2016 Land Rover Range Rover Sport 4.4L Diesel · OV66 VLU

The most recent DVSA examination recorded a clean pass on 11 February 2026 with no advisories or defects recorded, which is a positive indication of the vehicle's present roadworthy condition. However, the broader test history reveals an inconsistent pattern of maintenance rather than a stable trajectory. The November 2024 test initially resulted in a failure with four major defects covering excessive exhaust emissions, insufficient parking brake efficiency, misaligned headlamp aim, and ineffective wiper operation, before the vehicle was successfully re-presented four days later with only the suspension dust cover issue remaining. Advisories across 2021, 2022, and 2023 have progressively noted deteriorating brake components, including corroded rear brake pipes at the flexible sections, pitted and scored front brake discs, and corrosion on rear brake hose ferrules, indicating an ongoing degradation of the braking system that any prospective buyer should monitor closely. With 78,536 miles recorded over a ten-year period, this Range Rover Sport has averaged roughly 7,850 miles annually, which is broadly typical for its age and class. There are no significant unexplained gaps in the recorded mileage, and the usage rate suggests a mix of urban and motorway driving rather than prolonged standing periods, reducing the risk of calendar-related deterioration such as seized brake calipers, perished fuel lines, or flat-spotted tyres. That said, even modest annual mileage on a vehicle of this weight, sophistication, and off-road heritage means consumables and suspension components will still be subject to considerable wear relative to a lower-mass passenger car, and the recorded oaks do not tell the full story given the known complexities of this platform. The recurring advisories relating to the front brake discs and rear brake pipe corrosion warrant particular attention during pre-purchase inspection. The pitted and scored front discs noted in both 2022 and 2023 are likely to have progressed further and may now be approaching the threshold for replacement, particularly as Land Rover discs on this model are known to wear in tandem with their pads and often require replacement as a complete axle set to prevent brake shudder under heavy deceleration. On a test drive, any vibration through the steering wheel or brake pedal under firm braking would suggest disc warping and the need for refurbishment. The corroded rear brake pipes at the flexible sections flagged in 2021 and 2023 are characteristic of this model and could indicate the onset of perforation; an inspection underneath the vehicle, ideally with the wheels removed, would allow assessment of pipe integrity along the chassis underside, and any signs of damp staining, white deposits, or active weeping should be treated as a priority repair. The parking brake efficiency failure in 2024 also warrants a careful check of the electronic parking brake mechanism, including actuation feel and whether the vehicle holds on an incline without creep. Beyond the documented advisories, age-appropriate inspection points should also be addressed. Despite the reasonable annual mileage, a ten-year-old vehicle will have experienced considerable calendar ageing of rubber and polymer components, so all tyres should be examined for sidewall perishing, cracking, and DOT date codes, with particular focus on the nearside front edge wear noted in 2023 which could suggest a tracking or suspension geometry issue still present. The suspension ball joint dust covers flagged in 2024 as severely deteriorated will have allowed ingress of dirt and moisture to the spherical joint, potentially accelerating wear of the joint itself; any clunking or knocking over uneven surfaces during a road test would confirm deterioration, and the lower arm assemblies may now require replacement. The exhaust emission failure from 2024 may have been rectified through servicing, but given the complexity of the post-treatment system on modern Land Rover diesels and petrols, a diagnostic read for stored fault codes and confirmation of recent DPF or catalytic converter service would be prudent. Finally, the 12V battery, coolant, brake fluid, and transmission fluid should all be treated as time-served rather than mileage-served consumables, with brake fluid particularly susceptible to moisture absorption over a decade regardless of use, and a fresh service of all these items is advisable to ensure reliable operation going into the vehicle's eleventh year.