2024 Cupra Born V1 EV Electric · DF73 YCM

The DVSA database contains no MOT record for this 2024 CUPRA BORN V1, so there is no test outcome to reference and consequently no trend in pass or fail results that can be evaluated. The absence of any recorded inspection means the vehicle’s roadworthiness status cannot be confirmed through official MOT data, and any assessment must rely entirely on a physical examination and the owner’s service documentation. Mileage has not been disclosed, leaving the annual utilisation rate indeterminate. For a 2024‑model electric hatchback, typical private‑owner use would be in the region of 8‑12 000 km per year; any figure substantially above that would suggest more aggressive driving cycles that could accelerate wear on the high‑voltage battery, suspension components and brake system. Conversely, a very low or stagnant reading would raise the possibility of prolonged periods of inactivity, which can lead to tyre sidewall perishing, brake disc rust and electrolyte degradation in the battery cooling system. Without a concrete odometer figure, the buyer should request a verified mileage reading from the seller and compare it with the vehicle’s first registration date to gauge realistic wear levels. Given the lack of MOT data and the uncertainty around mileage, the prospective buyer should conduct a thorough visual and functional inspection focused on age‑related degradation. Examine the tyre tread depth and sidewalls for cracking, dry rot or uneven wear that might indicate mis‑alignment or suspension issues; check the wheel bearings for any grinding or play when the wheels are rocked. Inspect the under‑carriage for corrosion, especially around the battery pack mounting points and rear‑axle subframe, as early rust can compromise structural integrity. Verify that the high‑voltage battery is within its nominal state‑of‑charge range and that the vehicle’s on‑board diagnostics report no fault codes; a portable OBD‑II scanner or a dealer‑level diagnostic can confirm cell balance, coolant temperature, and any degradation of the thermal‑management fluid, which should be serviced on a calendar basis rather than mileage. On the road‑test, listen for any whine or hum from the electric motor and inverter that could signal bearing wear or inverter cooling fan failure, and feel for any irregularities in acceleration or regenerative braking that may point to motor controller issues. Test the regenerative braking and conventional hydraulic brakes for smooth, consistent pedal feel and ensure there is no pulsation or shudder, which can arise from warped discs after long periods of inactivity. Finally, confirm that all software updates have been applied, the charging port latch operates smoothly, and that the 12 V auxiliary battery is healthy, as a weak auxiliary battery can cause intermittent electronic faults even on an EV. A full service history, including any battery health reports from the manufacturer, will provide the most reliable indication of the car’s long‑term reliability.