2004 Land Rover Rangerover 2.9L Diesel · DK53 AEX

Chronic corrosion of the braking system and deteriorating suspension components define the mechanical history of this vehicle, with a recurring pattern of advisories that eventually culminated in a failure in March 2024. While the vehicle passed its most recent test on 14 March 2024, the record shows a persistent struggle with offside front brake pipe corrosion and rear sub-frame degradation spanning several years. This trend suggests a vehicle where structural and hydraulic components have been subject to significant environmental wear. With 184,335 miles recorded over 22 years, the vehicle has averaged approximately 8,379 miles per year, which is typical for its age. This level of usage implies that the drivetrain, suspension linkages, and braking systems have undergone standard wear and tear associated with high-mileage operation. The consistency of the mileage suggests regular use rather than prolonged periods of stagnation, though the cumulative distance increases the likelihood of fatigue in rubber bushings and chassis mounting points. Prospective buyers should pay close attention to the chassis and braking hydraulics, given the history of corroded brake pipes and a rear sub-frame flagged for both corrosion and worn pins. During a physical inspection, the underside should be checked for further signs of oxidation on the anti-roll bar and structural members. A test drive should focus on identifying any knocks or clunks coming from the front lower suspension arms or the rear sub-frame when traversing uneven surfaces, as these components have been repeatedly flagged for wear and play. The recent major failure regarding a fuel system leak requires verification that the repair was comprehensive and that no residual seepage is present. Additionally, the previous failure of the parking brake efficiency suggests the need to test the handbrake holding power on an incline. Listen for any unusual steering feedback or pull, and feel for pedal judder or inconsistencies in braking pressure, which could indicate that other brake lines are in a similar state of decay to the offside front pipe that previously failed.