What action might cause ballooning errors during landing?

What action might cause ballooning errors during landing?

• A. Failure to follow approach speed
• B. Rapidly raising the nose too early
• C. Entering a go-around too late
• D. Not using enough descent rate

Answer: (B)

Raising the nose too early during the landing phase can contribute to ballooning errors. Ballooning occurs when the aircraft begins to lose its proper descent trajectory, causing it to climb instead of continuing on a controlled approach to the runway. When the nose is raised prematurely, the aircraft may gain altitude instead of maintaining the ideal glide path. This can result in an increase in lift, which counteracts the intended descent rate. Proper timing and control of the aircraft’s pitch are crucial to ensuring a smooth landing; thus, having the correct nose attitude at the appropriate moments is vital for a successful touchdown. In this context, maintaining an appropriate approach speed, timing a go-around correctly, and ensuring an adequate descent rate are also important to achieving a stable landing. However, they do not directly result in the immediate ballooning effect that arises from an upward pitch change executed too soon.

Raising the nose too early during the landing phase can contribute to ballooning errors. Ballooning occurs when the aircraft begins to lose its proper descent trajectory, causing it to climb instead of continuing on a controlled approach to the runway. When the nose is raised prematurely, the aircraft may gain altitude instead of maintaining the ideal glide path. This can result in an increase in lift, which counteracts the intended descent rate. Proper timing and control of the aircraft’s pitch are crucial to ensuring a smooth landing; thus, having the correct nose attitude at the appropriate moments is vital for a successful touchdown.

In this context, maintaining an appropriate approach speed, timing a go-around correctly, and ensuring an adequate descent rate are also important to achieving a stable landing. However, they do not directly result in the immediate ballooning effect that arises from an upward pitch change executed too soon.