1999 Land Rover Range Rover 2.5L Diesel · V712 DEJ

The most recent DVSA MOT test for this 1999 Land Rover Range Rover, conducted on 13 November 2025, resulted in a failure, with a further failure recorded earlier that year on 18 July 2025. No specific defects have been documented against either of these tests, which suggests that the reasons for refusal were either rectified or carried over without formal defect categorisation in the available record. Prior to these two failures, the vehicle passed cleanly on 2 July 2024 and 7 September 2021, indicating that the maintenance trend has demonstrably worsened over the past eighteen months. A vehicle of this vintage failing two consecutive MOTs warrants careful scrutiny, even in the absence of listed advisories, as it implies either deferred maintenance, component deterioration following a period of standing, or rectification work that has yet to be fully validated. With a recorded mileage of 152,080 miles over approximately twenty-seven years, this Range Rover averages around 5,600 miles annually, which is notably low for a vehicle of its type and age. Such underutilisation often indicates extended periods of standing, whether due to owner circumstances, garage storage, or sporadic use. While low annual mileage typically preserves major drivetrain components such as the engine and transmission, it can be distinctly detrimental to items that suffer from disuse. Brake discs and calipers are prone to surface corrosion and seizure, rubber components including suspension bushes, gaiters, and weather seals can perish or crack, and the twelve-volt battery is susceptible to sulphation and premature failure if not regularly maintained. Coolant, brake fluid, and power steering fluid also degrade over time irrespective of mileage, and a calendar-based service history is therefore particularly important to verify. Given the sparse MOT history and the two recent failures, a prospective buyer should obtain the actual MOT refusal sheets directly from the testing station or via the DVSA database to identify the precise causes of the recent failures. A thorough physical inspection should begin with the bodywork and structural integrity, paying close attention to the Range Rover's well-known vulnerability to corrosion, particularly around the sills, wheel arches, tailgate, and chassis outriggers. The tyres should be examined for sidewall cracking, perishing, and age-related degradation, as tyres fitted for prolonged periods can harden and lose grip even if the tread depth appears acceptable. On a test drive, listen carefully for suspension clonks, knocking from worn bushes or anti-roll bar drop links, and any uneven or wandering behaviour that might indicate perished damping or steering component wear. Verify that all four wheels rotate freely when jacked and that the brake calipers are not binding, as standing corrosion commonly causes the pistons to seize. Finally, confirm the service history in detail, including evidence of regular oil and filter changes, timing belt replacement if applicable to the specific engine variant, and crucially the date of the most recent brake fluid and coolant changes, as these are time-sensitive rather than mileage-sensitive services on a low-use vehicle of this age. Inspect under the bonnet for signs of fluid leaks, perished hoses, and condition of the battery and its terminals. The exhaust system should be checked for corrosion, mounting integrity, and excessive smoke on start-up, particularly blue smoke which may indicate valve stem seal wear from intermittent use. Where possible, obtain a diagnostic read of any fault codes stored in the engine management system, and confirm that the vehicle has been actively driven and exercised between MOTs rather than left to deteriorate, as this will significantly influence the scope and cost of remedial works required to bring the car to a satisfactory roadworthy standard.