2016 Land Rover Discovery 3.0L Diesel · OW55 ACE

The vehicle most recently passed its MOT in December 2025, though this followed a failure on the same date. The overall maintenance trend shows a vehicle that has been consistently tested, but with a notable progression of drivetrain wear. Specifically, a central prop shaft bearing advisory in January 2025 evolved into a major failure of the rear prop shaft bearing by December 2025. While the repair has been completed to achieve a pass, this sequence indicates that drivetrain components are reaching a stage of wear that requires active monitoring. With a recorded mileage of 60,519 miles over approximately ten years, the vehicle has averaged roughly 6,052 miles per year. This is considered a typical usage profile for a vehicle of this class and age. This level of mileage suggests that while the engine and transmission have not been excessively stressed, the vehicle has seen enough regular use to avoid the common pitfalls of long-term standing, such as seized calipers or perished seals, though it remains subject to standard age-related degradation of rubber and plastic components. Prospective buyers should pay close attention to the braking system and suspension. The MOT history reveals a recurring theme of pitted and scored brake discs and inner drums dating back to 2021. This often indicates surface corrosion from exposure to road salt or moisture. During a test drive, feel for any brake shudder or pulsation through the pedal, which would suggest warped discs. Furthermore, a previous advisory regarding edge wear on the nearside front tyre points toward potential misalignment or worn suspension bushes. Inspect the tyre treads for uneven wear and listen for clunks or knocks from the front suspension when traversing uneven surfaces. A significant point of inspection is the underside of the vehicle, which has been noted as being covered in wax oil. While this is often applied to prevent corrosion, it can effectively mask existing structural rust or leaks from an inspector's view. A thorough physical inspection of the chassis and load-bearing members is essential to ensure the structural integrity is sound. Additionally, given the recent prop shaft bearing replacement, the buyer should listen for any unusual humming or vibrations under load to verify the quality of the repair. Finally, verify that the service history aligns with the mileage to ensure that calendar-based fluid changes have been performed regardless of the moderate annual distance covered.