2010 Land Rover Freelander 2.2L Diesel · LP10 TVM

A clean sheet across every recorded DVSA test gives this 2010 Land Rover Freelander an unusually strong roadworthiness profile for its age. The most recent examination on 5 July 2025 recorded a pass with no advisories or defects, continuing an unbroken sequence of clean annual passes stretching back to at least 2022. The only entry breaking that pattern is a failed test on the same date as the 2022 pass, which strongly suggests an immediate re-test on the same visit rather than a lingering mechanical issue. With sixteen years of age, the absence of any recorded advisories for corrosion, suspension components, brake lines, exhaust integrity, or structural areas is a notable positive, particularly for a Freelander where subframe rust, rear trailing arm corrosion, and prop-shaft concerns are common MOT findings. Recorded mileage of 82,927 miles across roughly sixteen years equates to an annual accumulation of around 5,180 miles, which is well below the typical average and points to either genuinely light use or extended standing periods. The MOT history itself shows no multi-year gaps in testing, meaning the vehicle has been presented annually, but the modest year-on-year mileage progression between tests indicates periods of low activity. For a four-wheel-drive Freelander this usage profile carries two specific mechanical implications worth weighing: prolonged standing can dry out the viscous coupling in the IRD unit and allow moisture to collect inside the rear differential and half-shafts, while short journeys fail to keep the engine, turbo, and DPF (if fitted) fully up to temperature. Rubber components such as drive couplings, suspension bushes, and brake flexlines can also deteriorate from inactivity rather than wear, so the low mileage is not automatically a clean bill of health. Given the complete absence of recorded advisories, there is no specific component flagged in the MOT history to investigate, but a prospective buyer should still verify the areas where Freelanders of this generation commonly develop faults off the test sheet. On a test drive, listen for clonking or knocking from the front suspension over uneven surfaces, which would indicate worn lower wishbone bushes, drop links, or anti-roll bar bushes; check for any vibration or shunt through the transmission during tight turns, a known Freelander IRD failure symptom. Inspect the rear trailing arms, subframe mountings, and the underside of the spare wheel well for surface corrosion, as these areas are prone to advancing rust that may not yet have been recorded. Apply firm pressure to the brake pedal at low speed to feel for any judder suggesting warped front discs, and check for a spongy pedal or visible seepage around the front brake calipers and flex hoses, both known wear points on this model. It is also prudent to confirm the service history independently, particularly evidence of regular oil and filter changes at sensible intervals and any timing belt replacement documentation, as the chain-driven engines used in this generation still require periodic auxiliary drive belt and tensioner attention. Ask for a cold start and observe for any excessive diesel knock, blue smoke from the exhaust, or cooling system hesitation, all of which would warrant further investigation on a higher-mileage Freelander of this vintage. Confirm that the four-wheel-drive system engages correctly by selecting low range on a loose surface and feeling for binding or excessive wind-up, as the IRD and rear differential units are expensive to rectify. Given the strong MOT record but modest mileage, a pre-purchase inspection by a specialist familiar with the Freelander platform would be a sensible investment to confirm the mechanical condition behind the unblemished test history.