2022 Cupra Born V3 EV Electric · FL72 TTF

A 2022 CUPRA Born EV carrying 39,369 miles presents an unusually sparse DVSA test record for a prospective buyer to evaluate, with only a single MOT entry on file dated 3 September 2025 where it passed without any advisories or defects recorded. While a clean pass is naturally the most desirable outcome, the limited history means there is no longitudinal DVSA data against which to benchmark wear trends, monitor the emergence of recurring advisories, or confirm consistency in structural condition over consecutive annual tests. Buyers should therefore treat this single pass as a baseline data point rather than evidence of an established roadworthiness pattern, and recognise that the next test in 2026 will be the first opportunity to identify any developing mechanical or corrosion-related concerns typical of a four-year-old vehicle. Against an age of roughly four years, the 39,369-mile figure equates to an annual accumulation of approximately 9,842 miles, which sits squarely within typical usage parameters for a privately owned electric vehicle in the UK. There are no mileage gaps between tests to suggest prolonged periods off the road, and the recorded odometer reading is consistent with steady year-round driving rather than concentrated high-mileage use or extended lay-up. For an EV of this type, this usage profile is mechanically favourable because the major drivetrain components (the electric motor, single-speed transmission, and high-voltage battery) have not been subjected to excessive cycling, while traditional wear items such as suspension, steering, and braking components have accumulated usage proportionate to the mileage rather than being abnormally stressed. The lack of test history does, however, mean there is no independent DVSA confirmation that brake discs, pads, and callipers have been inspected for binding or corrosion given the regen-heavy nature of EV braking, which can lead to disc corrosion even at moderate mileages. Because no specific components were flagged in the available MOT record, any targeted inspection must focus on the areas most likely to affect a CUPRA Born of this age and mileage. On a test drive, particular attention should be paid to suspension behaviour over uneven road surfaces, listening for knocking, clonking, or any sense of looseness from the front MacPherson strut assemblies and rear multi-link set-up, as these are the components typically first to generate advisories relating to worn bushes, top mounts, or drop links. Steering should be checked for any vibration, pulling, or reluctance to self-centre, which could point to worn track rod ends or rear suspension compliance issues. Braking should be tested at low speed for any grinding, scraping, or judder through the pedal, with the brake discs visually inspected for lipping or surface corrosion around the outer edge, a common finding on EVs where regenerative braking reduces pad wear but allows the discs to corrode. The tyres should be examined for even shoulder wear across both axles, as uneven wear can indicate alignment or suspension geometry issues not yet severe enough to fail an MOT. Additional inspection points worth prioritising include a thorough underbody examination for any corrosion on the suspension arms, subframe mounting points, and brake pipe routing, as structural and brake-line corrosion advisories are a frequent cause of MOT failure on vehicles entering their fifth year regardless of mileage. All exterior and underbody plastic trims, wheel arch liners, and the charging port area should be checked for secure fitting and damage, as missing or loose undertray panels can accelerate corrosion on otherwise protected components. The 12V auxiliary battery, which is critical for EV system wake-up and control functions, should be tested for state of charge and cranking performance, while the high-voltage system should be verified as fully operational with no warning messages on the instrument cluster. Finally, a diagnostic scan for any stored fault codes relating to the drive battery management system, electric drive unit, or regenerative braking system is advisable, as EV-specific electronic faults do not form part of the standard MOT test and would only be revealed through dedicated diagnostic equipment.