2026 Cupra Born V2 EV Electric · YA75 LBK

The vehicle is a 2026 CUPRA Born V2 EV registered in the current year, which means it is brand new or within its first twelve months of registration. Consequently, no DVSA MOT test history is available, as vehicles in the United Kingdom are not required to undertake their first MOT until they reach three years of age. Because there are no prior test results, advisories, or failure points on record, it is impossible to evaluate a longitudinal maintenance trend. The absence of MOT data in this instance is entirely expected and should not be interpreted as a negative indicator; instead, it simply reflects the vehicle's recent registration date and the statutory exemption afforded to new cars within their first three years. Regarding recorded mileage, the official records indicate that insufficient data is available to compare against the vehicle's age, which is consistent with its status as a near-new registration. With no historical mileages to compare, it is not possible to calculate an annual usage rate, identify gaps in operation, or flag periods of rapid accumulation that might suggest heavy commercial use, fleet operation, or extended motorway running. Electric vehicles such as the CUPRA Born typically accumulate mileage differently from internal combustion equivalents, as many owners utilise home charging and shorter urban journeys. A prospective buyer should verify the current odometer reading at the point of sale, ideally cross-referenced against the in-service date, to establish a baseline for future condition monitoring. Although the MOT history is entirely clean and unblemished, the prospective buyer should not be lulled into assuming that no inspection is required, particularly given the unique characteristics of an electric powertrain and the vehicle's recent manufacture. It is advisable to inspect the high-voltage battery state of health via a diagnostic scan, ensuring that the usable capacity remains close to the factory specification and that no degradation or error codes are present in the battery management system. The charging cable and connector should be examined for physical damage, and the 12-volt auxiliary battery should be tested for voltage and load capacity, as a weak auxiliary cell can trigger a range of electrical faults. Additionally, the regenerative braking system should be verified for consistent operation, and the brake discs and pads, although subject to reduced wear due to regenerative deceleration, should still be inspected for any signs of corrosion or seizing calipers that may develop from low-speed urban use. The buyer should also carry out a thorough inspection of the suspension, tyres, and underbody components, even on a near-new example, as factory defects or transit damage are not unheard of. The tyres, despite their shallow age, should be checked for manufacturing date codes, as prolonged storage before delivery can lead to sidewall cracking or perishing, and the pressures should be verified against the placard figure. The alloy wheels should be inspected for kerbing damage, and a road test should be conducted to identify any suspension knocks, clonks, or uneven tyre wear that might suggest alignment or component issues. Given the calendar-based servicing requirements of electric vehicles, the buyer should confirm that the initial inspection has been completed and that documentation exists for any software updates, cabin filter replacements, and brake fluid servicing intervals, ensuring that long-term maintenance schedules have been correctly established from the outset.