2002 Land Rover Defender 2.5L Diesel · WK02 HFF

The vehicle is currently roadworthy, though the maintenance history indicates a trend of recurring mechanical and structural degradation. The most recent test in November 2025 at 201,084 miles resulted in a pass following an initial failure for non-functional rear stop and position lamps. This suggests the owner is reactive in addressing immediate electrical and safety failures, but the underlying records reveal persistent issues with the drivetrain and chassis components that have not been fully rectified. At 201,084 miles, the vehicle has averaged approximately 8,380 miles per year over its 24-year lifespan, which is consistent with a used utility vehicle. The mileage accumulation remains steady between tests, with roughly 1,150 miles covered between November 2024 and 2025, and 3,800 miles prior. This consistent usage suggests the vehicle sees regular use rather than long periods of standing, which explains the gradual wear observed on heavy-duty components typical of the Defender chassis. A prospective buyer must conduct a thorough physical inspection of the rear suspension and structural integrity. The record repeatedly flags worn offside rear suspension arm bushes and shock absorber upper bushes across the 2022, 2023, and 2024 tests. These recurring faults indicate a failure to replace perished rubber components, which can lead to unpredictable handling and noise. Furthermore, the noted corrosion on the rear tailgate hinge mounting in 2024 requires a close look to ensure structural rust has not compromised the bodywork mounting points. The drivetrain also warrants attention due to persistent oil leaks and a steering box leak recorded in late 2024. While the tester de-listed these leaks as not excessive at the time, a leaking steering box on these vehicles often precedes more costly failures if ignored. The buyer should also verify the state of the emissions, as the vehicle only marginally met the limit in 2022, suggesting the engine is nearing the end of its optimal efficiency.