2022 Cupra Born V2 EV Electricity · AX22 EJF

With only a single MOT pass on record dated 29 July 2025 and zero advisories logged, the documented roadworthiness history for this CUPRA Born is extremely thin, meaning there is essentially no longitudinal DVSA evidence against which to judge wear trends, recurring defects, or developing concerns. While a clean pass with no advisories is a positive baseline data point, it represents a single snapshot rather than a pattern, and a prospective buyer should not interpret a one-test clean record as evidence of long-term mechanical integrity. The vehicle is approaching its third anniversary since first registration, yet only one test has been undertaken, which is unremarkable for an EV of this age given the exemption from MOT testing during its first three years, but it does mean that whatever develops between this test and the next due date will only be revealed at the subsequent examination. At 50,468 recorded miles on a four-year-old vehicle, this Born is covering approximately 12,617 miles per year, which sits at the upper end of typical usage for a privately owned EV and well above the national average. Such annual mileage on an electric vehicle will accelerate wear on the items that still receive mechanical loading regardless of powertrain type, namely the suspension components, tyres, brake discs and pads, wheel bearings, and steering linkages, while placing greater cyclic demand on the high-voltage battery pack and its thermal management system. Higher mileage on an EV is generally less punishing to a traditional drivetrain than on an internal-combustion counterpart, but it still produces meaningful consumption of the rolling and chassis components that the MOT specifically inspects. The mileage progression appears steady rather than spiking, with no obvious gaps or sudden jumps within the available data to suggest prolonged standing or odometer irregularities. Given the complete absence of advisories on the only recorded test, there are no specific flagged components to prioritise, which shifts the burden of inspection firmly onto a hands-on evaluation. On a test drive, listen carefully for any knocking or clonking from the suspension over uneven surfaces, particularly from the front MacPherson struts and their lower wishbone bushes, as these are known wear items on MEB-platform vehicles subjected to higher mileage. Check for steering vagueness, pulling under braking, or uneven tyre wear, any of which could indicate alignment drift, worn suspension geometry, or binding brake calipers given that EVs use regenerative braking and the friction brakes can corrode rapidly through under-use. Inspect the brake discs for sharp lipping and surface rust, and verify that the callipers are releasing cleanly, as seized mechanisms are a recurring issue on low-effort braking systems. Finally, verify the condition of the 12V auxiliary battery, the high-voltage battery state of health via the infotainment or a diagnostic tool, and confirm that all warning systems, driver aids, and lighting functions operate correctly, as electrical faults are a common MOT failure category that has not yet been tested on this vehicle. Because the DVSA record is effectively a single clean data point rather than a developed history, a pre-purchase inspection by a specialist conversant in MEB-platform EVs would be prudent to establish the present condition of the chassis, braking, and battery systems before committing.