What condition must be met for a load to be deemed stable during rigging?

For a load to be deemed stable during rigging, one of the fundamental principles is that the center of gravity must be positioned above the supporting point. This is crucial because if the center of gravity is above the support, it indicates that the load is balanced and less likely to tip over or fall during lifting and transport. Stability is essential for safety, as an unstable load can lead to accidents, injuries, and damage to equipment or materials.

When the center of gravity is correctly positioned, it provides a solid base from which the load can be manipulated, ensuring that it remains stable while being rigged or moved. Understanding how to properly identify and manage the center of gravity in relation to the support structure is a key skill for anyone involved in rigging tasks, particularly in the telecommunications sector where equipment can be heavy and awkwardly shaped.

While the other options may contribute to the overall safety and handling of loads—such as ensuring the load is evenly distributed or secured with multiple straps—they do not specifically address the critical requirement of load stability regarding the center of gravity and the supporting point.