2004 Land Rover Range Rover 2.9L Diesel · CU04 RWN

The most recent DVSA MOT test recorded for this 2004 Land Rover Range Rover took place on 5 September 2023 and resulted in a failure, although no specific defects or failure points were captured on the record. Looking at the broader history, the vehicle passed its MOT on both 25 August 2021 and 17 August 2022 without any advisories or defects noted, but it is particularly noteworthy that the same 25 August 2021 date appears twice, once as a pass and once as a fail. This pattern strongly suggests a presentation failure that was subsequently addressed, after which the vehicle passed on the same day or shortly thereafter, and the following year also passed cleanly. The fact that no advisory items have been recorded on any of the recent tests could indicate either a vehicle that has been well prepared for test or, alternatively, one whose components have been treated with short-term rectification rather than comprehensive servicing. Given the chronological gap between the 2023 failure and the absence of any subsequent test on the official record, prospective buyers must treat the current roadworthiness status as unverified and ensure a fresh MOT is obtained before purchase. With the vehicle being over two decades old and no recorded mileage available against which to compare its age, it is impossible to determine whether this Range Rover has been subjected to high annual mileage consistent with its likely use as a luxury or off-road vehicle, or whether it has been used sparingly as a second car or weekend vehicle. A vehicle of this vintage and class will typically have covered between ten and fifteen thousand miles per annum if used as a primary vehicle, but significant mileage gaps in the MOT record, or conversely very low recorded mileages, can suggest periods of standing which carry their own particular mechanical consequences. Range Rovers of this era are complex vehicles with sophisticated air suspension, transfer gearbox systems, and electronics, all of which suffer from prolonged inactivity, meaning any history of low usage is not necessarily advantageous and may in fact mask latent issues relating to seized components and degraded fluids. Because the official record is essentially devoid of defect information, the prospective buyer must conduct a thorough physical and mechanical inspection tailored to the vehicle's age and the typical failure points associated with this model. Of particular concern on a 2004 Range Rover is the air suspension system, where the rubber air springs commonly perish and leak, the compressor fails due to overheating, and the valve block solenoids seize, leading to the vehicle sitting lower on its corner or failing to level correctly; this should be observed at cold start and again after the vehicle has been left standing for several hours. The coil spring conversion option, frequently fitted by owners frustrated with the air system, should also be verified. The four-wheel-drive transfer box and differentials should be inspected for fluid leaks and condition of the oil, while the transmission, particularly the five-speed automatic gearbox, should be tested for smooth engagement and absence of flare or slipping between gears. A test drive should be conducted with specific attention to any clonks or knocking from the front suspension, as the suspension bushes, anti-roll bar drop links, and ball joints are known wear items on this chassis and produce characteristic noises over speed humps and during low-speed turning. Brake feel should be assessed for sponginess suggesting corroded brake lines or perished flexi hoses, while the discs themselves, being susceptible to corrosion from standing, may exhibit judder under braking even when within legal limits. Under the bonnet, check for signs of coolant leaks from the header tank and radiator, as the plastic components on these vehicles degrade with age, and verify the condition and charge of the 12V battery, which on a vehicle of this age is likely due for replacement. Tyres should be examined closely for sidewall cracking and perishing consistent with age rather than tread wear, and the exhaust system should be inspected for corrosion at the mounting points and joints. Finally, ensure that the service history demonstrates regular replacement of brake fluid, coolant, and transmission fluid at calendar-based intervals regardless of mileage, as time-based fluid degradation is a significant concern on any vehicle that has reached its twenty-second year.