2000 Land Rover Defender 2.5L Diesel · V147 EJT

The vehicle is currently roadworthy but the maintenance history reveals a trend of structural degradation and deferred component replacement. The most recent test in August 2025 at 133,257 miles passed, yet the tester identified heavy corrosion on the offside front floor. This represents a significant structural concern that was not present in previous years. While the vehicle has passed its last two tests, the persistence of minor issues such as seat belt webbing damage and deteriorating registration plates suggests a reactive approach to maintenance rather than a preventative one. At 133,257 miles, this 26-year-old Defender has covered an average of approximately 5,125 miles per year. This low usage is consistent with the age issues noted in the 2023 records. Between September 2023 and September 2024, the vehicle covered only 1,270 miles. Such low mileage, combined with reports of cracking and perishing on tyres and damp steering swivel housings, often indicates a vehicle that sits for long periods, allowing rubber components to dry out. A buyer must conduct a thorough physical inspection of the chassis and bodywork, specifically focusing on the offside front floor where heavy corrosion was flagged. The 2023 record showed widespread corrosion across all four coil springs and pitted brake discs, suggesting the entire suspension and braking system is prone to environmental damage. The recurring reports of damp steering swivel housings and deteriorated steering damper bushes indicate seal failures in the steering assembly that should be checked for the degree of internal bearing wear. Furthermore, the offside front seat belt requires replacement as the damage has progressed from slightly damaged in 2024 to multiple little areas of damage by 2025. The history of perishing tyres and sidewall cuts suggests that current rubber components may be age-related despite having sufficient tread. The vehicle shows signs typical of a high-age Defender where structural rust requires close monitoring to prevent total failure.