2014 Land Rover Freelander 2.2L Diesel · SN14 XOM

A clean and consistent MOT record establishes this 2014 Land Rover Freelander as a well-maintained example within its peer group. Across the available testing history covering 2022 through 2025, the vehicle has secured four passes with no advisories or defects recorded, while a single failure on 29 June 2023 was rectified and immediately re-presented on 1 July 2023 with a pass and no defects logged. The absence of any advisory notes across multiple consecutive tests is noteworthy for a vehicle of this age and class, where suspension component wear, brake disc corrosion, and underbody oxidation are commonly flagged. This unbroken pattern of clean test outcomes suggests that the mechanical items typically scrutinised under DVSA inspection criteria, including braking system integrity, steering and suspension condition, tyre condition, exhaust emissions, and visible structural corrosion, were found to be within prescribed limits at each annual assessment. The most recent pass dated 2 July 2025 confirms this roadworthy standing was maintained right up to the latest mandatory inspection. With approximately 91,644 miles recorded against a twelve-year vehicle age, this Freelander has accumulated around 7,600 miles annually, which sits squarely within typical usage parameters for its cohort. There are no significant gaps in the MOT testing record that would suggest prolonged periods off the road, nor is there any indication of unusually rapid mileage accumulation between tests that might point to sustained high-mileage driving or commercial use. The consistent year-on-year testing pattern combined with average annual mileage means the vehicle has likely seen regular but moderate use, allowing mechanical systems to remain in working order without suffering the accelerated wear associated with either excessive motorway mileage or the deterioration that occurs during long stationary periods. For a Land Rover Freelander of this generation, which utilises a Haldex-type coupling on the four-wheel-drive system and incorporates a relatively complex rear suspension arrangement, regular moderate use is generally beneficial to keeping seals, joints, and drivetrain components functional. From a pre-purchase inspection standpoint, the lack of recorded advisories means there is no documented evidence of component wear that would direct attention to specific parts, but prospective buyers should nonetheless conduct a thorough physical inspection of the areas most prone to deterioration on this model. The Freelander is known for rear trailing arm bushes and front lower suspension arm bushes degrading with age, so a test drive over uneven surfaces should be undertaken with the windows down to listen for clonking or knocking noises from the suspension, particularly over speed humps and rough tarmac. Steering play, vague on-centre feel, or any tendency to wander could point to worn tie rod ends or tracking arm wear, even though these were not flagged at test. The four-wheel-drive system should be engaged on a loose surface if possible to confirm smooth operation without binding, clunks, or excessive vibration, and any evidence of fluid weeping from the transfer box or rear differential unions warrants close examination. Brake pedal feel and responsiveness merit particular attention during the road test, as the absence of brake-related advisories does not preclude the development of binding calipers, corroded disc surfaces, or perished flexible hoses since the last inspection. The pedal should feel firm with no excessive travel, and there should be no pulling to either side under steady braking which might indicate a seizing caliper or uneven pad wear. Given the vehicle's age, a thorough underside examination on a ramp is strongly recommended to check for any surface corrosion on structural components, subframe mounting points, brake pipes, and the exhaust system, none of which were flagged at the most recent test but could develop in the intervening period. The diesel particulate filter, where applicable, should be confirmed as healthy through regular active regeneration cycles rather than excessive short journeys, and any illumination of the EML or DPF warning lamp during the test drive should be treated as a priority investigation.