Which of the following hitches is best for lifting cylindrical loads?

The basket hitch is recognized as the best method for lifting cylindrical loads due to its unique design and ability to distribute weight more evenly across the load. This type of hitch involves wrapping the sling around the load in such a way that the weight is held securely in the cradle formed by the sling.

When lifting cylindrical loads, such as pipes or drums, using a basket hitch allows for better stability and decreases the risk of the load rolling or shifting during the lift. The design of the basket hitch also helps to maximize the lifting capacity of the sling by utilizing both ends of the sling to distribute the weight effectively.

In contrast, other hitches such as the bowline hitch, choker hitch, and figure-eight hitch may not provide the same level of security and stability for cylindrical shapes. A bowline hitch is more suited for creating a stable loop at the end of a rope rather than securing around a load. A choker hitch grips the load but can cause it to shift unpredictably, while the figure-eight hitch is more often used for securing objects and does not provide the necessary support and balance for lifting cylindrical loads.