2011 Land Rover Freelander 2.2L Diesel · LS11 VHD

A spotless MOT record across five tests spanning late 2022 through December 2025 positions this 2011 Land Rover Freelander as an unusually clean example in terms of statutory roadworthiness, with the most recent pass recorded on 16 December 2025 and no advisories or defects logged at any point. The single failure on 15 December 2023 was an administrative or rectification event rather than a mechanical concern, as no defects were recorded against it, and the vehicle returned the following day to pass cleanly. The complete absence of advisories across four consecutive passes is notable for a Freelander of this vintage, as these vehicles are typically prone to advisories relating to suspension bushes, brake pipe corrosion, subframe integrity, and rear hub components. This clean record suggests the car has either been subject to diligent pre-test rectification or has not yet reached the mileage or age threshold at which Land Rover-specific corrosion and wear items typically present themselves. There is no MOT data prior to 2022, which is worth noting as a gap in the service history picture. With 101,927 miles recorded against a 2011 build year, this Freelander has averaged roughly 6,795 miles annually, which is broadly typical for a vehicle of its age and demographic. There is no recorded mileage progression within the available MOT history, so it is not possible to verify whether mileage has been consistent year-on-year or whether there are any gaps suggesting extended periods off the road. The absence of pre-2022 MOT data is a mild concern, as the vehicle would have been first MOT-tested in 2014, meaning up to eight years of testing history is unaccounted for in the record. Buyers should satisfy themselves that the mileage is continuous and verifiable through the V5C log book, service invoices, and any previous MOT certificates retained by the seller. For a high mileage Freelander, particular attention should be paid to the cumulative wear on the clutch, dual-mass flywheel, transfer box, and rear differential, none of which are inspected at MOT. Despite the clean MOT history, prospective buyers should approach a fifteen-year-old Freelander with awareness of the model-specific weak points that frequently do not result in advisories until they become significant. On a test drive, listen for clonks or knocking from the front suspension over uneven surfaces, which may indicate worn lower wishbone bushes, front hub bearings, or anti-roll bar drop links, all of which are common Freelander consumables. At low speed, apply the brakes firmly to check for any vibration or judder through the pedal, which can indicate warped front or rear brake discs, and listen for any grinding or scraping that might suggest worn pads or seized caliper slides. When cornering, pay attention to any excess body roll or clonking from the rear axle area, as the Freelander's rear wheel bearings and trailing arm bushes are known wear items. Steering should be precise without excess play at the straight-ahead position, and any clunking on full lock can point to worn drive shaft or constant velocity joint issues. The 2.2-litre diesel variants in particular warrant attention to oil leaks from the timing cover, turbo oil feed pipes, and injector seals, and a thorough under-bonnet inspection should be carried out with the engine running to look for any signs of oil misting or active seepage. The timing chain on these engines is a serviceable item with a known replacement interval, so evidence of this work having been carried out should be requested. Given the high mileage, the condition of the cooling system, including the water pump, thermostat, and radiator, should be verified, as overheating can lead to costly head gasket repairs on this engine. Finally, a full underbody inspection on a ramp is strongly recommended, as Land Rover chassis and subframe corrosion frequently develops ahead of any advisory appearing on the MOT, particularly around the rear crossmember, fuel tank area, and front suspension mounting points.