2024 Land Rover R Rover Evoque DYN SE Mhev A Petrol · T2 ORG

As of September 2026, this 2024 Land Rover Range Rover Evoque D165 MHEV Dynamic SE in automatic transmission does not yet have any recorded DVSA MOT test history. Because the vehicle is currently only two years old, it would not normally require its first MOT test until three years after first registration, placing the initial test due date in 2027. The absence of MOT data therefore simply reflects its newness on the road rather than any lapse in testing, and no maintenance trend can be inferred from the official record at this stage. Regarding mileage, no odometer reading has been supplied, and there is insufficient longitudinal data to compare annual usage against the vehicle's age. In practical terms, a two year old Evoque could realistically have covered anywhere between a few thousand miles and the lower end of typical Land Rover mileage bands, possibly reflecting either low usage commuter patterns or moderate long distance use. Without prior MOT readings against the vehicle, it is not possible to identify any significant mileage gaps, confirm consistent annual accumulation, or detect potential odometer discrepancies, making it essential for the prospective buyer to verify the current odometer reading against the documented service history and V5C records. Given the absence of MOT data and the fact that this is still a relatively young vehicle, the buyer inspection should focus on age and time related deterioration rather than wear from high mileage. The tyres should be examined carefully for sidewall cracking, perishing or weather checking, as even lightly used tyres degrade with age, and the production date code on the sidewall should be checked to ensure they are not excessively old stock. The 12V battery in modern Land Rover vehicles can suffer from premature discharge due to the complex electrical architecture, including the mild hybrid system, so battery health and state of charge should be verified, ideally with a diagnostic tool capable of reading the battery management system. Any signs of standing corrosion on the brake discs, such as pronounced surface rust, or evidence of binding or seized calipers from infrequent use, should be inspected by rotating the wheels and checking for uneven pad wear. Further practical checks should include verification that the brake fluid, coolant and, if applicable, transmission and differential oils have been changed in line with Land Rover's time based service schedule rather than purely mileage based intervals, as low annual mileage does not prevent moisture absorption and degradation of these fluids. A thorough test drive should be conducted paying particular attention to the operation of the mild hybrid system, the smoothness of the automatic gearbox, the function of the air suspension or adaptive dynamics if fitted, and any warning messages on the instrument cluster. The service book should be examined for official Land Rover or specialist stamping to confirm that the manufacturer's recommended servicing has been completed, and a pre purchase inspection by a Land Rover specialist would be highly advisable to identify latent electrical faults, software update requirements, and any signs of off road use which could affect the underbody, suspension components and driveline.