2011 Land Rover Freelander 2.2L Diesel · LB11 PZG

A fifteen-year-old Freelander carrying 165,760 miles presents a roadworthiness picture dominated by chassis and undercarriage wear rather than outright neglect. The most recent test on 8 July 2026 was a pass, but it carried an advisory for slight play in the offside front track rod end ball joint, identical wording to advisories raised in both 2025 and 2024. This recurrence is a clear indicator that the steering linkage has been deteriorating progressively across multiple annual tests without being rectified. More concerning in the timeline is a major failure recorded on 14 July 2025 for a fractured offside rear upper coil spring, which prevented a pass that day before the vehicle was successfully retested later the same date. Across the visible MOT history the vehicle has recorded one outright failure and another near-failure that was rectified on the same day, alongside a steady accumulation of advisories relating to steering, braking, and suspension components, suggesting a chassis that is incrementally wearing out as mileage accrues. The mileage accumulation of roughly 11,051 miles per year is broadly consistent with average use for a vehicle of this age, and the testing cadence from 2021 through 2026 is regular and continuous with no gaps or periods off the road. A service brake binding advisory in 2022 and a parking brake efficiency failure in 2021, when read alongside the more recent steering and suspension advisories, suggest that mechanical attention has been required in successive areas rather than concentrated on a single system. There are no advisories relating to corrosion, exhaust emissions, structural integrity, lighting, or engine bay condition across the recorded history, which provides some reassurance that the body and powertrain have not attracted tester attention. The lower annual mileage relative to many high-use Freelander examples of this vintage would tend to reduce wear on internal drivetrain components, but it has not insulated the chassis from the sort of component fatigue typical of these vehicles. A prospective buyer should treat the recurring track rod end advisory as a priority inspection item, since the play has been flagged at three consecutive tests and the component has not yet been replaced. On a test drive, listen for clonking or knocking from the front suspension over speed humps and rough surfaces, check for uneven tyre wear particularly on the outside edges which would confirm worn steering geometry, and verify that the steering returns to centre promptly without wandering. The fractured coil spring that caused the 2025 failure is also worth close attention, as coils weakened by impact damage or corrosion can fail progressively; listen for any metallic rattle from the rear suspension over bumps and inspect the offside rear wheel arch for signs of the spring seat dropping. Inspect the rear brake caliper on the offside for the binding issue noted in 2022, checking whether the wheel spins freely when jacked and whether the caliper slide pins move without resistance, as a seized caliper would generate pulling under braking and uneven pad wear. Finally, given the persistent advisory history, a thorough inspection of all suspension bushes, anti-roll bar linkages, drop links, and the nearside rear child seat anchorage area by a specialist would be advisable before purchase, accompanied by a test drive that includes emergency stops and motorway-speed cruising to confirm straight-line stability and brake balance.