2011 Land Rover Range Rover 4.4L Diesel · NG60 ATV

Persistent powertrain fluid seepage and recurring front suspension wear define the structural and mechanical history of this 2011 Land Rover Range Rover, which secured a pass on 2024-11-30 at 181,265 miles. Rather than showing a clean trajectory of roadworthiness, the DVSA testing record reveals a repeating pattern of engine oil leaks noted across multiple consecutive annual inspections from 2019 through 2024, alongside periodic major failures for worn ball joints, anti-roll bar linkages, and bush degradation. While the vehicle has successfully cleared its tests in recent years, the persistence of these advisory items indicates that underlying mechanical wear points require continuous monitoring rather than having been permanently resolved. With an odometer reading of 181,265 miles accumulated over roughly fifteen years, the vehicle has averaged approximately 12,084 miles annually, representing a high-mileage usage profile for this model. This heavy operational workload distributes significant cumulative stress across the heavy-duty drivetrain, braking systems, and complex air suspension architecture. Rather than indicating periods of prolonged static storage, the consistent yearly mileage accumulation means that high-stress components have operated under continuous loads, accelerating frictional wear across moving joints and rubber elastomers throughout the chassis. Prospective buyers must conduct a rigorous physical inspection targeting the exact components flagged in the history, specifically the offside front suspension arm ball joint and track rod end ball joint noted with slight play during the latest test. On a test drive, listen closely for knocks, clunks, or vague steering feedback when negotiating sharp turns, potholes, or uneven road surfaces, which would indicate advanced degradation in these steering and suspension linkages. Furthermore, inspect the engine bay and underside for the source of the persistent engine oil leak noted consistently in the records, and examine the offside rear tyre for the surface cut recorded during the most recent MOT. Additional scrutiny should be applied to the heavy braking system and air suspension components given previous historical interventions, which included dangerously weakened front brake discs and a leaking front suspension bellows in earlier testing cycles. Check the brake pedal feel for any sponginess or judder under deceleration, and verify that the air suspension compressor cycles correctly without uneven corner sagging after the vehicle is parked. Confirm the operational status of the offside front fog light, which was also recorded as inoperative during the latest test, to ensure all auxiliary electrical circuits function as intended.