2007 Toyota Hilux 2.5L Diesel · LM07 RTX

Structural integrity and widespread corrosion represent the primary mechanical risks for this vehicle, following a recent pass on 11 November 2025 that was heavily qualified by multiple advisories. While the vehicle passed its most recent test, the history shows a concerning trend regarding chassis and component degradation, specifically with a major failure in January 2025 due to excessive corrosion on the rear vehicle structure or chassis near a body mounting. This follows a previous failure in January 2024 involving an excessively corroded rear brake pipe and an exhaust leak. The presence of surface rust under the body, alongside corrosion on both front coil springs, both front suspension arms, and the rear leaf springs, indicates an ongoing issue with metal oxidation that requires close monitoring. The vehicle has covered 155,205 miles over its approximately 19-year lifespan, which equates to an average annual accumulation of roughly 8,169 miles. This usage pattern is typical for a vehicle of this age and suggests a consistent level of operation rather than long periods of stationary storage. Mechanically, this level of mileage means that while the vehicle has not been subjected to extreme high-frequency use, the cumulative wear on drivetrain components, suspension bushings, and braking systems is consistent with a long-term utility vehicle. The absence of significant gaps in the MOT testing history suggests the vehicle has been in regular use throughout its life. A prospective buyer should pay particular attention to the underside of the vehicle during a physical inspection, specifically looking for the progression of the previously noted chassis corrosion and the condition of the fuel tank mounting, which was flagged as insecure in early 2025. During a test drive, listen for any knocking or clunking noises from the front end, which could indicate that the corrosion on the front suspension arms or coil springs is affecting the structural integrity of the suspension components. Additionally, monitor the vehicle for any changes in steering feel or pulling to one side, as the recorded corrosion on suspension arms and coil springs can lead to uneven geometry or component failure. The braking system also requires scrutiny due to the history of a major failure regarding a corroded rear brake pipe and current advisories concerning corroded front hydraulic brake calipers. On the test drive, check for any uneven brake pedal pressure, a spongy feel, or any grinding noises when applying the brakes, which could signal further degradation of the hydraulic lines or caliper movement. Finally, observe the exhaust system for any unusual vibrations or loud droning, as the vehicle has a history of major exhaust leaks and emissions failures. Any signs of oil misting from the shock absorbers, as noted in 2022, should also be checked to ensure the rear suspension remains stable.