What might occur if the automatic airbrake system fails?

What might occur if the automatic airbrake system fails?

• A. Landing will be smoother
• B. The risk of bounce after touchdown increases
• C. Braking distance will shorten
• D. No impact is expected

Answer: (B)

The automatic airbrake system on the Dassault Falcon 7X is designed to enhance the aircraft's deceleration during landing by deploying airbrakes under specific conditions. If this system fails, the ability to reduce speed efficiently on touchdown is compromised. As a result, the aircraft may not settle onto the runway as smoothly and effectively, increasing the likelihood of a bounce after touchdown. This happens because without the additional drag from the airbrakes, the aircraft may retain more speed than desired, which can lead to a less controlled touchdown and an increased risk of bouncing back into the air. In contrast, a smoother landing and shorter braking distances are more likely to occur when the automatic airbrake system is functioning properly, as it assists in managing the descent and approach speed. Expecting no impact from such a failure would overlook the critical role the airbrake system plays in the overall landing performance of the aircraft. Hence, understanding the function of the automatic airbrake system is crucial to recognizing the risks associated with its malfunction.

The automatic airbrake system on the Dassault Falcon 7X is designed to enhance the aircraft's deceleration during landing by deploying airbrakes under specific conditions. If this system fails, the ability to reduce speed efficiently on touchdown is compromised. As a result, the aircraft may not settle onto the runway as smoothly and effectively, increasing the likelihood of a bounce after touchdown. This happens because without the additional drag from the airbrakes, the aircraft may retain more speed than desired, which can lead to a less controlled touchdown and an increased risk of bouncing back into the air.

In contrast, a smoother landing and shorter braking distances are more likely to occur when the automatic airbrake system is functioning properly, as it assists in managing the descent and approach speed. Expecting no impact from such a failure would overlook the critical role the airbrake system plays in the overall landing performance of the aircraft. Hence, understanding the function of the automatic airbrake system is crucial to recognizing the risks associated with its malfunction.