In a situation where the airspeed limit is exceeded in Class C airspace, what can result?

In a situation where the airspeed limit is exceeded in Class C airspace, what can result?

• A. Increased fuel efficiency
• B. Loss of aircraft control
• C. Faster landing
• D. Avoiding turbulence

Answer: (B)

Exceeding the airspeed limit in Class C airspace can lead to a loss of aircraft control, making this the correct answer. Class C airspace is designed to provide a safe and orderly flow of air traffic, typically surrounding busy airports. Each class of airspace has specific regulations, including speed limits, to ensure that aircraft maintain safe distances from one another, especially during takeoff, landing, and while under air traffic control. When an aircraft exceeds the specified airspeed limit, it can impair the pilot's ability to manage the aircraft effectively. Higher speeds can make it more difficult to maneuver, particularly at lower altitudes where control response is critical. Additionally, operating at excessive speeds can increase the risk of entering an aerodynamic stall or losing control due to increased drag and the potential for exceeding the aircraft's structural limits. While it may seem that faster landing or increased fuel efficiency could be potential outcomes, they are not valid benefits in this context. Exceeding airspeed limits does not contribute positively to landing performance and can, in fact, complicate landing maneuvers. In terms of fuel efficiency, flying faster often increases fuel consumption rather than improving it. Avoiding turbulence is also unrelated, as turbulence is weather-related and not influenced by airspeed

Exceeding the airspeed limit in Class C airspace can lead to a loss of aircraft control, making this the correct answer. Class C airspace is designed to provide a safe and orderly flow of air traffic, typically surrounding busy airports. Each class of airspace has specific regulations, including speed limits, to ensure that aircraft maintain safe distances from one another, especially during takeoff, landing, and while under air traffic control.

When an aircraft exceeds the specified airspeed limit, it can impair the pilot's ability to manage the aircraft effectively. Higher speeds can make it more difficult to maneuver, particularly at lower altitudes where control response is critical. Additionally, operating at excessive speeds can increase the risk of entering an aerodynamic stall or losing control due to increased drag and the potential for exceeding the aircraft's structural limits.

While it may seem that faster landing or increased fuel efficiency could be potential outcomes, they are not valid benefits in this context. Exceeding airspeed limits does not contribute positively to landing performance and can, in fact, complicate landing maneuvers. In terms of fuel efficiency, flying faster often increases fuel consumption rather than improving it. Avoiding turbulence is also unrelated, as turbulence is weather-related and not influenced by airspeed