1998 Land Rover Defender 2.5L Diesel · S282 APD

The latest MOT test in October 2025 resulted in a pass, although this followed a failure for a defective horn. The overall maintenance trend appears stable but reactive, with the vehicle generally meeting roadworthiness standards after prompt rectification of major defects. While the vehicle has a consistent history of passing, there is a recurring pattern of wear and tear related to the chassis and suspension, suggesting that while the vehicle is kept legal, it is subject to the typical degradation associated with its age and utility. With a recorded mileage of 171,592 miles over 28 years, the vehicle has averaged approximately 6,128 miles per year. This usage rate is typical for a Defender and suggests a life of regular use rather than prolonged periods of standing, which can often lead to seized calipers and perished seals. However, this level of mileage indicates significant cumulative wear on the drivetrain, engine internals, and suspension geometry, necessitating a closer look at the long-term health of the mechanical components. Prospective buyers should pay close attention to the suspension and steering systems, given the history of failures regarding anti-roll bar pins and Macpherson strut bushes. During a test drive, listen for knocks or clunks when traversing uneven ground and feel for any instability or play in the steering. More critically, the 2021 advisories regarding chassis corrosion near the rear mountings are a significant red flag. A comprehensive physical inspection of the chassis rails, cross-members, and bulkhead is mandatory to ensure that structural corrosion has not progressed beyond the initial advisories, as this can compromise the vehicle's overall integrity. Further inspection should focus on the recurring advisory for frayed offside front seat belt webbing, which represents a persistent safety concern that should be resolved. The 2024 record of an oil leak and perishing tyre sidewalls suggests that rubber components and seals are reaching the end of their functional life. Check for active fluid leaks under the engine and inspect all tyre sidewalls for cracking or ozone degradation. Finally, verify the service history to ensure that calendar-based maintenance, such as brake fluid changes and coolant flushes, has been performed to prevent internal corrosion and component failure.