2022 Cupra Born V1 EV Electric · CF22 NHN

The latest DVSA MOT test for the 2022 CUPRA Born V1 EV, conducted on 2026-07-22, resulted in a clean pass with no recorded defects or advisories, following a similarly unremarkable outcome from the previous MOT on 2025-07-07. This consistent pass rate over the two-year period suggests a stable maintenance record, with no evidence of recurring mechanical issues or progressive wear that might indicate underlying problems. The vehicle’s adherence to regulatory standards without fail is commendable, though the absence of advisories or minor defects does not preclude the need for a thorough pre-purchase inspection, particularly given its relatively high mileage for its age. The recorded mileage of 55,745 miles is notably high for a four-year-old electric vehicle, averaging approximately 13,936 miles annually—a rate that exceeds typical expectations for most EVs, especially those with lower operational demands. Such mileage accumulation can accelerate wear on critical components such as the suspension system, brakes, and drivetrain elements, where repeated stress from road conditions and driving habits may lead to premature fatigue in bushings, seals, and structural parts. Additionally, the electric powertrain’s battery management system and high-voltage components could also be subjected to increased thermal and electrical stress over time, warranting careful scrutiny of any signs of overheating or degradation in the vehicle’s software or physical infrastructure. The absence of long periods of inactivity further implies that the vehicle has undergone consistent use, which may have exposed it to more aggressive wear patterns than a lower-mileage example of the same age. For a prospective buyer, the CUPRA Born V1 EV should undergo a meticulous physical inspection to address both high-mileage and age-related concerns. Begin with a thorough examination of the suspension system, focusing on the condition of coil springs, shock absorbers, and suspension bushes for signs of excessive play, cracking, or corrosion. Listen for abnormal clunking or rattling during cornering or over bumps, which could indicate failing suspension components. The brake system should be checked for uneven wear on discs and pads, potential binding in calipers, or corrosion on brake lines and hoses, particularly if the vehicle has been stationary for extended periods. Inspect the tyres for sidewall perishing, uneven tread wear, or signs of hydroplaning damage, as these can indicate either poor maintenance or excessive mileage-related wear. Beyond mechanical components, the vehicle’s battery health and high-voltage system should be scrutinised, though direct access may be limited. Check for any visible signs of fluid leaks around the battery pack or electrical connections, and verify that the battery management system software is up to date and functioning without errors. The 12V electrical system should be tested for voltage drops or signs of corrosion on connectors, as prolonged inactivity can exacerbate such issues. Given the vehicle’s age and usage profile, a full fluid service is recommended, particularly for the brake fluid, coolant, and power steering fluid, as these can degrade over time even without active use. Additionally, verify that the service history includes scheduled maintenance for the electric motor and inverter, as these components benefit from regular checks for thermal management and electrical integrity. Lastly, a professional diagnostic scan can reveal any hidden software issues or electrical faults that may not be apparent during a visual inspection.