Where should the lifting point ideally be positioned in relation to the center of gravity?

When lifting heavy objects, the ideal lifting point should be positioned above the center of gravity. This positioning helps stabilize the load during the lift. By having the lifting point above the center of gravity, gravitational forces create a natural leverage effect that facilitates control over the object being raised. It minimizes the risk of the object tipping or rotating unpredictably while it is lifted.

Additionally, lifting from above the center of gravity allows for a greater distribution of forces, enhancing safety and efficiency during the operation. This principle is crucial in rescue scenarios where collapsing structures may have unpredictable centers of gravity due to their compromised integrity.

In contrast, positioning the lifting point at or below the center of gravity tends to make the load less stable, increasing the chances of an unsafe lift. If the lifting point is below the center of gravity, it can create a pendulum effect that might cause the load to swing or rotate uncontrollably, which is particularly dangerous in a rescue situation.