2008 Toyota Hilux 2.5L Diesel · ND08 JZM

The vehicle remains roadworthy but the maintenance history shows a worsening trend regarding structural corrosion and mechanical wear. While the most recent test in November 2025 at 138,963 miles was a pass following an initial failure for lighting issues, the advisories reveal a significant escalation of surface rust. The presence of corrosion across all suspension mounting points, the arms, and the crossmember above the fuel tank indicates that the vehicle is entering a stage where structural degradation may eventually lead to test failures if not monitored closely. At 138,963 miles over 18 years, the Hilux has averaged approximately 7,700 miles per year, which is consistent with a typical utility vehicle of this age. The data shows steady usage, with roughly 2,500 miles covered between October 2024 and November 2025, and another 3,600 miles in the year prior. This consistent mileage suggests the vehicle has not sat stationary for long periods, which often contributes to the aging rubber components and the corrosion noted on the chassis. A prospective buyer must conduct a thorough physical inspection of the structural areas, specifically the crossmember and towbar mounting points. The 2025 record flagged corrosion on the rear vehicle structure; while not yet reducing rigidity, the recurring mentions of rust in various mounting areas suggest an active process. The nearside front upper suspension arm ball joint has been noted for play in both 2022 and 2025, indicating that suspension components are reaching the end of their service life. Attention is also required for the damping system and drivetrain. The tester identified a leaking nearside front shock absorber and a worn front prop shaft slide in 2025. Given that an oil leak has appeared in every MOT record since 2022, the source must be identified to ensure it does not progress into a more significant mechanical failure. The corroded fuel pipe and tank breather noted in 2025 should be checked for signs of thinning or perforation, as these represent a direct fire risk.