2025 Cupra Tavascan V2 EV Electricity · YY25 EYR

As of the assessment date of 2 September 2026, no DVSA MOT test history is available for this 2025 CUPRA Tavascan V2 EV. Vehicles of this age are typically not yet required to undergo mandatory MOT testing, with the first test generally not falling due until the third anniversary of registration. Consequently, there is no official DVSA evidence to evaluate regarding pass or fail outcomes, advisory items, or any emerging wear patterns or defects. While this absence of records is entirely normal and expected for a vehicle of this age, it does mean that the prospective buyer must rely entirely upon independent mechanical inspection rather than historical testing data to establish the vehicle's present roadworthiness. The recorded mileage is unknown, and there is insufficient data to compare annual usage against the vehicle's age or to identify periods of inactivity or excessive accumulation. For a 2025 model year EV, typical annual mileage can range considerably, but what matters most mechanically is not the absolute distance covered but rather how the vehicle has been used and stored. EVs present different wear characteristics to internal combustion vehicles, with braking systems, suspension components, and tyres often experiencing reduced wear due to regenerative braking, but exposure to standing conditions, uneven road surfaces, and high torque delivery can still produce component stress. A pre-purchase service history review is therefore essential to verify that the manufacturer-recommended inspection intervals have been observed. Given the absence of MOT history and the relative novelty of the vehicle, the prospective buyer should focus on a thorough age-and-mileage-appropriate physical inspection. Tyres warrant particular scrutiny even at low mileage, as rubber compounds deteriorate with age regardless of tread depth; sidewalls should be examined for perishing, cracking, or crazing, and the production date codes on the sidewalls should be checked to confirm the tyres are not excessively old. The 12-volt auxiliary battery, which powers ancillary systems in an EV, should be tested for state of charge and health, as these units can fail prematurely and cause starting or system errors. Brake calipers, particularly on vehicles that have been stored or used predominantly in urban environments with heavy regenerative braking, should be inspected for binding, while the brake discs should be checked for any surface corrosion or uneven wear. Coolant systems for the battery pack and electric motors, along with any reduction gear oil, should be confirmed as being serviced in accordance with manufacturer schedules, as these fluids degrade over time irrespective of mileage. On a test drive, the buyer should listen carefully for any suspension clonks or knocking over uneven surfaces, which would indicate wear in coil springs, dampers, or bushes. Uneven or feathered tyre wear patterns upon inspection may suggest alignment issues or suspension component degradation. The steering should be checked for any vibration, pulling, or inconsistency, and the regenerative braking system should be observed for smooth and predictable response without warning judders. The high-voltage battery state of health should ideally be verified through the vehicle's diagnostic system or via a CUPRA main dealer report, as degradation in this area directly impacts range and long-term viability. Finally, all warning lights and driver assistance systems should be confirmed as functioning correctly, and the build quality of interior trim and exterior panel alignment checked, as early production EVs occasionally exhibit quality control issues that may require rectification under warranty.