2012 Toyota Hilux 2.5L Diesel · YR62 ENP

Persistent corrosion and braking system instability define the mechanical history of this Toyota Hilux, which transitioned from a period of clean test results into a cycle of structural and component-specific interventions. While the vehicle successfully passed its most recent MOT on 7 October 2025, this followed a significant failure the previous day involving major defects to the rear brake pipes and a failure to meet service and parking brake efficiency requirements. The progression from advisory warnings regarding brake pipe condition and outer sill corrosion in 2023 and 2024 to the major failures recorded in 2025 indicates a pattern of component degradation that necessitates close scrutiny of the vehicle's underside. Accumulating 135,352 miles over fourteen years results in an average of approximately 9,668 miles per annum, a figure consistent with standard utility usage for this model. The testing history shows consistent annual inspection intervals without significant gaps, suggesting the vehicle has remained in regular service throughout its life. However, this level of usage, combined with the recurring mention of structural corrosion in proximity to seat belt anchorages and chassis mountings, suggests that the vehicle has likely been subjected to environments or working conditions that accelerate the oxidation of metal components. Prospective buyers should prioritise a thorough physical inspection of the chassis, specifically focusing on the areas previously flagged for corrosion near the mounting points and the outer sills. During a test drive, pay close attention to the braking performance; any signs of pedal sponginess, pulling to one side under heavy braking, or a lack of bite from the parking brake could suggest that the recent repairs were insufficient or that the underlying hydraulic system requires further attention. Listen for any metallic grinding or scraping sounds from the wheels, which may indicate that the binding issues noted in 2023 have resurfaced or that the replacement components are not seating correctly. Beyond the braking and structural concerns, the history of seat belt anchorage corrosion requires a tactile inspection of the interior mounting points where possible. Ensure that all seat belts retract smoothly and lock firmly when pulled sharply, as the previous advisories regarding damage and anchorage corrosion suggest these safety systems have been under stress. Given the history of brake imbalance and binding, confirm that the vehicle tracks straight on a level road surface and that there is no vibration through the steering wheel at motorway speeds, which could indicate secondary issues with the wheel bearings or suspension geometry that may have been overlooked during previous repairs.