2025 Cupra Born V2 EV Electric · LP74 OLM

The 2025 CUPRA Born V2 EV has no recorded DVSA MOT history, meaning no prior test outcomes, defect logs, or maintenance trends are available to assess. Without a formal MOT inspection, the vehicle’s mechanical condition cannot be evaluated against official standards or historical patterns of wear and failure. This absence of data also prevents any comparison to typical maintenance schedules for its age and class, leaving the buyer with no prior benchmark for expected servicing intervals or recurring issues. The lack of MOT records implies either an incomplete or non-existent registration history, which could raise red flags regarding the vehicle’s compliance history or potential undocumented defects. Since mileage data is not provided, it is impossible to determine the vehicle’s annual usage rate or whether it has accumulated significant wear from high mileage or prolonged periods of low activity. Electric vehicles, particularly those in their first few years, may experience different wear patterns than internal combustion equivalents, with particular attention required for battery health, thermal management systems, and high-voltage components. If the vehicle has been driven sparingly or stored for extended periods, this could lead to issues such as battery degradation from disuse, corrosion in electrical connections, or potential fluid degradation in non-EV-specific systems like the cooling circuit or suspension components. Conversely, if mileage is high relative to age, wear on mechanical systems such as the drivetrain, brakes, and suspension may be more pronounced, necessitating closer inspection of these areas. Given the absence of an MOT history, the buyer should conduct a comprehensive physical inspection to address critical safety and functional checks. First, verify the vehicle’s electrical systems, including the high-voltage battery pack, as electric vehicles are increasingly susceptible to battery degradation over time, especially if stored for prolonged periods without use. Check for any signs of thermal runaway risks, such as excessive heat under the vehicle or unusual smells, which could indicate battery failure or overheating. The battery’s state of charge should be monitored, and a professional inspection of the high-voltage wiring and connectors is advisable to prevent short circuits or connectivity issues. Additionally, focus on the vehicle’s structural integrity, particularly in areas prone to corrosion or stress, such as the chassis, wheel arches, and undercarriage, where salt or moisture exposure could accelerate deterioration. Inspect the tyres for sidewall cracking or perishing, which can compromise their structural integrity and safety, especially in older vehicles or those stored for extended periods. The suspension system should be checked for signs of wear, such as excessive play in the coil springs, binding calipers, or worn suspension bushes, which could lead to poor handling or uneven tyre wear. Test the brakes by applying firm pressure to the pedal while driving at low speeds to check for binding, grinding, or excessive pedal travel, which may indicate worn brake pads, warped discs, or hydraulic issues. Finally, verify that all fluids, including the cooling circuit (if applicable), are at the correct levels and free from contamination, as standing fluids can degrade over time. A professional inspection by a qualified electric vehicle specialist is strongly recommended to assess the battery’s health and high-voltage system integrity before purchase.