2008 Land Rover Range Rover 4.2L Petrol · AP08 EBO

Chronic corrosion and suspension wear have emerged as the primary mechanical risks for this vehicle, following several years of clean test records. While it passed its last inspection on 7 April 2025, the trend since early 2024 shows a marked increase in structural advisories and component failures, specifically regarding the subframe and chassis integrity. The transition from a defect-free history between 2019 and 2023 to multiple major failures and persistent advisories indicates a period of accelerating mechanical degradation. With 125,912 miles recorded over 18 years, the vehicle has averaged approximately 6,995 miles per year, which is typical for its age. This level of usage suggests a steady accumulation of wear on high-stress components, particularly the drivetrain and suspension linkages, which aligns with the recent recorded failures of ball joints and track rod ends. Immediate attention is required for the offside front drive shaft constant velocity boot, which was noted as severely deteriorated and leaking grease in the latest test. During a test drive, listen for clicking sounds during tight low-speed turns, which would indicate the joint is failing. The recorded corrosion of the front and rear subframes and their mountings is a significant point of concern; a physical inspection of these areas is necessary to determine if the rust is superficial or compromising the structural integrity of the chassis. The history of major failures in March 2024 involving corroded brake pipes and worn suspension ball joints suggests a pattern of degradation across the undercarriage. Check for any steering pull or vagueness, and feel for knocks or vibrations when driving over uneven surfaces, which would indicate that the rear lower suspension arm bushes, flagged as worn in 2024, have further deteriorated. Additionally, the reports of inner tyre wear on the nearside front and worn rear tyres indicate a potential alignment issue or suspension geometry failure that should be verified.