2004 Land Rover Defender 2.5L Diesel · K77 DBW

The most recent MOT, carried out on 12 June 2025 at 140 964 miles, resulted in a failure. The tester flagged a comprehensive list of defects: non‑functional rear direction indicators and position lamps, inoperative stop lamps, a faulty registration plate lamp, weakened rear seat‑belt anchorages, a rear passenger seat backrest that will not stay upright, a central front seat belt that does not retract, frayed seat‑belt webbing, excessive corrosion on the front brake master cylinder/servo mounting and on body panels, an oil leak from the transmission, thin rear brake pads, steering box free play, multiple wheel bearings with excessive play, worn suspension arm bushes, a leaking swivel joint, an insecure battery and various chassis corrosion. The vehicle is not roadworthy in its present state. The maintenance trend shows a clear deterioration: after a series of passes in 2022‑2023, failures have become more frequent and the range of defects has expanded, indicating a worsening condition rather than improvement. Mileage accumulation has been steady throughout the vehicle’s life. At 22 years old the Defender records roughly 6 400 miles per year, a typical rate for its age. MOT entries are spaced about 10‑14 months apart; the latest test is only 13 months before today (07 August 2026). The mileage jumps are consistent – for example, from 130 961 mi in April 2023 to 140 964 mi in June 2025 – suggesting regular use rather than long periods of inactivity. There are no significant gaps in the record that would obscure usage patterns. A buyer should inspect the vehicle in person for the recurring fault groups highlighted in the history. Verify that all rear and front lighting circuits operate, that seat‑belt anchorages and webbing are intact and retract correctly, and that the rear seat‑back latch secures the seat upright. Check the front brake master cylinder mounting for corrosion, examine rear brake pads for thin wear, and test steering for excessive free play. Inspect suspension arm bushes, shock‑absorber bushes and mounting points for wear or corrosion, and confirm that wheel bearings on all four corners show no excessive play. Ensure the battery is securely mounted and free from damage, and look for oil leaks at the engine and transmission seals. Finally, assess the chassis and body for corrosion that could affect structural rigidity. Addressing these items will be essential before the vehicle can be returned to safe operation. The inspection report indicates that a substantial programme of repairs is required: replacement of lighting components, seat‑belt system refurbishment, corrosion treatment or replacement of affected chassis and brake mounting areas, renewal of worn brake pads and suspension bushes, and resolution of the wheel‑bearing and steering‑box issues. Only after these works are completed can the Defender be considered a viable candidate for further use.