2012 Toyota Hilux 3.0L Diesel · SB62 ODW

This fourteen-year-old utility vehicle exhibits a mixed mechanical preservation record punctuated by significant structural and running gear interventions, culminating in a pass on 2026-06-22 after initially failing for an incorrectly aimed headlamp. While the historical file contains multiple clean test outcomes from 2021 through 2024, it also features a dangerous failure in June 2024 involving a severely compromised offside front wheel bearing, alongside fresh advisories on the most recent certificate pointing to corrosion on the offside front brake pipe and structural chassis degradation near the front-most truck bed mounting. Accumulating a total of 112,048 miles translates to an average of roughly 8,000 miles per year, representing typical annual usage for a heavy-duty commercial vehicle of this classification. The testing cadence reveals a notable operational gap between January 2021 and June 2023, followed by annual summer testing intervals. This consistent yearly testing pattern over the last three years indicates regular active service, meaning high-stress components such as suspension joints, four-wheel-drive systems, and chassis members have been subject to ongoing operational loading. When conducting a physical inspection and test drive, immediate attention must be paid to the areas highlighted in the recent MOT advisories. Inspect the offside front brake pipe closely for pitting beneath any protective grease or surface contamination, and check the offside rear chassis rail where it meets the front truck bed mount for active scaling or structural thinning. During the test drive, listen carefully for any humming, rumbling, or grinding from the front wheel assemblies—revisiting the severe bearing failure recorded in 2024—and test the footbrake for any spongy pedal feel or pull to one side caused by degraded hydraulic lines. Further scrutiny should be applied to the interior safety equipment and overall structural integrity, starting with the nearside front seatbelt webbing, which was previously noted as slightly damaged or frayed and warrants checking for smooth retraction and secure latching. Because this chassis underpins a utility vehicle frequently subjected to heavy payloads and adverse weather, a thorough ramp inspection is essential to probe the entire frame for hidden corrosion, verify the condition of all under-trays and protective covers, and confirm that previous repairs or structural weathering have not compromised the load-bearing capacity of the chassis.