During arrival, what automation approach is advised until workload rises to safety and efficiency concerns?

During arrival, what automation approach is advised until workload rises to safety and efficiency concerns?

• A. Program and use automation until the workload increases to a level affecting safety and efficiency.
• B. Disable automation entirely during arrival.
• C. Fly manually during arrival.
• D. Maintain automation at maximum level throughout arrival.

Answer: (A)

The idea being tested is using automation to manage workload during arrival while staying ready to adjust as conditions change. You set up and rely on automation to handle the routine tasks of the arrival, which reduces your mental load and helps keep speed, flight path, and descent precise. Do this up to the point where the workload begins to threaten safety or efficiency; at that stage, you adjust as needed—intervening manually or changing automation as appropriate. This approach balances the benefits of automation with the need to maintain safety and efficiency. Disabling automation entirely, flying manually the whole way, or keeping automation at maximum the entire time would either unnecessarily increase workload or fail to adapt to changing conditions.

The idea being tested is using automation to manage workload during arrival while staying ready to adjust as conditions change. You set up and rely on automation to handle the routine tasks of the arrival, which reduces your mental load and helps keep speed, flight path, and descent precise. Do this up to the point where the workload begins to threaten safety or efficiency; at that stage, you adjust as needed—intervening manually or changing automation as appropriate. This approach balances the benefits of automation with the need to maintain safety and efficiency. Disabling automation entirely, flying manually the whole way, or keeping automation at maximum the entire time would either unnecessarily increase workload or fail to adapt to changing conditions.