2025 Ford Explorer Select EV Electric · WM75 ODC

As a 2025 model year registered Ford Explorer Select EV, the defining mechanical story here is essentially an unwritten one from a UK roadworthiness perspective. No DVSA MOT tests have been recorded against the vehicle, which for a car of this age is entirely expected. Under current UK regulations, vehicles do not require an MOT test until they reach three years of age, meaning the earliest possible first test for this Explorer would fall in 2028. There is therefore no failure data, advisory history, or recurring defect pattern to evaluate, and any assessment of its mechanical condition must be deferred until formal testing commences. The absence of MOT data should not be interpreted as a positive or negative indicator of condition, but simply as a function of the vehicle's youth and the statutory testing window. With the recorded mileage stated as unknown and no MOT test entries against the vehicle, there is no usage trajectory to analyse. Annual mileage accumulation, gaps between tests, or any signs of inconsistent use cannot be assessed because DVSA records do not begin until the vehicle's third anniversary of registration. For a modern EV of this specification, prospective buyers will need to rely on the manufacturer's service records, the in-car telematics, or the dashboard cluster to verify mileage and usage patterns. Without that baseline, it is impossible to gauge whether the vehicle has been used predominantly for short urban commutes, longer mixed journeys, or has experienced extended periods of standing, any of which would carry different implications for high-voltage battery conditioning, brake disc corrosion from limited use, and tyre wear patterns. From a buyer guidance perspective, the priority shifts entirely away from analysing historical MOT advisories and towards establishing a thorough pre-purchase inspection of the specific components most relevant to this particular EV platform. A test drive should focus on the regenerative braking system for any warning lights, inconsistent deceleration feel, or hesitation under pedal pressure, as well as the conventional friction brakes for binding calipers or judder, which can occur if the vehicle has been predominantly driven with heavy regenerative braking and the rear discs have suffered from surface corrosion. Listen carefully for any suspension knocks or clonks over uneven surfaces, as the battery mass in EVs can accelerate wear on coil springs, suspension bushes, and drop links, and check the steering for any pulling, vibration, or unusual resistance. The tyres should be inspected for uneven shoulder wear, which on a heavy EV can indicate alignment issues or premature wear from the vehicle's kerb weight. Under the bonnet, attention should be directed towards the 12V auxiliary battery, the high-voltage cabling visible at the front service panel, and any signs of fluid leaks from the cooling system, which on an EV manages both the battery pack and the power electronics. Inspect the charging port for damage or moisture ingress and verify that the supplied cables are present and in serviceable condition. A diagnostic scan using Ford-compatible equipment is strongly advisable to confirm the absence of any stored fault codes in the battery management system, the electric drive units, and the driver assistance systems. Given that the vehicle will not be MOT tested for some years yet, securing a comprehensive pre-purchase inspection and verifying any remaining manufacturer warranty cover on both the vehicle and the high-voltage battery is the most prudent course of action for any prospective buyer.