2024 Land Rover Range Rover Evoque S Phev Auto 1.5L Hybrid electric · LS24 EXM

At the time of this assessment, there is no recorded DVSA MOT history available for this 2024 Land Rover Range Rover Evoque S PHEV. As a vehicle first registered in 2024, it would not be required to undertake its first MOT test until it reaches three years of age, which means the absence of test data is entirely expected rather than a cause for concern. Because no prior inspection outcomes, advisories, or failure points are on file, it is not possible to evaluate any trend in mechanical condition or maintenance trajectory. A prospective buyer must therefore rely entirely on the present physical condition of the vehicle, the completeness of its Land Rover main dealer or specialist service history, and a pre-purchase inspection by a qualified technician rather than any historical MOT data. Regarding mileage, the recorded figure is described as unknown, and there is insufficient data to establish an annual usage rate against the vehicle's two-year age. For a PHEV of this type, typical annual mileage can vary considerably depending on whether the owner primarily uses the vehicle for short urban journeys on electric power or for longer mixed driving. Buyers should clarify the actual odometer reading directly with the seller, verify it against the service book entries, and ensure that the indicated mileage is consistent with the condition of the driver controls, pedals, steering wheel, and seating surfaces. Any unexplained discrepancy between the recorded mileage and the wear patterns observed during inspection should be treated as a serious red flag requiring further investigation. Because this is a relatively new vehicle with no MOT history, the inspection priorities shift towards age- and calendar-related deterioration rather than wear from high mileage. Even on a low-mileage or sparingly used vehicle, components such as tyres can suffer from sidewall perishing and cracking due to age rather than tread wear, particularly if the vehicle has been stored outdoors. The 12-volt auxiliary battery, which is separate from the high-voltage traction battery in a PHEV, can degrade through standing use and repeated short trips that prevent full charging, so its state of health should be tested. Coolant, brake fluid, and transmission fluid are all subject to time-based degradation regardless of mileage, and the service book should be examined to confirm these have been replaced at manufacturer-specified intervals. The high-voltage battery pack and its associated cooling system should also be inspected for diagnostic fault codes using a Land Rover-approved scan tool. On a physical inspection and test drive, particular attention should be paid to the PHEV-specific elements such as the charging port, cables, and indicator sequence, as well as the seamless transition between electric and hybrid propulsion. Any warning messages on the infotainment or driver display relating to the hybrid system, emissions, or brake regeneration should be noted and interrogated through a full diagnostic read. The brake discs, being potentially underworked in predominantly battery-electric driving, can suffer from surface corrosion and binding calipers from standing, so the braking feel should be tested for shudder, pulling, or uneven response. Suspension bushes, coil springs, and the exhaust system should be visually inspected for any corrosion, and a thorough underbody examination is advisable given Land Rover's known susceptibility to underfloor and structural surface oxidation. Finally, confirming the remaining Land Rover manufacturer warranty, roadside assistance cover, and the service history stamps will be essential to validating the vehicle's ongoing mechanical integrity.