2007 Land Rover Range Rover 3.6L Diesel · YH07 YOR

Significant structural corrosion and recurring braking system failures define the mechanical profile of this vehicle, with the most recent MOT passed on 26 August 2026 showing multiple advisories for corrosion on the sills, arches, and the rear sub-frame. While the vehicle passed its latest test, the record shows a history of escalating issues, moving from minor brake pipe corrosion in previous years to a dangerous failure in August 2025 involving a corroded brake hose ferrule and a leaking hydraulic brake caliper. The current presence of widespread structural corrosion across both nearside and offside sills and arches, alongside sub-frame degradation, indicates a progressive trend of oxidation that requires close monitoring. The vehicle has covered 131,120 miles over its 19-year lifespan, representing an average annual accumulation of approximately 6,901 miles. This usage pattern is typical for a vehicle of this age and suggests consistent, moderate utilization rather than intensive long-distance driving or prolonged periods of stationary storage. Mechanically, this level of mileage means that while the drivetrain may not have faced extreme high-speed wear, the chassis and suspension components have been subject to nearly two decades of environmental exposure, which is reflected in the documented corrosion and wear on suspension bushings and ball joints. Prospective buyers should pay particular attention to the integrity of the braking system and the chassis. Given the 2025 failure regarding the offside front hydraulic brake caliper and various corroded brake pipes, a test drive should include a thorough check for any sponginess in the brake pedal, uneven braking force, or visible fluid weeping around the calipers and connections. The history of corroded brake lines being covered in grease suggests that while some attempts were made to mitigate oxidation, the underlying issue of metal degradation remains a primary concern. Any sensation of pedal judder or a soft, sinking pedal under sustained pressure would indicate that the previous repairs to the hydraulic system may not be fully effective. Suspension and structural integrity also require physical inspection. The record shows a history of worn suspension arm ball joints and bushings, so listen for any knocking, clunking, or creaking noises when traversing uneven surfaces or turning the steering wheel at low speeds, which could indicate further degradation of the suspension linkages. Furthermore, because the latest MOT specifically flagged corrosion on the sills, arches, and rear sub-frame, the vehicle's structural rigidity should be assessed visually for any signs of bubbling paint or surface scale that could progress into perforation. The presence of sub-frame corrosion means the vehicle's foundation is actively degrading, which may eventually impact the mounting points for the suspension and drivetrain.