2018 Land Rover Range Rover 4.4L Diesel · GD67 WDE

A recurring trail of brake component wear and powertrain fluid seepage defines the mechanical history of this Range Rover, culminating in its most recent pass on the twenty-ninth of July 2026. While the vehicle successfully cleared that test, the ongoing advisory record reveals a persistent pattern of heavy mechanical demands on its stopping and drivetrain systems. Rather than showing a purely stable roadworthiness trend, the historical data highlights repeated interventions required for braking hardware and recurring oil leaks across multiple years, signaling that this chassis demands thorough physical verification of its heavy-duty assemblies before purchase. With an odometer reading of 39,616 miles across roughly eight years of existence, this vehicle has accumulated an average of under 5,000 miles annually. This low-usage profile indicates limited yearly deployment, which can sometimes introduce unique mechanical stress factors if the vehicle has experienced extended periods of stationary storage between infrequent journeys. Such usage patterns frequently place accelerated demands on heavy rotating components and sealing surfaces, as short operational cycles or long intervals of parking prevent normal thermal cycling and lubrication distribution across major mechanical assemblies. On the test drive, the buyer must pay close attention to the braking system and wheel assemblies, given that the MOT history explicitly flagged distorted front road wheels alongside repeatedly worn, pitted, or scored brake discs and thin pads. Any high-speed steering wheel vibrations or rhythmic pulsations felt through the brake pedal will immediately confirm whether those distorted wheels or scored discs require immediate replacement. Additionally, prospective buyers should inspect the undercarriage for the documented oil leaks, listening carefully for any unusual mechanical whines or suspension knocks from the heavy air-suspension and drivetrain units as the vehicle negotiates uneven road surfaces. Further scrutiny should be applied to the remaining consumable items noted in past tests, including the historical tire cut and the minor electrical and fluid items such as the previously flagged windscreen washer system. Checking the service intervals alongside the physical condition of the brake discs, pads, and alloy wheels will ensure that the next owner is prepared for the substantial maintenance costs typically associated with keeping a heavy luxury four-wheel-drive platform in compliant roadworthy condition.