1997 Land Rover Defender 2.5L Diesel · P613 BFO

The vehicle currently holds a positive roadworthiness status, following a clean pass in September 2025 at 144,901 miles. The maintenance trend shows an improving trajectory, as the vehicle moved from a state of multiple failures to a result with no recorded defects. While previous tests highlighted significant mechanical neglect, the most recent inspection indicates that the owner has finally addressed the critical steering and braking issues identified in the preceding years. At 29 years old, the recorded mileage of 144,901 miles is remarkably low, averaging approximately 5,000 miles per year. The data shows periods of infrequent use, with only 1,602 miles covered between January 2023 and February 2024, and another 1,643 miles between February 2024 and September 2025. This low usage suggests the vehicle has not been subjected to heavy drivetrain stress, but it often correlates with accelerated aging of rubber components and fluid degradation during long stationary periods. A buyer must focus their physical inspection on the steering and braking assemblies, as these areas showed recurring failures in the history. The 2023 and 2024 failures revealed excessive play in the steering linkage ball joints and a worn offside front wheel bearing. While these were reportedly repaired, the buyer should verify there is no remaining play in the steering rack or linkage. The 2023 test also flagged sub-standard efficiency in both service and parking brakes, along with an imbalance across the rear axle. Given the age and low mileage of this Defender, a thorough check of the chassis for structural integrity is essential. The MOT record does not detail structural corrosion, but Land Rovers of this era are prone to hidden rust that standard tests may intermittently miss. Inspect the suspension bushes, coil spring mounts, and floor pans specifically to ensure that the low mileage has not masked deep-seated decay. The transition from multiple failures to a clean pass suggests the vehicle is currently maintained, but the history of brake efficiency issues indicates a need for continued monitoring of the hydraulic system.