2025 Ford Explorer Premium EV AWD Electricity · FP75 LSO

At the time of this assessment, there is no DVSA MOT test history available for this 2025 Ford Explorer Premium EV AWD. As a vehicle first registered in 2025, it would not yet be required to undertake its first compulsory MOT test until the three-year anniversary of its registration, meaning the absence of MOT records is entirely consistent with the vehicle's age rather than indicative of any hidden defects or test failures. With no prior test outcomes, advisories, or failure points recorded, there is no longitudinal DVSA data from which to infer an established maintenance trend; however, this pristine administrative status suggests the vehicle has either remained compliant throughout its early life or has simply not yet reached the statutory testing threshold, both of which are normal scenarios for a car of this vintage. Regarding mileage, no recorded odometer reading has been supplied, and the absence of MOT history further prevents any verification of annual usage rates against the vehicle's age. For a modern electric vehicle such as this, prospective buyers should be mindful that EV powertrains experience a different wear profile to internal combustion equivalents, with brake discs, pads, and callipers often suffering from underuse due to regenerative braking, leading to corrosion and seizure rather than wear. Without mileage records, it is prudent to establish the true current odometer reading from the dealership or seller documentation and cross-reference this with the vehicle's factory warranty and service schedule obligations. Given that no MOT defects or advisories have been recorded, physical inspection guidance should focus on age-and-usage-appropriate checks rather than addressing any documented failure points. Tyres should be examined closely for sidewall perishing or cracking from age rather than merely tread depth, as even low-mileage vehicles can suffer rubber degradation after extended standing periods, particularly in exposed conditions. The high-voltage traction battery and the supplementary 12V auxiliary battery should be health-checked, as prolonged inactivity or irregular use can compromise state of charge and cell balance, while brake calipers and discs should be inspected for surface corrosion or binding, ensuring the vehicle rolls freely and the brake pedal feels firm without sponginess. Additionally, all fluid systems, including brake fluid and the cooling circuit for the battery and drive units, should be verified against Ford's time-based servicing schedule, as calendar degradation occurs regardless of mileage covered. On a practical test drive, particular attention should be paid to the behaviour of the all-wheel-drive system, ensuring smooth torque delivery without any shudder, clunk, or warning indicators on the dashboard, and to the regenerative braking function, which should operate consistently and predictably. Listen for any abnormal noises from the suspension over varying road surfaces, which would suggest compromised bushes or coil springs, and verify the operation of all driver assistance and infotainment systems, as electronic faults are increasingly common causes of failure on newer vehicles. Finally, ensure that all available service history documentation, including any Ford main dealer or specialist EV servicing records, is fully present and stamped accordingly, and confirm that any remaining manufacturer warranty, particularly the high-voltage battery cover, is fully transferrable to the new keeper.