2010 Land Rover Freelander 2.2L Diesel · B15 NAP

A fully rectified MOT status with no advisories or defects recorded on any of the documented tests presents an essentially clean roadworthiness record for this 2010 Land Rover Freelander, though the pattern of a fail immediately followed by a pass on the same day in both 2025 and 2026 is worth examining carefully. On 5 February 2026 the vehicle passed with no defects recorded, having apparently rectified an unspecified failure earlier the same day, and a similar sequence occurred on 27 February 2025 following a fail on 18 February 2025. The fact that no defect details are recorded against either failure means the items cannot be pinpointed with certainty, but a same-day or near-immediate pass after a fail typically indicates a relatively minor or quickly addressable concern such as a bulb replacement, a wiper blade swap, an emissions adjustment, or a brake or tyre issue remedied without parts requiring extended sourcing. The intervening 2024 test was a straightforward pass with no advisories, confirming a stable and consistent pattern of roadworthiness compliance across the recent testing cycle with no chronic or escalating mechanical issues documented. With approximately 148,335 miles accumulated over a 16-year life, this Freelander averages around 9,271 miles annually, which is broadly in line with typical usage for a vehicle of this age and category and points to consistent rather than extreme use. There are no extended gaps in the MOT testing history that would suggest a long period off the road with potential complications from standing, such as seized brakes, perished rubber, or dried drivetrain seals, and there is no evidence in the records of a sudden mileage surge that might indicate an inconsistent odometer or an unusually high annual accumulation. The mileage trajectory suggests a vehicle that has been in regular service throughout its life, which mechanically means consumables such as brake discs, pads, tyres, suspension bushes, and exhaust components are likely to have been replaced at intervals rather than suffering the degradation associated with either very high mileage or prolonged inactivity. Given the Land Rover Freelander's known mechanical characteristics, the steady annual mileage is broadly favourable, though the absolute total still warrants attention to wear items that have accumulated over a large distance. From a buyer's perspective, the absence of recorded advisories across all documented tests is positive but should not lead to complacency, as the same-day fail-pass sequences warrant closer physical inspection to confirm the nature of what was rectified. Particular attention should be paid to the lighting and electrical system, wiper functionality, tyre condition including sidewalls, and exhaust emissions, as these are the categories most commonly associated with quick-fix MOT failures. On a test drive, listen for any irregular engine note, hesitation under acceleration, or warning lights on the dashboard, particularly any signs of EGR, swirl flap, or diesel particulate filter issues which are common on Freelander TD4 variants and would not always generate an advisory if the vehicle was running within tolerance on the day of test. The Freelander is also known for specific mechanical vulnerabilities in the suspension and drivetrain, and despite no advisories being recorded, a prospective buyer should physically inspect the front and rear suspension arms, anti-roll bar bushes, and rear trailing arm bushes for cracking or perishing, and check for any play in the wheel bearings or driveshaft joints. At the rear, watch for any knocking or wandering over uneven road surfaces which can indicate worn radius arm or bushes. The brake system should be examined for binding calipers, uneven disc wear, and any corrosion of brake pipes or flexi hoses, particularly given the high overall mileage. Underneath the vehicle, inspect the subframe, mounting points, and exhaust hangers for corrosion, and check for any oil misting or dampness around the engine and transfer box which would indicate developing leaks. The steering should feel precise without excessive play or vibration, and the gearbox should select cleanly through all ranges including reverse and any low-range transfer box settings if fitted, as any roughness or clunking during the test drive could indicate underlying wear that the clean MOT record does not reflect.