2006 Land Rover Range Rover 2.9L Diesel · MT06 HXR

Structural integrity and recurring chassis corrosion represent the most significant mechanical risks for this vehicle, as evidenced by a history of major failures related to body structure and subframe deterioration. While the most recent MOT test on 7 November 2025 resulted in a pass, the accompanying advisories regarding brake pipe corrosion and rear subframe decay indicate that these issues remain persistent rather than resolved. The pattern over the last five years shows a cyclical struggle with suspension component wear and structural degradation, suggesting that the vehicle requires frequent monitoring to maintain roadworthiness. Accumulating 139,610 miles over two decades averages to approximately 6,980 miles per year, a figure consistent with typical usage for a vehicle of this age and class. However, the MOT history reveals periods of intensive repair requirements, particularly between 2020 and 2024, where the vehicle failed multiple inspections due to critical component failure. This suggests that while the annual mileage is moderate, the mechanical strain on the drivetrain and chassis has been substantial, leading to the accelerated wear of rubber bushings, drive shaft boots, and metallic brake lines that are characteristic of this model's maintenance profile. Prospective buyers should conduct a rigorous inspection of the underside, specifically focusing on the areas flagged for corrosion. When test driving, listen intently for any metallic knocking or clunking sounds from the rear suspension over uneven surfaces, which would indicate that the previously noted bush wear has progressed to the point of excessive movement. Furthermore, the presence of grease on the front brake pipes is a major red flag; ensure these are inspected for signs of weeping or thinning, as their condition has been a recurring point of concern in official testing. Any sponginess in the brake pedal or a lack of firm resistance should be treated as a priority issue requiring immediate professional intervention. The reported oil leak, while currently noted as not excessive, necessitates a thorough check of the engine bay and the underside of the transmission casing to determine the source and severity of the fluid loss. During the test drive, monitor the steering for any vagueness or pulling, as the history of anti-roll bar linkage and suspension arm wear can significantly impact the vehicle's handling stability. Given the vehicle's history of structural and suspension-related failures, an independent pre-purchase inspection performed on a lift is strongly advised to verify that the repairs to the body structure and subframe have been executed to a standard that ensures long-term safety.