Which three factors affect the effectiveness of the ejection system?

The effectiveness of an ejection system is significantly influenced by the dive angle, bank angle, and sink rate. Each of these factors plays a crucial role in the dynamics of ejection during an emergency situation.

The dive angle impacts the trajectory of the ejected pilot, affecting how quickly they can safely exit the aircraft and how they will descend after ejection. A steep dive angle can lead to increased speed and potential instability after ejection, making it more difficult for the pilot to regain control during the canopy's deployment.

The bank angle, which refers to the tilt of the aircraft relative to the horizontal plane, can alter the forces acting on the pilot during the ejection process. A significant bank angle may result in a more complicated egress due to centrifugal forces, which can potentially hinder the ability to safely deploy the parachute and manage the descent.

The sink rate pertains to how quickly the aircraft is descending. A high sink rate can lead to increased risk during ejection, as it reduces the time available for the pilot to deploy the parachute and distance from the aircraft before impact with the ground.

Understanding the interplay of these factors is essential for ensuring that an ejection system functions effectively, as they all influence the safety and outcomes of the ejection procedure