As aerial extension increases, what must also happen to the aerial loading?

In the context of aerial apparatus operation and fireground tactics, as the extension of an aerial device, such as a ladder or platform, increases, the aerial loading must decrease. This is due to the physical limitations and safety considerations associated with operating at greater heights.

When an aerial device is extended, it becomes more susceptible to tipping and instability due to the increased leverage that occurs. This is why it's crucial to maintain a lower load when the extension is at a maximum. By reducing the aerial loading, the stability of the apparatus is enhanced, helping to prevent accidents and equipment failure. Ensuring that the load remains within safe limits while the extension increases is fundamental to maintaining control and safety for the personnel operating the equipment and those in the vicinity.

Maintaining steady, increasing, or stabilizing the loading without adjusting for the increased extension would compromise the safety margins needed when working at height, which could lead to dangerous consequences for both firefighters and civilians.