What condition can lead to less tipping resistance during a lift?

An unbalanced load can lead to less tipping resistance during a lift because it causes the center of gravity to shift away from the crane's base. When a load is unbalanced, the weight distribution is not centered, which increases the risk of tipping. The crane's stability is highly dependent on the positioning of the load in relation to the center of the base. When the load is uneven, the forces acting on the crane become imbalanced, which can compromise its designed tipping resistance.

For instance, if a load is positioned significantly to one side, it can create a torque effect that exacerbates the likelihood of the crane tipping over. Proper load management is essential for maintaining stability and ensuring safety during crane operations. Recognizing the importance of load balance is crucial for operators in preventing situations that could lead to accidents or equipment failure.