1990 Land Rover Range Rover 3.9L Petrol · G99 MUB

Persistent structural and mechanical wear defines the history of this Range Rover, which has accumulated a recurring list of defects relating to corrosion, steering play, and drivetrain tolerances. While the vehicle successfully passed its most recent MOT on 9 September 2024, the presence of multiple advisories regarding underbody corrosion, steering linkage play, and an oil leak indicates that the vehicle requires ongoing vigilance. The historical data shows a pattern of intermittent failures, particularly concerning wheel bearings, exhaust integrity, and structural corrosion in the sill areas, suggesting that the vehicle has struggled to maintain a clean roadworthiness status over the last decade of testing. With a recorded mileage of 117,854 miles over approximately 36 years, the vehicle averages roughly 3,274 miles per annum, a figure that reflects infrequent use. This low annual accumulation often masks the effects of age-related degradation, as components such as rubber bushes, brake lines, and seals can deteriorate through inactivity and environmental exposure rather than high-mileage wear. The gaps in the testing history suggest periods where the vehicle may have been stationary for extended durations, which can lead to the specific issues noted in the records, such as the persistent corrosion of steel brake pipes and the perishing of tyre sidewalls. Prospective buyers should prioritise a thorough inspection of the underbody, focusing on the structural integrity of the chassis and sills, as the recent advisory regarding undersealed corrosion requires careful verification to ensure the metal has not thinned significantly beneath the protective coating. During a test drive, pay close attention to the steering response; the recorded free play in the steering rack and linkage ball joints will likely manifest as a vague or wandering feeling at the steering wheel, particularly at higher speeds or when navigating uneven surfaces. Any knocking or clunking sounds from underneath the vehicle should be investigated, as these are common indicators of the worn universal joints and suspension components that have appeared repeatedly in the MOT history. Braking performance must also be scrutinised, given the long-standing advisories regarding corroded steel brake pipes. While the current test does not cite these as a failure, the age of the system warrants a physical check for surface flaking or dampness around the unions, which could signal an imminent loss of pressure. Furthermore, listen for any grinding or rhythmic noise from the wheel hubs, as the vehicle has a documented history of excessive play in the bearings. Any vibration felt through the steering column or floor pan during acceleration or deceleration should be treated as a sign that the drivetrain, specifically the prop shaft universal joints, may require immediate remedial work.