2006 Toyota Land Cruiser 3.0L Diesel · FP56 DWX

The vehicle is currently roadworthy, but the maintenance trend indicates a shift toward reactive rather than preventative maintenance. While the most recent test in November 2025 at 218,519 miles passed, it revealed immediate advisories for both rear tyres being near the legal limit with outer edge wear. This follows a failure in December 2024 where multiple mechanical and electrical faults were identified, suggesting that components are often only addressed once they reach the point of inspection failure. At a recorded mileage of 218,519 miles over approximately 20 years, the Land Cruiser averages roughly 11,000 miles per annum, which is consistent with a heavy-duty utility vehicle of this age. The data shows steady usage, with approximately 6,000 miles covered between the December 2023 and December 2024 tests, and another 6,000 miles leading into the 2025 inspection. This consistentulation places significant stress on the drivetrain and braking systems, which is reflected in the deteriorating mechanical history. A physical inspection must focus heavily on the braking system and drivetrain-related rubber. The December 2024 failure highlighted corroded front brake pipes covered in grease, a common tactic used to hide structural decay or leaks; the buyer must verify the integrity of these lines and the rear cylinders. Additionally, the severely deteriorated offside front inner drive shaft CV boot noted in the same 2024 test requires a thorough check for grease leakage and potential damage to the joint itself. The 2023 failure regarding a binding rear service迫 and an inoperative parking brake suggests that the rear braking assembly may be prone to seizing. Given the outer edge wear noted on the rear tyres in 2025, the rear alignment and suspension bushes should be examined to ensure these components are not causing premature tyre failure. The buyer should also check for structural rust on the chassis, as the primary concern for vehicles of this age and mileage remains corrosion.