is equally opaque, as no odometer readings have been captured within the MOT dataset for this vehicle. Because the first MOT is not yet due, the DVSA system has not been presented with a mileage figure to log, and consequently there is no annual accumulation rate, no testing frequency, and no usage profile against which a prospective buyer can benchmark the car. For an electric vehicle of this age, the absence of recorded mileage means it cannot be determined whether the car has covered low commuter miles, typical family mileage, or extended higher mileage use, and the associated mechanical implications for tyre wear, brake component life, underbody condition, and high-voltage battery cycle count remain unknown. For a buyer evaluating a near-new electric CUPRA Born, the lack of MOT history shifts the inspection responsibility almost entirely onto a pre-purchase physical examination, since no statutory test results exist to confirm the state of the brakes, tyres, suspension, steering, lighting, or structure. On a road test, particular attention should be paid to the feel of the regenerative braking system and the conventional friction brakes, which on EVs are prone to corrosion of the discs and pads due to infrequent use; any grinding, vibration through the steering wheel, or pulling to one side under braking would warrant closer inspection. The suspension should be exercised over uneven road surfaces and speed humps to detect knocking from the front MacPherson struts, rear multi-link components, or anti-roll bar bushes, all of which are known wear items that would normally first surface as advisories at MOT. A visual inspection should focus on the high-voltage charging port area, underbody protection panels, and the wheels and tyres, looking for kerbing damage, uneven tyre wear that might indicate misalignment, and any signs of fluid leakage around the drivetrain or brake calipers. The 12V auxiliary battery, cabin filters, and tyre condition including age-related cracking should be checked, and the driver should confirm that the infotainment, driver assistance systems, and climate control function as expected. Because no MOT record exists to draw upon, a buyer should insist on a manufacturer or specialist inspection, ideally with a diagnostic scan of the high-voltage battery state of health, before committing to the purchase, as the statutory test history provides no reassurance either way regarding the mechanical condition of this particular vehicle.