2026 Ford Capri Premium EV Electricity · FP26 PCX

A current vehicle has no recorded MOT test history on the DVSA database. As a 2026 registration, this vehicle is either brand new, so new that it has not yet reached the three-year threshold at which its first MOT becomes due, or its test records have not yet been uploaded to the central system. Without a prior pass or failure outcome to examine, it is not possible to identify any maintenance trend, recurring advisories, or historical defect patterns, and the overall roadworthiness assessment must therefore be based entirely on its age, specification, and known mechanical characteristics of the model rather than on empirical test data. The mileage recorded for this vehicle is described as unknown, with insufficient data to establish an annual usage rate against its 2026 registration date. A new Ford Capri Premium EV is expected to be delivered with minimal delivery mileage, and any subsequent mileage will reflect the owner's usage pattern from registration. For an electric vehicle of this age, low annual mileage is not inherently problematic in terms of internal combustion wear components, but it does raise considerations around standby degradation of ancillaries, tyre ageing from standing, and potential underuse of mechanical systems that benefit from regular operation. Conversely, if mileage is being accumulated rapidly, attention should be directed to the condition of the tyres, brake system functionality, and underbody components subjected to frequent use. Given the complete absence of MOT history and the unknown mileage, prospective buyers should conduct a thorough physical inspection focused on age-related deterioration rather than recorded defects. The tyres warrant close examination for sidewall perishing, cracking, or flat-spotting from prolonged standing, as rubber compounds degrade with calendar age regardless of tread depth, and any tyres showing signs of UV damage or cracking should be replaced irrespective of legal tread. The 12-volt auxiliary battery, which powers ancillary systems in an EV, can suffer from sulphation and capacity loss when the vehicle is left unused for extended periods, and its state of charge and load-test results should be verified. Brake discs and calipers on a low-use EV are particularly susceptible to corrosion and binding due to infrequent application of the friction braking system, as regenerative braking handles most deceleration, so each caliper should be inspected for free movement and the discs checked for surface rust or pitting. Additional checks should include verification of the high-voltage battery state of health report through the dealership or manufacturer diagnostic system, confirmation of the type-approved charging cable and connector condition, and a full review of any service history or warranty documentation supplied with the vehicle. As the Ford Capri is a new model, recall and manufacturer service bulletin information should be checked via the Ford database or a franchised dealer to ensure any factory issues have been addressed. A test drive should confirm smooth regenerative braking transition, absence of warning messages on the digital instrument cluster, quiet cabin with no wind or suspension noise indicative of trim issues, and proper functioning of all driver assistance systems. If the vehicle is being purchased used from its first owner, requesting evidence of routine inspections, any warranty work completed, and confirmation of the battery health percentage will provide the strongest indication of its current mechanical condition in the absence of MOT data.