2016 Land Rover Discovery 3.0L Diesel · LD66 AAU

The vehicle presents a stable maintenance profile based on the most recent MOT data, with the most recent recorded test in October 2021 showing a pass with no defects. While the record shows two failed tests in 2020 and 2021, these were resolved successfully, suggesting that identified issues were addressed prior to the subsequent passing tests. The lack of recurring advisories for structural corrosion or mechanical degradation in the final entries indicates a consistent level of upkeep during the latter stages of the recorded history. The mileage accumulation shows a significant increase of approximately 27,000 miles between the September 2019 test at 89,408 miles and the October 2021 test at 120,002 miles. This equates to roughly 13,500 miles per year, which aligns with the expected usage for a vehicle of this age and type. This consistent usage pattern suggests the vehicle has been driven regularly rather than sitting idle for long periods, which is generally positive for preventing seal drying and fluid degradation. Given the high mileage of 120,002 miles, a physical inspection should focus on heavy-wear components typical of a Land Rover Discovery. You should specifically examine the suspension system for worn bushes, leaking dampers, or damaged coil springs, as high-mileage SUVs often show signs of fatigue in these areas. The chassis and subframes should also be checked for surface rust or structural corrosion, particularly around the rear suspension mounting points. The brake system requires a thorough check for uneven wear on the discs or binding calipers, which can sometimes cause failures during MOT testing. Since the vehicle has covered significant distance, inspecting the condition of the drivetrain, specifically the differential seals and gearbox, is advisable to ensure no leaks have developed. Checking the service history for recent oil changes and cooling system maintenance will provide further clarity on whether the high mileage has been managed with appropriate mechanical care.