2010 Land Rover Freelander 2 2.2L Diesel · AV60 VGD

This sixteen-year-old Freelander presents an unusually clean MOT history, with four consecutive passes recorded between September 2022 and September 2025 and not a single advisory logged across those examinations. The only blemish is an unexplained failed test on 2 September 2022 that, notably, carried no recorded defects, suggesting an administrative or procedural refusal rather than a mechanical concern, since the vehicle returned to the test station just ten days later and passed cleanly. The absence of advisories over four full annual tests is a positive indicator of roadworthiness, but it is worth recognising that the Freelander platform has well-known vulnerabilities, particularly around its front subframe, rear trailing arm bushes, and Haldex-type coupling, which do not always trigger advisory-level defects even when wear is present. The most recent test on 17 September 2025 confirms the vehicle remained compliant at that point, though prospective buyers should not interpret a clean MOT as a definitive mechanical clearance given the age and mileage involved. Recorded mileage of 153,614 over sixteen years equates to approximately 9,600 miles annually, which sits broadly within the typical band for a vehicle of this age and reflects steady, consistent use rather than long periods of inactivity or extreme accumulation in short windows. Mechanical implications of this mileage profile centre on wear to consumables and drivetrain components expected to deteriorate in line with distance covered, including brake discs and pads, suspension bushes and coil springs, driveshaft CV joints, and exhaust system components including the DPF and associated sensors on the diesel variants. The continuous annual testing pattern with no significant mileage gaps indicates the vehicle has remained in active service throughout, which generally reduces the risk of seized calipers, perished rubber seals, or fuel system issues associated with extended standing periods. Given the absence of any recorded advisories, a physical inspection should focus closely on the components most prone to wear on the Freelander that may not yet have reached advisory threshold. The front subframe mounting points should be examined for corrosion, as this is a structural integrity issue that can develop progressively and warrants a thorough underbody assessment, ideally on a ramp. The rear trailing arm bushes are a known weak point and should be checked for cracking or deformation, while the front lower suspension arms and anti-roll bar drop links should be inspected for play. On a test drive, listen for clonking or knocking noises from the front suspension over uneven surfaces, particularly speed humps and potholes, which would suggest worn bushes or top mounts, and feel for any vagueness or knocking through the steering wheel that could indicate worn track rod ends or drop link play. Brake system condition should be verified through a firm pedal with no excessive travel or sponginess, and any pulling to one side under braking would warrant further investigation of caliper operation or hydraulic balance. The diesel powertrain should be tested from cold if possible, paying attention to excessive smoke on start-up, any hesitation or misfire, and the operation of the DPF regeneration cycle, which on high-mileage diesel Freelander TD4 variants can become problematic. Steering should feel precise without undue vibration through the wheel, and the four-wheel-drive system should be checked for binding or shunt through tight turns, particularly on full lock, which would indicate wear within the IRD or differential coupling. Finally, inspect the underbody and exhaust system for rust, oil leaks from the engine and transfer box, and any signs of fluid contamination on chassis components, as a clean MOT paper trail does not preclude developing issues that simply had not crossed the advisory threshold at the time of testing.