2007 Land Rover Freelander 2.2L Diesel · HF07 DVV

The most recent MOT, passed on 13 January 2025 at 138,899 miles, was preceded by a significant failure only seven days earlier on 6 January 2025 at 138,895 miles. That failure revealed a cluster of serious braking defects: a front brake disc significantly worn, the service brake pulling the vehicle to the nearside, and the offside front brake grabbing severely, all alongside an oil leak and an insecure rear exhaust heatshield. The fact that these faults were rectified within a week suggests a reactive repair rather than proactive maintenance. The maintenance trend over the full record is uneven, with recurring issues pointing to a pattern of deferred attention rather than consistent preventative care. The mileage progression tells a story of very light recent use. Between the October 2022 test at 130,200 miles and the January 2025 test at 138,899 miles, the vehicle covered just 8,699 miles over approximately two years and three months. This is a sharp drop from the earlier pattern, where the vehicle covered roughly 3,889 miles in the twelve months between October 2021 and October 2022. The annualised average of around 7,310 miles across its nineteen-year life is typical, but the recent accumulation rate has fallen dramatically. Such low mileage can mask deterioration caused by long periods of standing, including dried-out rubber components, stale fuel, and corrosion in brake lines and suspension bushes that regular use would otherwise help prevent. A buyer should approach this Freelander with close attention to the braking system and suspension, given the repeated failures in these areas. The January 2025 failure flagged a grabbing offside front caliper and a worn disc, while the October 2022 failure identified excessively worn rear anti-roll bar linkage ball joints on both sides. Even though the 2021 test noted only slight play in those same ball joints, the rapid progression to excessive wear within twelve months suggests the suspension components are deteriorating and may require replacement again soon. The persistent oil leak, noted as not excessive in both January 2025 tests, warrants investigation for its source, as it could indicate failing gaskets or seals that worsen over time. The insecure rear exhaust heatshield, present in both the January 2025 failure and pass, is a minor but telling detail. It points to loose or corroded fixings that could eventually detach, posing a risk to the underbody or exhaust system. Combined with the insecure offside rear mudflap flagged in the same failure, it suggests the vehicle's secondary fittings have not been maintained with care. A thorough underbody inspection is essential, checking for corrosion on the chassis, brake lines, and suspension mounting points, particularly given the vehicle's age and the likelihood of water ingress during long periods of inactivity.