2009 Land Rover Discovery 3.0L Diesel · YG59 TVN

High mileage accumulation and a history of suspension and lubrication advisories define the mechanical profile of this Land Rover Discovery. While the vehicle has achieved clean passes in its most recent three inspections, including the latest test on 27 November 2025, the record shows a period of mechanical wear involving suspension components and oil seepage. The transition from multiple advisories in 2020 to a clean record in 2024 and 2025 suggests that previous component issues may have been addressed, though the underlying high-mileage nature of the vehicle remains the primary factor for inspection. The recorded mileage of 239,044 miles over 17 years represents an average annual usage of approximately 14,061 miles, which is high for a vehicle of this age. This consistent level of use indicates the vehicle has been driven regularly rather than sitting idle, which can prevent certain types of degradation but places significant cumulative stress on the drivetrain, chassis, and heavy-duty suspension systems. For a large four-wheel-drive vehicle, this mileage level necessitates a close inspection of all major mechanical assemblies to ensure that high-frequency usage has not led to accelerated wear in the gearbox, transfer box, or differential units. Prospective buyers should pay particular attention to the suspension and steering geometry, given the 2020 advisories regarding worn suspension arm pins, bushes, and anti-roll bar linkage ball joints. Although these were not flagged in the most recent tests, the high mileage makes it essential to check for any signs of play or irregular movement. During a test drive, listen for knocking or clunking sounds when traversing uneven surfaces or speed bumps, and pay attention to any wandering or pulling in the steering, which could indicate that the bushes or linkages are beginning to degrade again. The 2020 and 2021 advisories regarding oil leaks, described as not excessive at the time, warrant a thorough visual inspection of the engine bay and underside. Look for fresh oil misting or active drips around the sump, rocker covers, or turbocharger connections. Any sign of active weeping should be investigated to determine if the leak is a minor seal issue or a more significant fault. Additionally, ensure that the wheel fixings and lighting, which caused a failure in December 2022, are currently secure and fully operational to confirm that all previous defects have been rectified.