2004 Toyota Land Cruiser 3.0L Diesel · MF04 EKC

The vehicle shows a history of significant structural and mechanical maintenance, though the most recent MOT passed in February 2024 at 154,267 miles with no defects recorded. This suggests a period of stability following a highly problematic period in early 2022. The maintenance trend appears to be improving after a period of worsening deterioration, specifically regarding the chassis and suspension components that were heavily flagged during the 2020 and 2022 testing cycles. The mileage accumulation is consistent with the vehicle's age, averaging approximately 7,000 miles per year. The record shows steady usage, with the gap between the 2022 and 2024 tests reflecting regular operation rather than long periods of inactivity. While the current mileage of 154,267 is typical for a 22-year-old Land Cruiser, the history indicates that this mileage has been accompanied by significant wear on heavy-duty components. A prospective buyer must prioritise a thorough underside inspection to verify the integrity of the chassis and sills. The February 2022 test at 150,391 miles revealed multiple instances of corrosion and holes in the nearside and offside inner sills, as well as the nearside rear integral body structure. Although the 2024 test was clean, the recurring nature of corrosion on brake pipes, suspension arm mountings, and the chassis rail around the roll bar since 2015 suggests that the vehicle is highly susceptible to structural rot. Mechanical attention should also be directed toward the drivetrain and suspension. The record shows a history of worn prop shaft joints, noisy wheel bearings, and play in various ball joints and anti-roll bar linkages. While the 2022 offside front wheel bearing issue was noted, the buyer should check for any residual play in the steering and suspension geometry. Given the previous issues with binding brakes and corroded brake pipes, a physical inspection of the braking system and hydraulic lines is essential to ensure previous repairs remain effective.