What happens if a remote pilot loses communication with their aircraft?

What happens if a remote pilot loses communication with their aircraft?

• A. The drone immediately lands
• B. The pilot must pilot the aircraft manually
• C. The aircraft follows a pre-determined flight plan
• D. The remote pilot must contact ATC

Answer: (C)

When a remote pilot loses communication with their aircraft, the correct response is for the aircraft to follow a pre-determined flight plan, known as a failsafe or return-to-home feature. This feature is designed to ensure that the drone can continue operating safely without direct input from the pilot. Most modern unmanned aircraft systems are equipped with autonomous capabilities that allow them to follow programmed routes, return to the launch point, or safely land in a designated area if communication is interrupted. This pre-determined flight plan is crucial for safety, as it helps to prevent the aircraft from becoming a hazard to people and property. The drone's system typically includes sensors and programming that allow it to navigate back to the launch point or the last known position, thus mitigating the risks associated with loss of control. The other options do not accurately reflect typical procedures in the event of lost communication. For instance, an immediate landing may not be feasible in all scenarios, particularly if the drone is flying at a high altitude or in a location where landing quickly could pose safety concerns. Manually piloting the aircraft is not possible since communication has been lost, and contacting Air Traffic Control (ATC) would not be applicable unless the drone is operating in controlled airspace and requires assistance, making

When a remote pilot loses communication with their aircraft, the correct response is for the aircraft to follow a pre-determined flight plan, known as a failsafe or return-to-home feature. This feature is designed to ensure that the drone can continue operating safely without direct input from the pilot. Most modern unmanned aircraft systems are equipped with autonomous capabilities that allow them to follow programmed routes, return to the launch point, or safely land in a designated area if communication is interrupted.

This pre-determined flight plan is crucial for safety, as it helps to prevent the aircraft from becoming a hazard to people and property. The drone's system typically includes sensors and programming that allow it to navigate back to the launch point or the last known position, thus mitigating the risks associated with loss of control.

The other options do not accurately reflect typical procedures in the event of lost communication. For instance, an immediate landing may not be feasible in all scenarios, particularly if the drone is flying at a high altitude or in a location where landing quickly could pose safety concerns. Manually piloting the aircraft is not possible since communication has been lost, and contacting Air Traffic Control (ATC) would not be applicable unless the drone is operating in controlled airspace and requires assistance, making