ATC Radios and Sectors

Another day, same drill, but the controller is talking to another airplane on another frequency, so you might hear say again more than once. ATC is often tasked to use multiple frequencies at once. Its not the easiest thing to do with people talking on both, but we adapt and prioritize. One way we adapt to prioritizing is by the airplanes speed. The faster they are going, the more likely it is that I need to get to them first before they enter another controllers airspace without coordination.

Elim Hawkins

Sunday, November 18, 2018 at 12:00 AM ET

Verified

Key Takeaways:

Air Traffic Control (ATC) dynamically combines and splits airspace sectors and their associated frequencies based on factors like traffic volume, weather, and staffing, leading to unpredictable changes in frequency assignments for pilots.
Pilots may not hear all air traffic because controllers often manage multiple frequencies (e.g., civilian VHF and military UHF) simultaneously, and combined sectors can result in traffic not audible on the pilot's specific frequency.
Given the unpredictable nature of these internal ATC adjustments, pilots should adapt by consistently following instructions, remaining vigilant, and understanding that such changes are a normal part of dynamic air traffic management.

See a mistake? Contact us.

You’re flying along and want to talk to the controller. The controller is already talking to another aircraft, but you don’t hear that aircraft. You key up after diligently waiting a few seconds and then speak. Yet as soon as you unkey the controller is already talking back, but not to you. The controller is talking to someone completely different.

Eventually, the controller is done talking to the other aircraft that you can’t hear, a few seconds pass, and then the controller calls you. But you never heard the other aircraft respond, so how can you tell when to start talking?