2012 Toyota Hilux 3.0L Diesel · YP62 VNM

The Hilux presents a mixed maintenance picture. The most recent test on 29 December 2025 at 108,972 miles passed cleanly with zero defects, which is a positive sign. However, this follows a pattern of recurring faults that were repaired just in time for each test rather than being permanently resolved. The January 2025 failure at 105,334 miles revealed leaking and excessively corroded brake pipes on both sides, along with a leaking hydraulic system. These were fixed before the retest five days later, but the underlying corrosion theme has persisted across multiple years. The maintenance trend is cyclical rather than consistently improving, with the vehicle appearing to receive targeted repairs ahead of each MOT rather than proactive, lasting work. The mileage accumulation is steady and unremarkable for a working commercial vehicle of this age. Between the January 2024 test at 94,011 miles and the January 2025 test at 105,334 miles, the vehicle covered roughly 11,300 miles in twelve months. The final jump to 108,972 miles by December 2025 adds only 3,638 miles over eleven months, suggesting reduced use in the latter period. There are no alarming gaps or sudden spikes in the record. The annual average of approximately 7,784 miles is consistent with light commercial or rural use rather than high-mileage fleet work. Buyers should focus their physical inspection on the rear brake pipe runs and hydraulic unions, particularly where rigid lines meet flexible hoses. The repeated corrosion and leakage advisories across the 2024 and 2025 tests indicate this area remains vulnerable, especially if the vehicle has been used on salted roads or in damp conditions. The rear shock absorbers also warrant close examination. Both nearside and offside units have shown external casing damage in three consecutive tests spanning 2024 and early 2025. While this did not cause failure, persistent casing damage can accelerate internal wear and compromise damping performance over time. Check for oil misting around the shock bodies and any signs of impact damage from debris. The exhaust centre section has also drawn attention, with a minor gas leak noted in January 2025. Although this did not appear in the December 2025 pass, a leaking centre joint on a diesel pickup of this age often points to thermal fatigue or a temporary repair. Inspect the full exhaust run for soot staining at flanges and joints, particularly around the catalytic converter and DPF housing if fitted. The repeated registration plate lamp advisories are minor but suggest basic electrical upkeep has been inconsistent. Overall, the vehicle appears functional and recently compliant, but the pattern of recurring corrosion and suspension wear points to a truck that has been worked hard and maintained reactively rather than preventatively.