2026 Cupra Tavascan V1 EV Electric · FD75 SOC

At the time of this assessment, there is no recorded DVSA MOT history available for this 2026 CUPRA TAVASCAN V1 EV. Because the vehicle appears to be a current model year, it is likely either too new to have been presented for its first compulsory MOT or the test record has simply not yet been captured in the DVSA database. In the absence of any test failures, advisories, or pass entries, it is not possible to evaluate a maintenance trend or identify recurring areas of mechanical concern. A prospective buyer should not interpret the blank record as confirmation of perfect condition, but rather as an absence of data, meaning the vehicle will require a thorough physical inspection and verification of its pre-delivery or manufacturer inspection records before purchase. Recorded mileage is not provided, and there is insufficient data to compare the distance travelled against the vehicle's age. For a current model year electric vehicle, an annual mileage considerably below the national average of roughly 7,500 miles might suggest the car has been used predominantly for short urban trips, which in an EV can lead to specific issues such as tyre perishing from prolonged standing, brake disc and caliper corrosion due to limited regenerative braking cycles, and reduced 12V auxiliary battery lifespan from frequent shallow state-of-charge cycling. Conversely, very high mileage would warrant closer scrutiny of the high-voltage battery State of Health, electric drive unit integrity, and the condition of the regenerative braking system. Any significant gaps in usage or evidence of irregular driving patterns should also be investigated, as prolonged storage can accelerate degradation of rubber components, lubricants, and battery conditioning systems regardless of odometer reading. Given the absence of MOT history and unknown mileage, a prospective buyer should place strong emphasis on a comprehensive pre-purchase inspection carried out by a qualified EV-aware technician. Particular attention should be paid to the condition of the tyres, looking for any signs of sidewall cracking, perishing, or uneven wear, as even lightly used vehicles can develop age-related rubber degradation well before the tread is exhausted. The braking system should be examined for seized or binding callipers, particularly at the rear where regenerative braking reduces mechanical pad and disc use, leading to surface corrosion that can cause vibration or juddering under pedal application. Additionally, the health of the 12V auxiliary battery should be tested, as failures in this component are common in modern EVs and can cause widespread electrical faults, and a diagnostic readout of the high-voltage traction battery State of Health should be obtained from the manufacturer or specialist tooling. Further inspection points relevant to a near-new electric vehicle include verification of any remaining manufacturer warranty cover, confirmation that all required firmware updates have been applied, and a review of the service schedule to ensure the initial inspection interval has been completed. Fluid systems unique to EVs, such as the thermal management coolant for the battery and electric motors, the brake fluid, and the gearbox oil where applicable, should be checked for age-related degradation even if the vehicle has covered few miles, as these fluids degrade by calendar age rather than solely by usage. The charging cable and port should be examined for damage or contamination, and the cabin and high-voltage heating systems should be tested for proper function. Finally, a careful road test should be conducted to listen for any abnormal noises from the suspension over poor road surfaces, to confirm smooth power delivery without warning messages, and to ensure the regenerative braking functions consistently across different drive modes.