2006 Land Rover Range Rover 4.2L Petrol · LC06 LLD

The most recent MOT record from December 2022 shows a pass, but the underlying mechanical trend suggests a vehicle that has historically struggled with component wear and maintenance consistency. While the latest result cleared the major failures seen in March 2022 regarding parking brake efficiency and wiper functionality, the presence of multiple advisories concerning brake pipe corrosion indicates a shift from mechanical component failure to structural degradation of the hydraulic system. The history shows a pattern of reactive maintenance, where significant failures in braking, suspension, and tyres are addressed only when they reach a critical threshold, rather than being managed preventatively. With 168,981 miles recorded over approximately twenty years, this Range Rover has averaged roughly 8,449 miles per year. This is considered typical annual usage for a luxury SUV of this era, suggesting it has not been subject to extreme high-mileage motorway running, nor has it been left to stand for excessively long periods. However, this moderate mileage profile means that while the engine may have reasonable hours, the rubber-based components, such as suspension bushes, sub-frame mounts, and hydraulic lines, are likely reaching the end of their natural service life due to age-related perishability and cumulative fatigue. A primary area of concern for a prospective buyer is the documented corrosion of the front and rear brake pipes. The fact that these were noted as being covered in grease or other material suggests an attempt to mask the extent of the oxidation. On a test drive, you must listen for any irregular noises during braking and feel for a spongy or inconsistent pedal feel, which could indicate air ingress or fluid loss from degrading lines. Furthermore, the history of suspension bush play and tie rod issues suggests the chassis and suspension geometry may be unsettled. You should listen for clunks or knocks when traversing uneven surfaces or turning the steering wheel at low speeds, as these are classic symptoms of worn ball joints or deteriorated bushes. Given the age and the specific history of this vehicle, a thorough inspection of the underbody is essential to check for structural integrity and the extent of corrosion beyond the brake lines. You should also examine the tyre sidewalls for signs of perishing or cracking, as the historical record shows frequent tyre-related failures. Given the 2016 advisory regarding the Engine Management Light, it is vital to verify that no fault codes are currently present in the ECU and to ensure the service history confirms regular oil and fluid changes. Pay close attention to the condition of the brake discs and calipers, as the previous history of thin pads and weakened discs suggests the braking system may require a comprehensive overhaul to ensure safety.