2009 Land Rover Discovery 3.0L Diesel · PC02 VOC

The Land Rover Discovery presented a PASSED outcome at its most recent DVSA MOT examination on 7 April 2026, achieving compliance with the statutory roadworthiness requirements, though the test record does carry two advisories concerning the front lower suspension arm rear bushes. Evaluating the overall maintenance trajectory from the most recent four tests reveals a pattern of stable compliance with emerging wear concerns rather than improvement; the vehicle passed cleanly in April 2023 and October 2022, but since April 2024 it has accumulated an increasing list of advisories relating to suspension bushes, brake pipe corrosion, and constant velocity joint boots, culminating in a failed test on 15 April 2025 due to a missing fuel sealing cap and incorrect headlamp beam aim, both of which were subsequently remedied for the 17 April 2025 retest. The presence of the two suspension advisories on the latest pass suggests the wear progression on the front lower arms is becoming more widespread, moving from rear arm concerns in 2024 and 2025 to front arm concerns in 2026, which warrants ongoing monitoring. With recorded mileage of 147,416 miles across approximately seventeen years, this Discovery has covered an average of around 8,672 miles annually, which is broadly typical for a vehicle of its age and reflects consistent but moderate usage rather than periods of extended standing or unusually high accumulation. This annual mileage profile implies regular operation, which is mechanically beneficial for components such as the drivetrain, brakes, and battery, as it reduces the risk of seized calipers, dried seals, and surface corrosion on brake discs. However, at this odometer reading the wear rate on major mechanical assemblies including the engine, automatic or manual transmission, transfer box, propshafts, and suspension components will be substantially advanced, and any prospective purchaser should expect that major service items have either been renewed or are approaching renewal thresholds. The recurring advisories on suspension bushes and the previously noted deterioration of the nearside front inner constant velocity boot deserve particular attention during a physical inspection and test drive. The four advisories spanning two test cycles relating to suspension arm pins and bushes indicate progressive wear across both front and rear axles, and on a road test you should listen for clonking or knocking noises from the front and rear suspension when traversing uneven surfaces or speed humps, as well as observe any vagueness in steering response or wandering at speed, both of which would suggest the bushes have worn beyond the advisory threshold. The nearside front inner CV boot was flagged as cracking in 2024 and 2025, and although only recorded as a minor defect, a split boot will allow grease to escape and permit water ingress, leading to joint failure characterised by a clicking or knocking sound on full lock; you should visually inspect the boot for fresh splits and grease deposits around the joint. The 2024 advisories regarding brake pipe corrosion on the front to rear runs indicate the underbrushed metal brake lines are beginning to deteriorate, and although covered in grease or other material at the time of test, the underlying corrosion should be physically inspected for surface pitting or scaling, as heavily corroded brake lines will eventually require replacement to maintain braking integrity and pass future MOT scrutiny. Beyond the recorded advisories, the age and mileage profile of this seventeen year old Discovery demands a comprehensive inspection of time-related degradation items that fall outside the MOT scope. Tyre sidewalls should be checked carefully for perishing and cracking from age, even if the tread depth remains adequate, as rubber compounds degrade with calendar age regardless of mileage. The 12V battery should be load tested, as battery failure is common on vehicles of this vintage, and all fluid systems including engine coolant, brake fluid, power steering fluid, and final drive and transfer box oils should be verified as recently serviced, as fluid degradation occurs with time rather than mileage and neglected fluids lead to corrosion and component wear. The exhaust system should be examined for rust perforation, particularly at joints and the rear silencer, and the chassis and structural members should be inspected for corrosion given the Land Rover's typical working environment. Finally, confirm the fuel cap has been correctly refitted since the 2025 failure and verify the headlamp alignment is within specification, as both items were recent failures and indicate a pattern of minor but addressable maintenance that should be confirmed as properly resolved.