2024 Ford Explorer Premium EV Electric · YR74 RRZ

There is no DVSA MOT test history available for this 2024 Ford Explorer Premium EV. As a vehicle first registered in 2024, it would not normally be due its first MOT until three years after registration under the current testing regime applicable to cars, so the absence of records is consistent with its age rather than indicative of evasion or neglect. Without any recorded test outcomes, advisories, or failure points, it is not possible to identify a maintenance trend, recurring defects, or specific component wear patterns from official data. The prospective buyer must therefore rely entirely on a physical inspection and a comprehensive pre-purchase mechanical assessment, particularly given that this is a relatively new and technologically complex electric vehicle with specialised high-voltage systems. No mileage data has been supplied for this vehicle, and the record does not permit comparison between recorded odometer readings across tests or against typical usage expectations for its age. A 2024 model at the time of writing is only two years old, so regardless of whether it has covered a typical 8,000 to 12,000 miles per annum or has been used far more sparingly, the overall mechanical wear is likely to be low. For an electric vehicle, the absence of conventional combustion engine components such as a timing belt, exhaust system, clutch, and gearbox fluid removes several common age-related failure points, but the battery pack state of health, electric drive unit condition, and regenerative braking system become the primary mechanical concerns. Where mileage is unusually low, the buyer should be alert to the potential for seized brake calipers, brake disc corrosion from prolonged standing, and deterioration of rubber and polymer components purely through calendar ageing. Given the clean and sparse nature of the official record, practical age- and usage-appropriate inspection becomes essential. Tyres on a two-year-old vehicle may appear to have plenty of tread, but the sidewalls should be examined closely for cracking, perishing, or UV damage, and the manufacturing date code on the sidewall should be checked to ensure they are not older stock that has been sitting in a dealer compound. The 12-volt auxiliary battery, which powers ancillary systems in an EV, can degrade surprisingly quickly and should be load-tested, as a failing auxiliary battery is one of the most common causes of unexpected non-start conditions in modern electric vehicles. Brake discs and calipers should be inspected for surface corrosion and free movement, particularly if the vehicle has been left standing for extended periods, and the parking brake mechanism, whether electronic or mechanical, should be verified for correct operation. For an EV of this age, the buyer should also confirm the battery state of health through the vehicle telematics or a dealer-level diagnostic, paying particular attention to any discrepancy between indicated range and original manufacturer specifications. All high-voltage charging cables and the charge port should be examined for damage, contamination, or overheating marks, and the cooling system for the battery pack should be checked for leaks and correct coolant level. Brake fluid should be changed regardless of mileage, as it is hygroscopic and degrades over time, typically every two to three years. The tyres should be rotated and balanced, the cabin and pollen filters inspected, and the underbody examined for any signs of impact damage from speed humps or kerbs, which can be common with the additional weight of an EV battery pack. Finally, verifying that the manufacturer warranty remains in force, that software updates have been applied, and that the service history demonstrates timely inspections by a Ford-approved EV technician will provide the strongest possible assurance of ongoing roadworthiness.