2026 Ford Explorer Premium EV AWD Electric · WN26 VGP

As a 2026 model year Ford Explorer Premium EV AWD, this vehicle is effectively brand new and therefore has no recorded MOT history on the DVSA database. MOT testing in the United Kingdom is not legally required until a vehicle reaches three years of age, so a first test for this Explorer would not ordinarily be due until late 2028 or early 2029, depending on the exact date of first registration. Consequently, there are no test outcomes, advisories, or failure points against which a maintenance trend can be judged. Any assessment of mechanical condition at this stage must therefore rely entirely on physical inspection rather than documented history. With recorded mileage unknown and insufficient historical data, it is not possible to determine an annual usage rate for this vehicle. Given that the car is a brand new electric model, one would expect a relatively low odometer reading consistent with delivery mileage, manufacturer transport, and initial dealer preparation, although a demonstrator or management fleet vehicle could show higher figures. Electric vehicles in this class are typically driven within mixed urban and suburban environments, often covering moderate distances. The absence of mileage data means a prospective buyer should establish the exact figure through the dashboard or service documentation, and should be alert to any unusually high accumulation that might indicate prior use as a press, rental, or courtesy car. In the absence of any MOT records, the buyer inspection must focus on factory-fresh condition, pre-delivery preparation quality, and the components most susceptible to standing deterioration. Tyres fitted at the factory may already be several months old by the time of sale, so sidewalls should be examined for perishing, cracking, or visible distortion, and tread depth verified to be above the legal minimum of 1.6 mm despite low mileage. Brake discs, particularly on a heavy electric SUV, can develop surface corrosion from short movements on forecourts or transport yards, so the discs should be inspected for pitting or rust scoring, and the calipers checked for any signs of binding or uneven pad wear. The 12V auxiliary battery, which powers ancillary systems on an EV, should be tested for state of charge and load capacity, as prolonged standing can deplete it prematurely. High-voltage system health and charging functionality should also be confirmed through the infotainment diagnostics. Fluid degradation on a time basis remains relevant even at low mileage. Brake fluid is hygroscopic and should ideally have been refreshed within the last two years regardless of use, while any gearbox reduction unit oil specified by Ford should be inspected for correct level and condition. Underbody components, including suspension bushes, coil springs, and the protective under-shields, should be examined for transit damage, fluid leaks from the high-voltage cooling circuit, or corrosion beginning on exposed metal surfaces. On a test drive, the buyer should listen for any suspension clonks over uneven surfaces, monitor for brake shudder or uneven pedal feel, confirm that regenerative braking operates smoothly, and verify that the high-voltage system engages without warning messages. Verification of the digital service history through the Ford online portal, confirmation of warranty commencement date, and a clear HPI check for any outstanding recalls or manufacturer campaigns should complete the evaluation.