2010 Land Rover Freelander 2.2L Diesel · OV60 GVM

The vehicle presents a worsening maintenance trend regarding structural and suspension integrity. While it passed the most recent test on 29 April 2025 at 89,022 miles, the number of advisories has increased significantly compared to previous years. The 2025 record shows a high volume of corrosion-related issues across the front and rear sub-frames, suspension arms, and coil springs. This follows a pattern established in the 2024 test at 84,614 miles, where corrosion on the suspension arms and sub-frames was already noted. The mileage profile indicates low annual usage, averaging approximately 5,500 miles per year over its sixteen-year lifespan. The progression from 72,205 miles in November 2021 to 89,022 miles in April 2025 shows consistent, albeit light, utilization. This low-mileage pattern often correlates with the heavy corrosion observed in the recent records, as vehicles that spend significant time stationary or in damp environments are more susceptible to surface and structural oxidation. A prospective buyer must prioritize a thorough underside inspection to assess the depth of the corrosion reported on the sub-frames and suspension components. The 2025 test specifically flagged the front sub-frame, rear sub-frame, and both front and rear suspension arms as corroded. While the tester noted these were not seriously weakened at the time of testing, the progression from the 2024 advisories suggests the oxidation is spreading. The offside coil springs also show corrosion, which may lead to premature failure. Mechanical attention should also be directed toward the power steering system and the tyres. The April 2025 test identified a slightly corroded power steering pipe and an offside rear tyre worn close to the legal limit with a nail present. These issues, alongside the pitting noted on the brake discs in 2021, suggest that while the vehicle remains roadworthy, the cost of maintaining its structural and consumable components is likely to increase as the corrosion advances.