2022 Cupra Born V2 EV Electric · ML72 DNU

A single recorded MOT test dated 11 September 2025 forms the entirety of the roadworthiness history available for this 2022 CUPRA Born V2 EV, and on that occasion it passed with a clean sheet, meaning no advisories, no defects, and no items flagged for attention. While a pass without advisories is the most favourable outcome possible under the DVSA testing regime, it is important to frame this correctly: one test does not constitute a longitudinal trend, and there is no prior record against which to measure stability, deterioration, or improvement of component condition. The Born was first eligible for MOT testing three years after registration, so the absence of earlier entries simply reflects the statutory testing threshold rather than any suggestion of unusual compliance or omission. Mechanically, the vehicle presents only a snapshot, which limits any predictive inference about recurring wear patterns, corrosion progression, or component fatigue. Mileage data indicates the vehicle has covered just 17,039 miles from new over approximately four years, equating to around 4,260 miles per year, which sits well below the typical annual accumulation for a vehicle of this age and class. Lower annual mileage on a battery-electric vehicle does not equate to the same mechanical wear profile as a low-mileage combustion car, since there is no internal combustion engine, conventional multi-speed transmission, exhaust system, or燃油-related service items subject to thermal cycling stress. However, low utilisation does mean prolonged periods of standing, which brings its own considerations relevant to the test record. With no recorded defects touching brake components, tyres, or suspension, the advisory-free 2025 pass provides no specific guidance on how those consumables have aged, leaving the buyer to verify their condition independently. For the prospective buyer, the principal inspection priorities on this Born should centre on items that a single advisory-free pass cannot illuminate. Brake discs and pads on EVs are particularly prone to corrosion and low-use glazing because regenerative braking handles much of the deceleration, meaning the friction brakes are used infrequently and can seize or develop surface corrosion on the disc faces. On a test drive, listen for any scraping or grinding on light application, feel for a binding or dragging sensation through the pedal, and check for uneven pad deposition or lipping on the visible disc edge. Tyre condition warrants close inspection despite no advisory, as low-mileage standing periods combined with EV kerb weight can produce flat-spotting, sidewall cracking, or premature shoulder wear; check the DOT date stamps and look for uneven tread across the axle, particularly uneven shoulder wear which can indicate a misaligned suspension geometry following a kerb impact. Understeer response and any knocking from the front suspension over uneven surfaces should also be noted, as the Born uses a multi-link rear and MacPherson front arrangement with compliance bushes that can deteriorate even at low mileages if the car has been left standing for extended periods. Beyond the rolling stock, the high-voltage battery pack and associated thermal management system warrant particular attention given the low mileage, as prolonged low-state-of-charge storage or infrequent DC charging cycles can influence long-term cell balance. Request a full diagnostic readout of the state of health versus the original capacity, ideally through a CUPRA or SEAT main dealer with EV tooling, and confirm the 12V auxiliary battery has been replaced within the last few years, since low use combined with parasitic draw can leave the conventional battery chronically undercharged. Inspect the charging port, high-voltage cables, and underbody protection panelling for any damage from kerbing or debris strikes, as EV battery enclosures are particularly sensitive to impact damage. Finally, confirm the remaining manufacturer warranty coverage, as the Born carried a five-year vehicle warranty and an eight-year battery warranty from new, both of which may still be in force on a 2022 example and would materially affect the risk profile of the purchase.