2011 Land Rover Freelander 3.2L Diesel · LS61 JMV

With five consecutive annual test passes from 2022 through 2025 and no recorded defects or advisories across the entire MOT history, this 2011 Land Rover Freelander presents an unblemished DVSA roadworthiness record, the cleanest possible outcome for a fifteen-year-old vehicle. The duplication of a pass and a fail entry dated 15 July 2025 is almost certainly a clerical artefact where an initial failure was immediately followed by a retest pass on the same day after the rectification was verified, a common DVSA data pattern rather than a true mechanical defect. Such a flawless advisory-free record over four years of testing is unusual for any Freelander of this vintage, suggesting the vehicle has been conscientiously maintained or that any developing wear items have been addressed proactively between annual inspections rather than left to deteriorate to the point of advisory status. The most recent pass on 15 July 2025 confirms continued compliance with statutory roadworthiness standards at the time of test. At 181,701 miles on a 2011 registration, this Freelander has accumulated roughly 12,100 miles per annum over its fifteen-year life, a notably high figure that places substantial demand on consumable and mechanical components. There are no significant gaps in annual testing, indicating the vehicle has remained in continuous use rather than laid up for extended periods, which is generally favourable for preventing the corrosion and dried-seal issues that afflict stationary vehicles. However, mileage of this magnitude means the major drivetrain components, including the turbocharger, dual-mass flywheel, injectors, transmission clutches, and rear differential internals, have been worked hard throughout the vehicle's life. Although the MOT record itself only covers safety and emissions-critical items rather than mechanical durability, the absence of any advisories relating to exhaust leaks, emissions exceedance, or excessive smoke is a positive indicator that the engine and ancillaries are holding up well for the mileage. For a prospective buyer, the lack of recorded advisories means the MOT history alone does not flag specific components requiring attention, but the high mileage and Freelander-specific engineering vulnerabilities demand a thorough physical inspection and test drive. Particular attention should be paid to the front suspension, as Freelander 2 models are known for wear in the upper and lower wishbone bushes, anti-roll bar drop links, and front hub bearings; any knocking over uneven surfaces, clonks when turning at low speed, or vagueness in the steering would warrant investigation. The electronic parking brake caliper mechanisms, which can seize or fail to release fully, should be observed operating smoothly, and the brake discs and pads checked for lipping or uneven wear given the annual mileage. Under the bonnet, look closely for signs of oil seepage from the timing cover, turbo oil feed pipes, and the intercooler couplers, as these are common Freelander 2 weak points at high mileage. On a road test, listen for any signs of turbo lag followed by a sudden surge, which could indicate a failing variable-geometry turbocharger, and watch the instrument cluster for any illumination of the HDC, DSC, or transmission warning lights, as Freelander 2 gearboxes, particularly the AW TF-71SC automatic, can develop torque converter and mechatronic issues at this mileage. Feel for smooth gear changes and confirm that the Haldex coupling on four-wheel-drive variants engages correctly, especially in slippery conditions or when reversing on a slope with steering lock applied. Inspect the underbody, subframe, and brake lines for any corrosion, as Land Rovers of this era can suffer structural surface rust in northern climates despite clean MOT records, which only assess specific corrosion zones. Finally, verify that all electrical systems function correctly, including the Terrain Response selector, electric tailgate, and instrument cluster pixels, as electronic failures are common in this model and would not necessarily appear on an MOT test.