How is the load’s center of gravity used in planning a lift?

• A. It determines sling placement, rigging angle, and balance to prevent tipping and ensure stable lift.
• B. It only affects the color of slings.
• C. CG is not considered in lifts.
• D. CG is only used for stationary loads.

Answer: (A)

The load’s center of gravity is the point where its weight effectively acts, and that point must be kept aligned with the lifting point to maintain control and stability. In planning a lift, you choose sling attachment points and rigging angles so the load’s CG sits under the hook and the weight is shared evenly among the slings. This balance prevents tipping, swinging, or side loading that could cause a hazardous lift or overloading a sling or hook. The angle between slings and the spreader bar also affects how tension is distributed; poor angles can create lateral forces and increase the risk of loss of control. This consideration applies to any lift, not just stationary loads, and has nothing to do with sling color.