2002 Land Rover Range Rover 2.9L Diesel · FN52 XLP

The most recent MOT inspection from October 2024 resulted in a failure, highlighting several significant mechanical and structural concerns that suggest a worsening maintenance trend rather than a stable one. While the vehicle passed in 2023, the subsequent failure for a major exhaust gas leak and a non-functional passenger door indicates that critical components are reaching the end of their service life or are being neglected. The presence of multiple minor lighting defects alongside a major exhaust failure suggests that the vehicle is currently in a state of disrepair that requires immediate attention to meet legal roadworthiness standards. With a recorded mileage of 231,213 miles over approximately 24 years, this Range Rover has averaged roughly 9,634 miles per year. This level of usage is considered typical for a vehicle of this age and suggests it has been driven regularly rather than left to deteriorate through long periods of standing. However, this consistent mileage accumulation means that high-wear components such as the suspension, drivetrain, and braking systems have been subjected to significant mechanical stress over two decades. Prospective buyers should be aware that at this mileage, even if the annual usage is moderate, the cumulative wear on bushings, seals, and bearings is substantial. A primary area of concern is the recurring history of corrosion and braking system degradation. Previous advisories and failures regarding corroded brake pipes and deteriorated brake hoses, including a dangerous failure for a leaking rear brake pipe, indicate a pattern of hydraulic system decay. During a test drive, you must listen for any sponginess in the brake pedal, which could indicate air in the system or further leaks, and check for any pulling to one side or uneven braking force. Furthermore, the advisory regarding play in the nearside front anti-roll bar linkage suggests impending suspension wear. You should listen for rhythmic clunking or knocking noises when driving over uneven surfaces or speed bumps, which would confirm that the suspension bushes or linkage components require replacement. Structural integrity is another critical factor to evaluate, given the history of excessive corrosion on the nearside and offside rear suspension component mountings. Although the 2020 failure for structural corrosion was addressed to achieve a pass, you must conduct a thorough visual inspection of the sills, inner wheel arches, and suspension mounting points for any signs of new or spreading oxidation. The recent major failure for an exhaust leak also necessitates a careful inspection of the entire exhaust system for heavy scaling or holes, which can cause excessive noise and vibration. Given the age and mileage, ensure you verify the service history for evidence of regular fluid changes and check for any signs of oil or coolant leaks around the engine and transmission, as these are common on high-mileage Land Rover engines.