2016 Toyota Hilux 2.4L Diesel · SO66 KHT

A remarkably consistent testing record defines this 2016 Toyota Hilux, which has traversed its annual inspections with virtually no recorded structural or mechanical defects noted over successive years. While the vehicle recorded an initial failure on 18 September 2025, it swiftly secured a clean pass eleven days later on 29 September 2025 at 92,850 miles. Across the recorded history from 2022 onwards, the overall trajectory remains exceptionally stable, showing an absence of chronic structural corrosion, suspension degradation, or braking advisories flagged during official testing. This record demonstrates that the vehicle has consistently satisfied statutory UK roadworthiness requirements without accumulating a backlog of unresolved advisory items. Accumulating 92,850 miles over roughly ten years yields an average annual usage of approximately 9,285 miles, representing a balanced operating profile for a commercial pickup. The testing history shows steady, uninterrupted mileage accumulation without prolonged periods of storage or erratic spikes. Mechanically, this consistent usage pattern means mechanical assemblies such as the engine, transmission, transfer box, and differentials have experienced regular thermal cycling and fluid circulation rather than standing idle. However, approaching 100,000 miles on a utility vehicle inherently entails cumulative mechanical wear on heavy-duty drivetrain and running gear components that must be thoroughly assessed beyond basic testing compliance. When inspecting this Hilux, prospective buyers should focus on structural and mechanical areas typical of utility vehicles, as standard roadworthiness testing covers basic safety requirements rather than deep component wear or off-road stress. A comprehensive inspection should center on the underbody, specifically checking the ladder-frame chassis rails, rear crossmembers, suspension mounting brackets, and fuel tank straps for severe rust or off-road impact damage. Inspect the rear leaf spring assemblies for cracked or displaced leaves, deteriorated shackle bushes, and leaking dampers, while checking the front double-wishbone suspension arms, ball joints, and steering rack gaiters for play or splits. On the test drive, pay close attention to the operation of the four-wheel-drive system and braking setup. Select high- and low-range four-wheel-drive modes to confirm smooth engagement without binding, whining, or driveline clunking from.