2008 Land Rover Range Rover 3.6L Diesel · AM08 KXA

A vehicle of this age and mileage entering its late teens on the road presents a notable mechanical story, particularly given that the most recent MOT on 10 July 2024 was passed with no advisories recorded, but the test history shows two separate failures at 2022-04-21 and 2024-07-01 where no defects were captured on the official record, suggesting short-notice retests were conducted after straightforward rectifications. The broader pattern across four tests in roughly four years is one of pass, fail, pass, pass, fail, pass, which is broadly stable for a Range Rover of this vintage but consistent with the component wear expected on a heavy SUV approaching 200,000 miles. There are no chronic advisories logged for corrosion, suspension, or braking components in the visible record, which suggests either prompt rectification of minor wear items at test time or a gap between advisories and the thresholds examiners record. From a roadworthiness perspective, the absence of recurring flagged items is encouraging, but a Range Rover of this age typically carries advisories relating to ageing rubber and bushes that may simply have been rectified before each test rather than indicating permanent health. The recorded mileage of 200,464 against an 18-year vehicle age equates to an average annual accumulation of approximately 11,137 miles, which is broadly typical for a working or family-used luxury SUV rather than indicative of either low-use preservation or punishing high-mileage operation. There are no unusual mileage inconsistencies in the test record, and the gaps between tests (such as the short interval between the 1 July 2024 failure and the 10 July 2024 pass) align with standard retest windows rather than extended periods off the road. For a vehicle of this profile, the mechanical reality at this mileage is that major drivetrain, transmission, and air suspension components have already lived through at least one full duty cycle of wear, and continued reliability will depend heavily on the quality and frequency of servicing rather than on the MOT pass rate alone. A buyer should treat the mileage as a prompt to inspect drivetrain condition carefully rather than as evidence of neglect. Given the absence of recorded advisories in the available DVSA history, specific component guidance must focus on the known wear points typical of a third-generation Range Rover at this mileage, particularly the air suspension compressor, valve block, and reservoir drier, which commonly fail due to age and which would warrant listening for the compressor running excessively on start-up or feeling for the vehicle sagging overnight. The EAS height-select failure mode should be tested by raising and lowering the suspension through all settings while stationary, listening for a binding valve block or compressor that cuts in repeatedly. On a test drive, the front and rear suspension arms, bushes, and ball joints should be exercised over speed humps and rough surfaces to detect knocking or clonking, while heavy brake pedal application from speed should be checked for pulling, judder, or vibration that could indicate worn front discs and pads. Underneath, the steel brake lines, ABS modulator wiring, and front and rear subframes should be physically inspected for corrosion, as these areas are particularly vulnerable on a high-mileage example of this age even if no advisories were recorded at the most recent test. Given that two failures occurred within the recorded history with no defects shown, it is likely that each was resolved by a minor repair or adjustment that did not warrant an advisory entry, but a prospective purchaser should ask for receipts and clarification of what work was carried out between the failed and passed tests in both 2022 and 2024. The timing belt, which on the accompanying engines should be replaced at a fixed interval rather than by inspection, must be confirmed as recently renewed with documented evidence, as this is the single most expensive failure point on these vehicles and is not covered by MOT testing. Likewise, the transfer box, differentials, and gearbox oil should be confirmed as serviced, as these are high-cost components on a vehicle at this mileage. Finally, a diagnostic scan for fault codes on the air suspension, electronic parking brake, transmission, and ABS systems is strongly recommended, since these faults frequently cause failures on subsequent MOTs even when no mechanical cause is visible externally.