NFPA 2400 Questions 67 - 130

While the RPIC performs an sUAS flight with a payload within designated airspace under the regulatory requirements, they should:

• Avoid flying over prisons.

• Avoid flying over schools.

• Avoid flying over hospitals.

• All of the above.

Can you be fined for flying over prisons and dropping off payloads such as cell phones or drugs?

• True

• False

When an sUAS performs a flight with different payload capabilities, they:

• Can drop leaflets over people during political rallies.

• Can map prisons without permission since they do not own the airspace above the facility.

• May map an area that is in Class G Airspace or areas approved by the FAA.

• Can drop money overcrowded ball game stadiums for marketing purposes.

When an sUAS performs payload operation while flying, they can:

• Map agriculture

• Map mudslides

• Map floods

• All of the above

When performing operation payload functions while in flight, the camera could capture:

• Video

• Photographs

• Infrared videos and photos

• All of the above

While in flight performing searches and rescues, the camera payload to pick up heat signature would be:

• Color spectral analysis

• Infrared aka FLIR

• RBG

• None of the above

When performing payload functionality while in flight, the operational controls of the sUAS allow the sUAS to:

• Fly up and down on a straight line

• Yaw right and left

• Roll left and right

• All of the above

When performing payload functionality while in flight, the operational controls usually allow sUAS to:

• Perform orbit turns

• Fly a certain track without rolling left or right.

• Follow and track a moving subject.

• All of the above

While performing pre-landing procedures, the RPIC needs knowledge of the aircraft system; which of the following is true?

• Can land autonomously

• Recognizes obstructions using obstacle avoidance systems

• Can be landed manually

• All of the above

While performing pre-landing procedures, the RPIC needs knowledge of the aircraft system allowing the pilot to hit "Return to Home" and fly back and land at the original take-off area.

• True

• False