Why should all aerial device movement be characterized as slow, smooth, and controlled?

Characterizing all aerial device movement as slow, smooth, and controlled is crucial because it directly relates to the forces generated during operation. Rapid or jerky movements can create significant dynamic forces on the aerial device, leading to potential instability, mishandling, or even equipment failure.

When movements are slow and smooth, it allows the operator to maintain better control over the device, ensuring that the center of gravity remains balanced and that the device does not sway excessively. This is particularly important when extended to heights or in windy conditions, where oscillations can amplify the forces acting on the device. The control of these forces helps ensure the safety of both the operators and the public, as well as preserving the integrity of the aerial apparatus.

Additionally, while factors like fuel conservation, wear on equipment, and adherence to standard operating procedures are relevant to operational considerations, the primary concern when discussing the movement of aerial devices centers around the forces generated and the overall safety and stability of the operation.