2025 Ford Capri Select EV Electric · SW25 PSO

Unregistered and brand new to the secondary market, this 2025 Ford Capri Select EV carries no historical MOT test record, which is entirely consistent with its age under UK statutory testing regulations. As a battery-electric vehicle entering its first years of operation, it lacks any longitudinal track record of structural corrosion, component wear, or emissions failures. Prospective buyers are evaluating a zero-emission platform where the mechanical roadworthiness relies entirely on the integrity of its factory assembly rather than historical remedial maintenance or past MOT advisories. Mileage accumulation data for this vehicle is currently unavailable, meaning there is no historical context to evaluate whether the EV has undergone heavy fleet deployment or light domestic use since its initial registration in 2025. Without multiple test intervals to establish an annual mileage run rate, buyers must inspect the physical cabin wear, digital odometer readings, and overall chassis presentation to gauge the intensity of its early operational life. An unknown baseline requires treating the vehicle as an entirely unproven asset regarding battery health cycles and high-voltage drivetrain endurance. Because the Capri EV operates on a dedicated electric architecture, physical inspection must pivot away from traditional internal combustion components and focus directly on the high-voltage battery housing, underfloor cooling lines, and heavy-duty suspension geometry designed to manage substantial battery mass. During a static and dynamic evaluation, listen intently for any low-frequency creaks or knocks from the front MacPherson struts and rear multi-link suspension over uneven road surfaces, which can indicate premature bush wear or loose subframe bolts under heavy loads. Check the condition of the underbody composite shields for scraping or impact damage that could compromise the sealed high-voltage enclosure. On the road, assess the regenerative braking transition by observing pedal firmness and verifying that the hydraulic friction brakes engage smoothly without binding calipers or lateral pull. Test the steering responsiveness across various speeds to ensure alignment remains true, and inspect the interior infotainment and driver assistance displays for any persistent software fault codes. Securing an independent manufacturer-certified diagnostic health check of the traction battery state of health and thermal management system is essential before finalizing a purchase, as traditional MOT histories cannot capture the internal electronic wellness of modern electric vehicles.