How do proper rigging and balance contribute to preventing tipping during a lift?

• A. Only ensures faster lifts.
• B. Eliminates the need for spotters.
• C. Maintains balance and distribution of load, preventing overload on any leg and ensuring safe operation.
• D. Rigid rigging automatically corrects CG.

Answer: (C)

Maintaining a stable load path and center of gravity during a lift is what keeps the crane from tipping. When rigging is done properly, the load is supported in a way that distributes weight evenly across all supporting points and aligns the lift line with the crane’s vertical pulling direction. This keeps the center of gravity from shifting toward one side or overloading a single leg, which would create a tipping moment.

Using appropriate rigging components—like spreader bars, properly sized slings, and correct attachment points—helps keep the load balanced and prevents sway or rotation as it climbs. The result is a more predictable lift where the load’s weight remains over the crane’s base of support, and the crane can operate within its rated capacity.

Rigid rigging doesn’t automatically correct the center of gravity; it must be arranged to position the load so the CG stays in the safe zone. Speed isn’t the goal here, and spotters are still needed to monitor conditions.