Failure to align the load’s center of gravity with the hoisting point can lead to what outcome?

• A. Reduced sling wear
• B. Increased balance and stability
• C. Load tipping or unexpected movement
• D. Longer sling life

Answer: (C)

When the load’s center of gravity isn’t aligned with the hoisting point, the lifting force doesn’t pass through the weight’s balance point. That creates a turning moment around the hook, causing the load to tilt toward the side of the offset and to move unpredictably. The farther the CG is from the hoist point, the larger the moment, increasing the risk of tipping, swinging, or shifting during the lift. Wind, friction, and improper rigging can amplify this effect, making control of the load unsafe.

That’s why this situation leads to load tipping or unexpected movement. It wouldn’t improve sling wear or stability; in fact, misalignment typically makes control harder and increases wear and danger. To prevent this, riggers balance the load with proper sling placement, use spreaders to keep the load stable, and guide the load with taglines if needed so the CG remains aligned with the hoist line.