2010 Land Rover Freelander 2.2L Diesel · OV60 VAD

The most recent MOT, carried out on 3 December 2025, was passed with no recorded defects, indicating that the vehicle met the statutory safety and emissions standards at that time. Over the seven‑year MOT record the pattern shows a series of low‑severity advisories – principally tyre perishing and a rear‑tyre nail – but no outright failures, suggesting a generally stable maintenance regime with only minor, recurring wear items that have been monitored rather than allowed to deteriorate into safety‑critical faults. At 54,741 miles the 2010 Freelander averages roughly 3,400 miles per annum, a usage rate well below the typical 8‑10 000 miles per year for a vehicle of this age. The low annual mileage points to either limited daily use or prolonged periods of inactivity, both of which can lead to age‑related degradation of rubber, seals and metal components despite the modest distance covered. The absence of any large mileage spikes or gaps in the MOT chronology reinforces the impression that the vehicle has not been subjected to intensive duty cycles, but it also raises the possibility of moisture ingress, battery sulphation and tyre perishing that are common in cars that sit for extended periods. Prospective buyers should give particular attention to the front and rear tyres, as multiple advisories have highlighted slight damage, cracking and perishing. Inspect the tread depth, sidewall integrity and look for any embedded foreign objects; a tyre that is near the legal minimum tread (1.6 mm) or shows dry‑rot will need replacement promptly. During a test drive listen for thumping, vibration or a hollow feel that may indicate internal tyre damage, and feel for any pull or wander that could be caused by uneven wear. Verify that the wheel rims are free from corrosion or cracks, and confirm that the tyre pressure monitoring system (if fitted) is operational. Given the vehicle’s age and low mileage, a thorough age‑related check is advisable. Examine the battery for signs of sulphation, low cranking power and ensure the terminals are clean; a load test or a modern digital tester will reveal any hidden weakness. Inspect the suspension bushings, ball joints and coil springs for cracking, corrosion or excessive play, as rubber components can deteriorate even with limited use. Check the brake discs for surface rust, scoring or uneven thickness, and verify that the calipers move freely without binding; any shudder or pulsation under braking could indicate disc wear or stuck pistons. Finally, confirm that all fluid reservoirs – engine oil, coolant, brake fluid and power‑steering fluid – have been replaced in accordance with the manufacturer’s calendar intervals, as fluids degrade over time regardless of mileage and can lead to premature component wear if neglected.