2004 Land Rover Range Rover 2.9L Diesel · FN04 UGE

The most recent DVSA MOT test outcome for this 2004 Land Rover Range Rover is a PASS recorded on 15 April 2024, which is the latest official confirmation of roadworthiness from the testing authority. The recent history shows a generally stable pattern, with passes recorded in 2022 and 2023, though a failure was logged on 6 April 2024 just nine days before the subsequent pass. The absence of any defects or advisories on either the failed or passed tests is unusual and suggests the initial failure was most likely related to an administrative matter or a rectification carried out prior to the retest rather than a substantial mechanical defect. Overall, the absence of recorded advisories across four consecutive tests indicates that the vehicle has either been exceptionally well maintained or has not accumulated sufficient wear to trigger advisory thresholds, which on a vehicle of this age is somewhat atypical. The recorded mileage data is not available, which limits any direct comparison between usage and the vehicle's 22-year age. However, given that the MOT records span from 2022 to 2024 without any mileage entries, a prospective buyer should treat the odometer reading with caution and verify it against the service book, V5C registration document, and any historical invoices. A vehicle of this vintage that has covered fewer than 5,000 miles annually would warrant particular attention to age-related degradation, whereas one that has accrued high mileage over its lifetime, particularly off-road or towing, would raise different concerns regarding wear to the drivetrain, suspension, and transmission. Confirming the true mileage history is essential before drawing any further conclusions about mechanical condition. Given the lack of recorded defects and advisories, any evaluation must be based on the vehicle's age and likely usage profile rather than documented failure points. A pre-purchase inspection should pay close attention to age-related deterioration, including perished or cracked tyre sidewalls from prolonged standing, corrosion on brake discs particularly around the outer edges and hub face, and the condition of visible suspension components such as coil springs, bushes, and dampers, which on a Range Rover of this era are prone to wear even at modest mileages. The 12V battery should be tested for state of health, as vehicles that are used infrequently often suffer from sulphation and reduced cranking performance, and a load test will confirm whether replacement is imminent. All fluid systems, including engine coolant, brake fluid, power steering fluid, and the automatic transmission fluid, should be assessed for condition and service interval compliance, as these degrade with calendar age regardless of mileage. On a test drive, particular attention should be paid to any suspension clonks or knocks over uneven surfaces, which are indicative of worn bushes or anti-roll bar links, and any pulling or wandering at speed that could suggest worn steering components or geometry issues. The brakes should be tested for firm pedal feel without excessive travel, any shudder under heavy application, and the vehicle should roll freely when released to confirm the calipers are not binding, a common issue on vehicles that have stood. Listen for any unusual transmission behaviour including delayed engagement, slipping, or harsh shifts, as automatic gearboxes in this model are known to require careful maintenance. Finally, a thorough under-bonnet inspection for fluid leaks around the engine, transfer box, and differential, together with an examination of the underbody and chassis rails for corrosion, particularly around structural mounting points, should be carried out by a qualified inspector before purchase, given that a clean MOT history on a vehicle of this age and complexity does not guarantee the absence of significant underlying wear or deterioration.