2011 Land Rover Freelander 2.2L Diesel · PE11 AAV

A dominant feature of this Freelander’s MOT history is the recurring corrosion advisories on the front and rear sub‑frames and front suspension arms, with a recent major defect recorded for the off‑side front drive‑shaft CV boot. The vehicle passed its latest test on 25 June 2026, but the same corrosion notes persisted, and a failure on 17 June 2026 highlighted that the CV boot split had been addressed sufficiently to clear the test. The pattern shows a steady presence of non‑structural rust issues, while the only outright failure was the CV boot, suggesting that the primary mechanical risk centres on progressive corrosion and the integrity of the front driveline. At 93,126 mi the car averages just over 6,200 mi per year, which sits within a typical usage envelope for a fifteen‑year‑old 4×4. There are no significant gaps in the MOT chronology, indicating the vehicle has been regularly inspected each year. The relatively modest annual mileage reduces the rate of wear on consumables such as brake pads and tyres, but it does not mitigate the cumulative effect of corrosion on load‑bearing members, especially given the vehicle’s age and the exposure of a Freelander’s under‑body to harsh conditions. Prospective buyers should give particular attention to the sub‑frame and suspension arm condition. On a visual inspection, look for any flaking, bubbling, or deep pitting around the front sub‑frame rails, rear sub‑frame, and the near‑side/off‑side front suspension arms; any signs of structural weakening would be a serious safety concern. During a low‑speed drive, listen for clunking or knocking over bumps, which can indicate deteriorating bushings or compromised arm integrity. Check the rear wheel alignment and tyre wear patterns for asymmetry that might betray hidden suspension play. The CV joint boot on the off‑side front drive‑shaft, flagged as a major failure in June 2026, must be examined for any fresh cracks, grease leakage, or abnormal noises such as a clicking or whirring when accelerating from a standstill. A thorough test‑drive should include a gentle acceleration and deceleration sweep to detect any judder or vibration that could signal residual CV joint wear. Additionally, the 2023 advisory about a defective central exhaust mounting warrants a visual check for cracked or loose brackets and a brief engine‑idling test to ensure no excessive rattling is present. Addressing these specific items before purchase will clarify whether the corrosion remains merely cosmetic or has progressed to a point where structural repair is required.