2025 Ford Capri Select EV Electric · YR25 RYV

With no DVSA MOT test entries on file for this 2025 Ford Capri Select EV, the documented roadworthiness profile is effectively a blank slate, which is consistent with its very recent registration rather than any indication of mechanical condition. Under current UK testing rules, vehicles do not require an MOT until they reach three years of age, so a 2025-plate model first appearing in the records around mid-2028 would be entirely expected. Any prospective buyer evaluating this Capri therefore cannot draw on prior defect history, advisory patterns, or failure trends to inform their judgement, and the assessment must rest entirely on a physical inspection rather than historical data. Because the vehicle is only one year old and mileage has not been recorded against the record, there is no usage benchmark available to assess whether the car has been driven in line with its age, used heavily for commuting or fleet duties, or left largely stationary. A short ownership window combined with missing odometer data means the typical concerns associated with high-mileage wear, such as accelerated brake disc wear, suspension component fatigue, or premature tyre replacement, cannot be quantified from the file. Equally, the absence of records does not rule out periods of low use that could have specific implications for an EV, including tyre flat-spotting from prolonged standing or 12V auxiliary battery degradation in vehicles that are not regularly driven, but these remain speculative without mileage evidence to anchor them. From a buyer guidance perspective, the priority shifts to component-level verification rather than historical defect reconciliation. On a road test, listen for any clonks or knocks from the front suspension over speed humps and uneven surfaces, as even low-mileage EVs can exhibit premature wear on lower control arm bushes and anti-roll bar links if the kerbing or pothole exposure has been concentrated early in the vehicle's life. Check the brake pedal feel carefully: because regenerative braking handles most deceleration, the friction brakes can suffer from light corrosion on the disc surface or seizing caliper guide pins, so any binding, judder under low-speed pedal application, or uneven stopping should be investigated. Visually inspect the underside for any transit or storage damage, paying particular attention to the high-voltage cable routing along the chassis and the condition of the underbody panels, as well as the plastic trims and wheel arch liners which are vulnerable to early scuffing. Finally, confirm the operational status of the EV-specific systems that MOT testing will eventually scrutinise at the three-year point, including the headlamp aim, washers, horn, and any visible condition issues with the tyres, as these represent the baseline items the vehicle will be judged against at its first compulsory test. Verify the charging cable and port integrity, ensure the infotainment and driver displays show no persistent warning messages, and request evidence of the Ford warranty and any remaining service plan cover, as the absence of an MOT history places greater weight on the manufacturer's own quality assurance for a vehicle of this age. A pre-purchase inspection by a competent EV-aware technician remains strongly advisable given the complete lack of historical test data.