2024 Land Rover Range Rover Autobio Mhev Auto 4.4L Petrol · AF74 YUT

As this vehicle was first registered in 2024, it has not yet reached the three year threshold for its initial DVSA MOT test. Consequently, there is no official test history available to evaluate. While the absence of failure points is expected for a vehicle of this vintage, it means the buyer cannot rely on independent government records to verify the mechanical integrity or structural condition of the chassis and running gear. The recorded mileage is currently unknown, preventing a definitive analysis of the annual usage rate. For a premium vehicle of this specification, it is critical to cross reference the current odometer reading with the official Land Rover digital service history. Rapid mileage accumulation on a mild hybrid powertrain can accelerate wear on specific components, whereas excessively low usage can lead to secondary issues such as seal shrinkage or stagnant fluids. Given the lack of MOT data, a physical inspection must focus on time based degradation and potential standing issues. You should closely examine the tyre sidewalls for signs of perishing or ozone cracking, which occurs if the vehicle has been stored statically for extended periods. Inspect the brake discs for surface corrosion or pitting, and during the test drive, listen for any binding calipers or shuddering under braking, which often indicates a lack of regular use. The 12V auxiliary battery and the mild hybrid system should be checked for health, as these high electronic load vehicles are sensitive to voltage drops. Ensure that the service interval has been adhered to based on the calendar year, regardless of the mileage covered, to prevent oil degradation and coolant acidification. Pay particular attention to the operation of the air suspension system, ensuring there are no audible leaks or uneven ride heights after the vehicle has been parked. Finally, verify that all manufacturer software updates have been applied to the infotainment and powertrain management systems to ensure optimal efficiency and reliability of the MHEV architecture.