To achieve load stability when lifting, the attachment points should be located?

• A. Above the center of gravity
• B. At the center of gravity
• C. Below the center of gravity
• D. Far from the center of gravity

Answer: (A)

Stability during a lift is governed by how the lifting forces interact with the load’s weight and its center of gravity. When the attachment points are above the center of gravity, the load tends to align so that the center of gravity sits directly under the lifting point as it rises. This natural alignment helps keep the load upright and minimizes rotation or tipping, which reduces sway and makes the lift more controllable.

If the attachments were at or below the center of gravity, the geometry would create tipping or rotational moments that can make the load swing or rotate unpredictably, increasing the risk during lifting and placement.

So, placing the attachment points above the center of gravity is the configuration that promotes a more stable, predictable lift.