2026 Ford Explorer Select EV Electricity · YR26 PFF

As there is no official DVSA MOT history available for this 2026 Ford Explorer Select EV, there is no recorded pass or fail outcome, no advisory notes, and no defect log to evaluate at this time. This absence of data makes it impossible to assess any maintenance trend, recurring mechanical failures, or progressive wear patterns from the perspective of statutory roadworthiness testing. Without these historical records, any judgement regarding the vehicle's stability or decline would be speculative. Recorded mileage is not provided for this Ford Explorer, meaning there is no reliable baseline to evaluate annual usage rates, mileage consistency, or whether the vehicle has been subject to high-mileage accumulation or prolonged periods of inactivity. For an electric vehicle of this age, whether it has covered very low miles or extensive mileage carries distinct implications. High-mileage EVs may exhibit accelerated degradation of high-voltage battery capacity, suspension component wear, and brake system fatigue, whereas very low-mileage examples may suffer from standing degradation, seized brake calipers from lack of use, and tyre sidewall perishing due to age rather than wear. Given the absence of MOT data and the unique mechanical characteristics of a modern electric SUV, a prospective buyer should place considerable emphasis on a thorough physical inspection and verification of service records. Check the tyres closely for sidewall cracking, perishing, or uneven wear, as age-related rubber degradation is common even on low-mileage vehicles. Inspect the brake discs and calipers for signs of corrosion or seizing, particularly if the vehicle has seen limited driving, since EVs use regenerative braking and the friction brakes may bind or corrode from disuse. Verify the condition and state of charge of the 12V auxiliary battery, and ensure the high-voltage traction battery has a documented health check, ideally with a capacity test confirming acceptable range and cell balance. Additionally, inspect the suspension for any clonks or uneven ride height, examine the charging port and cabling for damage or wear, and ensure all time-based fluid services, including brake fluid and coolant, have been carried out in accordance with manufacturer schedules. Finally, request full dealership or specialist service history to confirm that software updates, high-voltage system diagnostics, and any recall remediation work have been completed. A pre-purchase inspection by a technician experienced in electric vehicles is strongly advisable, focusing on the integrity of the underfloor battery enclosure, the functionality of thermal management systems, and the operation of all driver assistance and electronic safety features. Confirm that the vehicle charging history, if available, shows a balanced mix of AC and DC charging, as excessive reliance on rapid DC charging may accelerate long-term battery degradation. These checks will substantially mitigate the risks posed by the lack of statutory MOT history and ensure that the vehicle is mechanically sound, electrically healthy, and fit for purpose.