2016 Land Rover Range Rover Sport 3.0L Diesel · OY16 YTB

The vehicle currently presents a stable roadworthiness status, showing a clean record following a period of reactive maintenance. The most recent MOT test in December 2024 at 89,708 miles passed with no recorded defects, indicating that the previous owner addressed the faults identified in the prior year. While the 2023 failure highlighted specific neglect, the subsequent pass suggests the vehicle is currently meeting minimum standards. The mileage pattern is consistent with typical usage for a ten-year-old vehicle, averaging approximately 9,000 miles annually. Data shows steady progression from 62,360 miles in December 2021 to 89,708 miles in late 2024. The interval between tests remains regular, and the annual accumulation of under 10,000 miles suggests the car has been driven regularly rather than sitting for long periods, which generally helps prevent the degradation of rubber components and seals often seen in stationary vehicles. A physical inspection must focus on the recurring issues of corrosion noted in the test history. The 2021 test flagged a corroded offside rear brake pipe, and the 2023 failure identified corroded fuel tank covers and a corroded rear anti-roll bar. A buyer should inspect the underbody for advancing structural rust to ensure these areas have not progressed beyond surface level oxidation. Additionally, the 2023 failure regarding the deteriorated offside front inner CV boot necessitates a visual check for any grease leakage or rubber tearing that could indicate imminent drive shaft failure. The braking system also warrants scrutiny since the vehicle failed for thin rear pads in late 2023. While these were likely replaced, the buyer should verify the condition of the brake discs and check for any binding calipers to ensure even wear. Given the age and specific model of this Range Rover Sport, checking the suspension bushings and coil springs for wear is also prudent as these components frequently suffer significant stress at this stage.