2016 Land Rover Range Rover 3.0L Diesel · AS11 UKS

This Range Rover has maintained an exemplary MOT record over the past three years, with no defects recorded in any of its four most recent tests—most recently at 61,704 miles in July 2025. The trend is stable, with consistent passes and no advisories or failures, suggesting the vehicle has been well-maintained or subjected to rigorous pre-test checks. The absence of recurring issues in critical areas such as brakes, suspension, or structural integrity implies no immediate red flags, though the lack of advisories could also indicate a history of selective repairs rather than comprehensive upkeep. The mileage progression aligns closely with typical usage for its age, averaging around 6,170 miles annually. Notably, the gap between March 2023 (39,450 miles) and July 2024 (52,810 miles) spans 16 months but covers just 13,360 miles—a slower accumulation that may reflect seasonal or infrequent use. Conversely, the jump from 34,173 miles in March 2022 to 39,450 miles in March 2023 (5,277 miles in 12 months) suggests a brief period of heavier use. The sparse but clean MOT history leaves little to infer about long-term maintenance habits beyond the test dates, though the absence of defects in high-mileage tests is a positive indicator of durability. For a buyer, the primary focus should be on components not covered by MOT—specifically, the condition of the all-terrain tyres, given their critical role in handling and safety, and the state of the air suspension system, which is prone to wear in off-road vehicles. While the MOT records show no brake-related issues, a closer inspection of the rear calipers and discs is prudent, as Range Rovers often suffer from binding or uneven wear. The underbody and wheel arches should also be scrutinised for signs of corrosion, particularly in older models prone to rust in high-moisture environments. Given the vehicle’s age and the lack of advisories, a pre-purchase inspection by a Land Rover specialist would be advisable to verify the health of the drivetrain, differentials, and any potential fluid leaks.