2026 Land Rover Range Rover Edition Phev Auto Hybrid electric (clean) · GP75 DFF

As of the assessment date in September 2026, there is no official DVSA MOT history available for this 2026 Land Rover Range Rover Edition PHEV. Given that the vehicle was first registered within the same calendar year, it is not yet eligible for its first MOT test, which under current DVSA regulations would fall due no earlier than three years from the date of first registration. Consequently, there are no recorded test outcomes, advisory notices, or failure items to evaluate, and it is not possible to determine any maintenance trajectory, recurring defect patterns, or compliance history from the MOT database at this stage. The absence of MOT data should not be interpreted as a negative indicator; it is purely a function of the vehicle's newness to the road. The recorded mileage is listed as unknown, and there is insufficient data to establish a meaningful annual usage rate or to compare the vehicle's mileage against its age or typical sector averages. For a luxury plug-in hybrid of this type, which carries significant battery and electronic systems, annual mileage can vary dramatically depending on whether the owner uses it primarily for short urban trips, longer commutes, or mixed motorway and rural driving. Because the hybrid powertrain relies on regular battery cycling to maintain battery health and cell balance, extended periods of standing followed by infrequent short journeys can sometimes be more detrimental than consistent higher mileage, particularly if the high-voltage battery is never allowed to fully charge and discharge on a routine basis. Given the absence of MOT history, a prospective buyer should place strong emphasis on the vehicle's main dealer or specialist service history, as the Range Rover Edition PHEV features a complex powertrain that requires manufacturer-specific diagnostic equipment to assess properly. Verify that the service book or online service record contains stamps or digital entries at the correct intervals, typically every twelve months or ten thousand miles, and confirm that any required software updates for the infotainment, transmission control unit, and battery management system have been carried out. Inspect the high-voltage charging cable and port for signs of damage or corrosion, and ensure the vehicle charges correctly on both AC and DC supply where applicable. A test drive should include a full warm-up cycle, paying close attention to any warning messages on the driver display, unusual vibrations from the regenerative braking system, or hesitation during the transition between electric and combustion propulsion. Physical inspection points should include a close examination of the tyres for any signs of uneven wear, as the additional weight of the plug-in hybrid battery can accelerate shoulder wear, particularly on the rear axle. Check the alloy wheels for kerbing damage and inspect the brake discs and pads, as the heavy kerb weight combined with frequent regenerative braking can lead to disc corrosion if the vehicle has spent extended periods standing, especially in coastal or winter road conditions. Examine the underside of the vehicle using a ramp or lift where possible, looking for any signs of fluid leakage from the engine, transmission, or differential, and inspect the suspension components and air springs if fitted, as these are known wear items on the Range Rover platform. Finally, assess the condition of the bodywork and wheel arch liners for stone chip damage or corrosion, test all electrical systems including the deployable side steps, panoramic roof operation, and seat adjustment functions, and confirm that the twelve-volt auxiliary battery and the high-voltage traction battery are both in good health through the diagnostic menu before committing to purchase.