2023 Land Rover R-Rover Sport Frst ED D Mhev A 3.0L Diesel · AB71 AAL

This Land Rover R-Rover Sport, tested most recently on 26 March 2026 at 17,923 miles, achieved a clean pass with no defects or advisories recorded. The absence of any recurring issues in the single available MOT suggests the vehicle has not experienced mechanical or structural failures within the past five months. However, the lack of prior tests means there is no historical context to determine whether underlying wear—such as suspension bushes, coil springs, or binding calipers—has been addressed or is approaching critical thresholds. The most recent test’s clean result is reassuring, but the absence of earlier records prevents a full assessment of long-term maintenance discipline. The recorded mileage of 17,923 miles over approximately three years—roughly 5,974 miles annually—is unusually low for a vehicle of this age and type. Such low mileage could indicate limited use, extended periods of storage, or even potential odometer manipulation, though the latter cannot be confirmed without further evidence. The gap between the current date (20 August 2026) and the last MOT (26 March 2026) is just four months, which is within the standard 12-month MOT cycle. However, the lack of intermediate tests means there is no verification of whether the vehicle was driven regularly during this period or if any minor issues were resolved privately before the most recent inspection. Given the sparse MOT history, a buyer should prioritise an independent inspection of high-wear components that are not always captured in a standard MOT. The suspension system—particularly the condition of the bushes, coil springs, and stabiliser links—should be closely examined, as these are critical for ride quality and handling but are often only flagged in an MOT if they are severely deteriorated. Brake components, including the discs, pads, and caliper binding, warrant scrutiny, as repeated failures in this area are common in Land Rovers and can escalate quickly if neglected. Additionally, the structural integrity of the underbody, wheel arches, and sills should be assessed for corrosion, as this model is prone to rust development in high-exposure areas. The hybrid battery and associated wiring should also be checked, as hybrid systems require specific maintenance that is not always evident from an MOT alone. Finally, the exhaust system’s integrity should be verified, as leaks or damage can lead to increased emissions and potential advisory failures in future tests.