What should be confirmed before executing an aerial operation in windy conditions?

Before executing an aerial operation in windy conditions, it is crucial to confirm that the aerial device can remain stable. Stability is a fundamental aspect that directly impacts the safety and effectiveness of the operation. High winds can significantly affect the aerial apparatus's capability to maintain its position and operate safely. If the device is not stable, it might lead to dangerous situations, such as tipping, uncontrolled movement, or difficulty in maneuvering.

Assessing the stability of the aerial device involves considering its design, weight distribution, and the effectiveness of its stabilizers or outriggers. Such stability confirms that the apparatus can withstand lateral forces caused by wind, allowing personnel to perform their tasks without risking their safety.

While other factors, such as wind speed, wind direction, and securing personnel, are important in evaluating safety and operational effectiveness, ensuring that the aerial device itself is stable takes precedence and is a critical step in the pre-operation checks for aerial firefighting in adverse weather conditions. This ensures that all subsequent actions can be performed within a safe framework, reducing the risk of accidents and potential hazards during the operation.