1996 TOYOTA HILUX3.0L DIESEL

The vehicle remains roadworthy but the maintenance history shows a worsening trend regarding structural integrity and fluid seals. The most recent test in February 2026 at 236,698 miles identified chassis corrosion within 30cm of a mounting. While the vehicle passed, this represents a progression from the general chassis and suspension corrosion noted in 2025. The presence of an oil leak in the latest inspection further indicates that engine seals are beginning to show fatigue consistent with the age and mileage. At 236,698 miles, the Hilux has averaged approximately 7,900 miles per year, which is consistent with a working commercial vehicle of this age. The usage pattern is steady, with roughly 3,000 to 4,000 miles accumulated between each annual test over the last four-year period. This consistent mileage suggests the vehicle is used regularly rather than left sitting for long periods, though the high cumulative mileage places significant stress on rubber components and metalwork, which is evident in the recurring mechanical advisories for suspension and brakes. A buyer must conduct a thorough physical inspection of the chassis and underside to assess the depth of the corrosion flagged near the mounting points. The record shows a history of degradation in fluid lines, specifically the corroded fuel pipes and brake hoses identified in early 2025. These components require close monitoring for cracking or thinning to prevent failure. Additionally, the suspension has shown multiple issues including worn anti-roll bar bushes, shock bushes, and corroded coil springs, suggesting the entire assembly is nearing the end of service life. The seat belts represent a persistent safety concern, with frayed webbing noted in every test since at least 2022. While these have not caused a failure yet, the recurring nature indicates the material is breaking down. Given the 2025 report of thin front brake pads and worn-edge tyres, the buyer should verify the current state of the braking system and rubber to ensure no immediate maintenance is required beyond the last recorded test.