2001 Land Rover Discovery 2.5L Diesel · RF51 ARS

The vehicle presents a mixed maintenance profile with a recent trend toward resolving significant mechanical issues. The most recent test on 7 May 2025 at 161,256 miles resulted in a pass with no defects, following a failure just one day prior. That failure at 161,255 miles identified a modified steering arm and a deteriorated rear drive shaft flexible coupling. The ability to clear these faults within 24 hours suggests reactive maintenance was performed to meet compliance, though the history shows a long-standing pattern of addressing component wear only when it reaches a failure threshold. The mileage accumulation is consistent with a vehicle of this age, averaging approximately 6,450 miles per year. The record shows steady usage, with a notable increase in mileage between the March 2020 test at 120,373 miles and the March 2021 test at 133,900 miles. There are no significant gaps in testing that would suggest long periods of inactivity, which is positive for preventing seal drying and fluid degradation, although the vehicle has clearly been subject to the typical environmental stressors of a 25-year-old chassis. A prospective buyer must prioritise a thorough inspection of the vehicle's structural integrity and suspension components. The MOT history shows persistent corrosion issues dating back to at least 2016, with the 2024 test at 161,038 miles specifically flagging corroded rear vehicle structure. While the tester noted structural rigidity was not significantly reduced, the recurring mentions of chassis and brake pipe corrosion since 2016 indicate an ongoing battle with oxidation. The steering and suspension systems have also been a frequent source of failure, particularly regarding track rod ends, ball joints, and anti-roll bar linkages, which have appeared in various forms across multiple years. Mechanical attention should also be directed toward potential fluid leaks and drivetrain components. The record shows intermittent oil and fluid leaks between 2017 and 2022, and the recent failure of the rear drive shaft flexible coupling in May 2025 suggests that rubber drivetrain components may be nearing the end of their service life. Checking the condition of the brake pipes and the current state of the chassis, particularly around the towbar mounting and rear structure, is essential to ensure the corrosion has not progressed beyond the levels noted in previous inspections.