2011 Land Rover Freelander 2.2L Diesel · LB54 ADS

This Freelander has demonstrated a stable roadworthiness trend over the past five years, with no recurring defects or advisories recorded across any MOT test. The most recent tests in March 2026—conducted just two days apart—both passed without failings, confirming the vehicle meets current UK standards for brakes, emissions, lights, and structural integrity. There is no evidence of repeated mechanical issues, though the lack of advisories does not preclude hidden wear. The vehicle’s compliance with the latest MOT criteria suggests it has been maintained at a baseline level, though deeper inspection remains essential. The recorded mileage progression of approximately 9,000 miles annually aligns with typical usage for a vehicle of this age. There are no concerning gaps or abrupt spikes in mileage; the most recent test at 135,363 miles follows a steady accumulation from 125,324 miles just over a year prior. While this rate indicates regular use rather than neglect, it also implies that high-wear components—such as suspension bushes, coil springs, and brake calipers—may require closer examination. The absence of mileage jumps or prolonged inactivity reduces the likelihood of severe corrosion or neglected fluid changes, but this does not absolve the need for verification. A buyer should prioritise an independent inspection of the suspension system, particularly the rear bushes and coil springs, given the vehicle’s age and mileage. The brakes, though not failed in MOTs, should be assessed for uneven wear or binding calipers, as these are common issues in Land Rover models of this era. Structural corrosion, particularly around the wheel arches, sills, and subframe, warrants thorough scrutiny, especially if the vehicle has experienced wet or salted road exposure. The lack of advisories in past tests does not guarantee current condition, so attention to fluid levels (brakes, power steering, differential) and the integrity of the exhaust system—including for leaks or excessive rust—will be critical.