2017 Land Rover Range Rover 4.4L Diesel · 852 XUY

The vehicle presents an exceptionally stable maintenance trend, culminating in a completely clean pass during the most recent MOT on 10 April 2026 at 110,749 miles. Every recorded test in the history returned zero defects or advisories, indicating a rigorous upkeep regime or significant recent mechanical rectification. This flawless record suggests the previous owner addressed issues proactively rather than allowing faults to persist across test cycles. At nine years old with 110,749 miles on the clock, the vehicle averages roughly 12,305 miles annually, which is moderately high for its age. The mileage accumulation reveals a notable spike between the April 2024 test at 83,167 miles and the March 2025 test at 103,885 miles, covering over 20,000 miles in just eleven months. This intense usage period contrasts sharply with the subsequent thirteen months, where the odometer moved only 6,864 miles to reach the current 110,749 miles, suggesting a recent shift to lighter use or prolonged standing. Despite the pristine MOT record, a vehicle of this age and mileage demands a thorough physical inspection, particularly given the absence of typical wear-and-tear advisories. A 2017 Range Rover at 110,000 miles will inevitably stress its air suspension components, compressor, and valve blocks; listen for extended compressor runs and check for uneven ride height. Inspect the condition of the suspension bushes and drop links, as high-mileage use accelerates their deterioration. Examine the braking system closely, measuring disc thickness and pad life, while checking for binding calipers or uneven deposits. While the tester flagged no structural corrosion, the underbody and inner wing seams require close scrutiny for early signs of rust, especially if the vehicle endured the high-mileage years in harsh conditions. Verify the service history aligns with the intense mileage spike around 2024 to ensure the drivetrain and gearbox received adequate fluid changes during that heavy-use phase.