2009 Land Rover Freelander 2.2L Diesel · Y9 PAF

The vehicle presents a worsening maintenance trend regarding its structural and steering components. While the most recent test on 2 June 2026 at 138,393 miles resulted in a pass, the number of advisories has increased significantly compared to previous years. The tester flagged multiple issues including play in both steering rack inner joints, play in both front track rod end ball joints, and a defective central exhaust mounting. The presence of these steering and suspension faults, alongside growing concerns regarding corrosion, suggests the vehicle is entering a phase of more frequent mechanical degradation. The mileage accumulation appears consistent with a vehicle of this age, averaging approximately 8,141 miles per year. The records show steady progression from 128,049 miles in June 2023 to 138,393 miles in June 2026. This pattern indicates regular use rather than long periods of inactivity, which aligns with the gradual onset of the mechanical wear seen in the suspension and steering components. A prospective buyer must prioritise a thorough inspection of the vehicle's structural integrity. The MOT history shows persistent corrosion in the sills and subframes dating back to at least June 2024, with the June 2026 test specifically noting corrosion on both the central and rear subframes and the inner integral body structure. Although the tester noted that structural rigidity is not significantly reduced, the recurring nature of these advisories indicates an ongoing oxidation process that requires close monitoring. The steering and braking systems also require immediate attention. The recent report of play in the steering rack inner joints and track rod ends, combined with a corroded nearside rear brake pipe, suggests that the steering geometry and hydraulic lines are nearing the end of their reliable service life. The buyer should also inspect the exhaust mounting and the battery security to ensure these minor but necessary repairs are addressed to prevent more costly failures in the near future.