2010 Land Rover Freelander 2.2L Diesel · FN10 WKW

The 2010 Land Rover Freelander currently holds a valid MOT certificate following a pass on 15 January 2026 at 98,992 miles. The maintenance trend appears stable, with no defects recorded across the entire documented history. The failed test on 9 January 2026 at 98,927 miles shows no defects, indicating the failure likely stemmed from an administrative issue, lack of fluids for the emissions test, or an aborted inspection rather than a mechanical fault. The vehicle presents a clean bill of health on paper, though the repeated pattern of failing immediately before passing warrants scrutiny of the testing process rather than the vehicle itself. The recorded mileage of 98,992 miles equates to an average annual usage of roughly 6,187 miles, which sits on the lower end of typical for a sixteen-year-old vehicle. However, the recent mileage accumulation tells a different story. Between the January 2024 test at 77,564 miles and the January 2025 test at 89,299 miles, the Freelander covered 11,735 miles. This increased to 9,693 miles over the following twelve months leading to the January 2026 test. This recent uptick in usage suggests the vehicle has transitioned from a lightly used example to one covering more substantial distances, increasing the wear rate on consumables and drivetrain components. Despite the absence of recorded defects, a 2010 Freelander demands a rigorous physical inspection typical of its age and marque. The lack of even minor advisories across multiple tests is unusual for this model, making a hands-on assessment critical. Inspect the rear subframe and chassis rails for corrosion, a common structural issue. Check the suspension bushes and coil springs for deterioration, and assess the brake discs and calipers for signs of binding or uneven wear. Evaluate the exhaust system for leaks and verify the condition of the drivetrain components, including the Haldex clutch and differential fluids. The clean MOT record provides a solid baseline, but the physical condition of these core mechanical and structural elements will ultimately determine the vehicle's true roadworthiness.