2010 Land Rover Freelander 2.2L Diesel · OV60 VDA

The latest MOT test in November 2025 resulted in a pass, but the presence of multiple advisories—including a corroded offside front coil spring, worn suspension arm bushes on both front sides, and a severely deteriorated offside rear outer CV boot—indicates a trend of emerging wear rather than improvement. While the vehicle has maintained a pass since the 2019 failure for a dangerous brake pad defect, the recurring advisories for suspension components, coil spring corrosion, and anti-roll bar linkages across multiple tests suggest progressive deterioration in the chassis and drivetrain. The maintenance trend appears stable but with a clear trajectory toward more urgent repairs if these issues are left unaddressed. At 202,591 miles over 16 years, this Freelander has covered a high annual average of around 12,662 miles, placing significant demand on its mechanical components. Such mileage accumulation typically accelerates wear on suspension bushes, coil springs, shock absorbers, and drivetrain joints, all of which are already flagged in the MOT history. The consistent use also increases the likelihood of fatigue in high-stress areas like the subframe, which has previously shown signs of corrosion. This is not a vehicle for the faint-hearted buyer, as its longevity will depend heavily on the quality of past servicing and the rigor of future maintenance. On a test drive, listen for clunks or knocks from the front suspension over rough surfaces, as the worn suspension arm bushes and corroded coil spring may produce excessive movement or metallic noises. Inspect the offside rear CV boot for splits or leaking grease, as a deteriorated boot will rapidly lead to joint failure if contaminated. Check for uneven tyre wear, which could indicate misalignment or suspension geometry issues stemming from the worn components. The brake system warrants close scrutiny given the 2019 failure; ensure the pads are correctly fitted and that there is no judder or pulling under braking. Additionally, examine the subframe and rear coil springs for advanced corrosion, as these are structural and safety-critical. Given the age and mileage, also verify the condition of the 12V battery, as high-cycle usage can shorten its lifespan, and assess the cooling system for leaks or degraded hoses. Fluid changes, particularly for the differentials and transfer box in a four-wheel-drive vehicle of this mileage, should be up to date to prevent premature drivetrain wear. Tyre sidewalls may show age-related cracking, and the exhaust system should be inspected for holes or excessive corrosion. A full service history will be essential to confirm that wear items like timing belts, water pumps, and suspension components have been replaced at appropriate intervals. Without evidence of proactive maintenance, the cost of addressing these advisories could quickly escalate.