2010 Land Rover Range Rover 4.4L Petrol · LD10 VNK

A 2010 Range Rover of this vintage with an absolutely unblemished MOT record across the last five tests is a notably uncommon find, as these vehicles are statistically prone to advisories relating to suspension components, brake pipe corrosion, and underbody rust. The most recent assessment on 12 September 2025 returned a clean pass with no advisories or defects recorded, continuing an unbroken run of passes dating back to 2022. There is one minor anomaly in the record: a failed test on 22 August 2022 was immediately followed by a pass the following day without any defects recorded against it, which typically indicates a trivial issue was rectified, such as a bulb replacement or a tyre swap, and the vehicle was retested promptly. The overall trend is one of sustained mechanical compliance with no recorded deterioration in any tested area, though the complete absence of advisories should be interpreted alongside the general knowledge that Range Rovers of this generation frequently present advisories for wear items that do not yet warrant a failure. With 96,565 miles recorded against a 16 year service life, this vehicle has averaged approximately 6,035 miles annually, which sits squarely within the typical usage bracket for a luxury SUV of this era. There are no significant gaps in the testing history that would suggest extended periods off the road, and the consistent year-on-year testing pattern indicates regular use rather than long-term storage. Mechanically, this accumulation rate is a reasonable middle ground, not so low that age-related degradation of seals, dampers, and rubber components would be the primary concern, yet not so high that drivetrain wear on the gearbox, transfer box, and air suspension compressor would be the dominant worry. The lack of mileage inconsistencies between tests suggests the odometer has not been disrupted or tampered with across the recorded period. For a prospective buyer, the absence of recorded advisories means the specific testable wear items currently appear to be in serviceable condition, but a Range Rover of this age and mileage warrants particular scrutiny of components that frequently cause advisories or failures without yet showing up in the MOT record. On a test drive, pay close attention to the air suspension system: listen for the compressor running excessively on startup or after the engine has been switched off, feel for any sagging at the rear after the vehicle has been parked for an hour or more, and check that the vehicle returns to ride height promptly when started from cold. Any knocking or clonking over uneven surfaces, particularly from the front, would suggest worn suspension arms, anti-roll bar bushes, or drop links, all of which are common wear items on this platform. Inspect the underbody for surface corrosion on subframes and brake pipes, as these areas are typically where corrosion advisories first appear on a vehicle of this vintage, and check for any oil misting from the engine and gearbox which is characteristic of higher-mileage Range Rover units. The braking system should be evaluated practically during the test drive by assessing for any pulling to one side under firm braking, any vibration through the pedal that could indicate warped front discs, and any binding sensation when releasing the pedal that might point to a sticking caliper. Given the vehicle's all-terrain brief, also verify that the four-wheel-drive system and terrain response modes engage correctly, that the diff-lock functions where equipped, and that the transmission shifts smoothly through all ranges without any hesitation or flaring. Finally, given that this is a complex air-sprung vehicle at 16 years of age with approaching 100,000 miles, a pre-purchase inspection by a specialist familiar with the Range Rover L322 platform is strongly advised to catch issues that fall outside the standard MOT test scope, particularly regarding the electronic systems, the height sensors, and the condition of the air springs themselves.