2005 Land Rover Range Rover 2.9L Diesel · LU05 ANA

The vehicle presents a stable roadworthiness status with a clear trend of improvement following a period of recurring mechanical failures. The most recent test in March 2026 at 247,517 miles resulted in no defects recorded, indicating that previous issues with braking and suspension have been addressed. This follows several years of clean results from 2023 through 2025, suggesting the current maintenance regime is effectively maintaining road safety standards. The mileage accumulation is consistent with the vehicle's twenty-one year age, averaging approximately 11,800 miles per annum. The record shows steady usage with intervals of 13,000 to 15,000 miles between annual tests. While there is a notable gap in data between 2017 and 2019, the subsequent history confirms a consistent pattern of operation. However, the high absolute mileage of nearly 248,000 miles places significant stress on the heavy-duty components typical of the Range Rover chassis. A buyer must focus their physical inspection on the braking system and suspension geometry, as these areas showed persistent points of failure. Between 2020 and 2022, the tester repeatedly flagged corroded brake pipes, binding calipers, and worn offside front lower suspension arm bushes. While these were passed recently, the recurring nature of corrosion on the lines suggests the vehicle is susceptible to environmental or salt damage. A thorough check for fresh fluid leaks at the pipe unions and perished rubber in the remaining arm bushings is essential. The steering system also warrants scrutiny based on the historical 2013 report of play in the steering rack inner joints. Given the high mileage and age, the structural integrity of the chassis and subframe mounts should be verified to ensure no deep corrosion has progressed beyond the surface previously noted. Although the recent MOT records are clean, the high-frequency use noted means that components like the drivetrain and bushings are likely nearing the end of their functional life.