2015 Toyota Hilux 3.0L Diesel · GD64 AYJ

The vehicle is currently roadworthy, though the maintenance trend indicates a reactive approach to repairs rather than preventative care. The most recent test in June 2025 at 174,169 miles passed, but the tester identified both front tyres as near the legal limit and showing uneven wear. This suggests a failure to monitor basic consumable items prior to inspection. While the vehicle has passed its latest tests, the history shows a pattern of minor component failures that are addressed only after a defect occurs. At 174,169 miles over 11 years, this Hilux has averaged approximately 15,800 miles per year, which is significantly above the national average for its age. The data shows consistent heavy use between March 2024 and June 2025, where the vehicle covered 7,452 miles in just thirteen months. This high rate of accumulation places considerable strain on the drivetrain, suspension, and braking systems. There are no significant gaps in the testing schedule, suggesting the vehicle has been used regularly for commercial or utility purposes. A buyer must pay close attention to the recorded structural integrity of the chassis. The June 2024 test flagged surface corrosion on both the nearside and offside rear vehicle structures. While the tester noted that rigidity was not reduced at that time, high-mileage work vehicles often experience rapid progression of surface rust into structural-related thinning. Additionally, the 2023 failure due to a split offside front constant velocity boot indicates that rubber drivetrain components should be thoroughly inspected for tearing or grease leakage, which could lead to expensive drive joint failure. The uneven tyre wear noted in the June 2025 record further points toward potential alignment issues or worn suspension bushes. Given the high mileage, a physical inspection of the coil springs, shock absorbers, and steering linkage is essential to identify excessive play. The previous issue with trailer wiring insulation in 2024 also warrants a check of the electrical harness for further brittle degradation to prevent shorts or intermittent lighting failures in the future.