2011 Land Rover Freelander 2.2L Diesel · ST61 VLL

A clean DVSA history defines this 2011 Land Rover Freelander, with no advisories or component defects recorded across any of the five documented tests between 2022 and 2025. Two failures appear within eight days of each other in late 2025, on 19 November and 27 November, yet both entries list no defects, which strongly suggests the first attempt failed on a procedural or retest item that was rectified immediately and is not indicative of an underlying mechanical concern. Following these two tests, the vehicle passed cleanly in November 2025, and the prior pass in January 2024 reinforces a stable roadworthiness picture rather than a deteriorating one. The absence of recurring advisories for suspension bushes, brake components, or corrosion is a notable positive for a Freelander of this age, a model that frequently records advisories relating to rear trailing arm bushes, front lower wishbone wear, or underbody corrosion as mileage accumulates. With 149,625 miles accumulated over fifteen years, this Freelander has averaged roughly 9,975 miles annually, a rate that is broadly consistent with typical mixed private and light commercial use for the model. The mileage progression between recorded tests suggests steady rather than erratic usage, with no long gaps implying extended standing periods and no sudden spikes that might indicate heavy commercial or towing work. Mechanically, this level of consistent annual use is generally favourable for components such as the DMF, turbo seals, and injector wiring, all of which are vulnerable to degradation through long periods of inactivity. Equally, sustained regular running tends to keep the rear HALDEX coupling, transfer box seals, and brake disc surfaces in better condition than a low-mileage example subjected to short urban journeys and infrequent servicing. Given the clean advisory record, the principal inspection focus for a prospective buyer must be on Freelander-specific weak points that may not yet have reached MOT failure threshold but could develop quickly at this mileage. On the test drive, listen carefully for clonks or knocks from the rear suspension over uneven surfaces, particularly indicative of the well-documented rear trailing arm bush and upper wishbone wear, and feel for vagueness or shimmy in the steering that may point to front lower wishbone bushes beginning to fail. Inspect the underbody, subframe mounting points, and brake pipes for surface corrosion, as the MOT cycle will not always flag light rust on hidden sections until it progresses. Under load, any hesitation, overboost whistle, or excessive blow-by smoke from the 2.2 diesel should prompt further investigation, as should any signs of oil seepage around the cam chain cover or turbo oil feed pipes. Finally, check the parking brake mechanism and rear caliper handbrake cables for stiffness, a known Freelander service item, and confirm the electronic parking brake releases and applies cleanly via the switch. Examine the rear diff and transfer box for any signs of oil weep at the seals, and verify the fluid levels in both front and rear differentials have been maintained, as the MOT will not record lubricant condition. With 149,625 miles recorded, the timing chain, dual mass flywheel, and clutch hydraulic system are approaching the upper end of expected service life for this engine, so any history of recent replacement work in these areas would be reassuring. A vehicle-specific inspection on a lift at an independent Land Rover specialist would be prudent before purchase, particularly to assess structural integrity around the rear subframe and the condition of the fuel lines and injector return pipes.