2026 Cupra Born V1 EV Electric · DG76 WLO

Zero official MOT history exists for this 2026 Cupra Born V1 EV in the DVSA database, which is entirely consistent with its age as a zero-emission vehicle not yet old enough to require mandatory annual roadworthiness testing in the UK. Because the vehicle falls outside the statutory three-year testing window, there is no historical record of structural corrosion, component degradation, or historical failure points available to review. Prospective buyers are evaluating a modern electric platform that has yet to face its first independent government-mandated safety and emissions inspection, meaning its baseline structural and mechanical condition remains entirely reliant on visual assessment and independent workshop inspection rather than historical testing trends. The mileage data for this vehicle is currently recorded as unknown with no previous test figures to establish an annual accumulation rate or usage profile. Without baseline mileage figures or historical odometer readings, it is impossible to determine whether the car has spent its life as an urban commuter, a fleet vehicle, or a high-mileage motorway cruiser. This lack of recorded usage history means a physical examination of the digital odometer, service log, and vehicle telemetry is essential to verify how many miles the electric motor and high-voltage battery pack have actually covered since first registration. Since there are no past MOT advisories or recorded failures to guide a targeted inspection, due diligence must focus on the known mechanical and electrical characteristics of the MEB electric vehicle platform. During a static inspection, check the condition of the high-voltage charging ports, underbody aerodynamic shielding, and the exposed high-voltage cabling for any signs of physical impact or moisture ingress. Inspect the suspension components, steering rack mounts, and alloy wheels thoroughly, as heavy battery weight places high loads on bushes, joints, and tyres during everyday driving. On the road, pay close attention to the regenerative braking transition, ensuring the brake pedal feels consistent and free of excessive travel or unusual friction noises as the mechanical brakes engage. Listen carefully for any suspension knocking, creaking, or wandering when cornering or driving over rough road surfaces, which would indicate premature wear on the control arms, anti-roll bar drops links, or top mounts. Verify that the steering centers correctly and that the vehicle tracks straight without pulling under acceleration or deceleration, and confirm that all driver assistance sensors and electronic displays function correctly without fault warnings.