I am a licensed drone pilot and have lead workshops about the ethical use of drones in journalism.
I was the lead author for what I propose to be ethical guidelines for drone journalism. My co-author colleagues include Katy Culver, Mickey Osterreicher and Matt Waite.
In July, the FAA announced that in 2018, it will be rolling out a new “instant waiver” program that should allow you to get an airspace waiver in minutes. The system is called the LAANC (Low Altitude Authorization and Notification Capability) program. (Follow the link to see which airports are actively using the program now.) The program is not active nationwide yet, but will roll out in 2018. Pilots can download the AirMap iOS or Android app and file for a waiver by entering the coordinates and times of where and when they want to fly and state how high and how long they intend to be in flight. And the FAA produced a map that makes it easier to see what kinds of restrictions you will encounter where you want to fly.
All drones weighing over .55 pounds must be registered by their owner at theFAADroneZone website. The cost of registration is $5 each, and the registration is valid 3 years.
Once the registration is completed, the FAA will provide a Registration Number beginning with the letters “FA.” This registration MUST be written somewhere on the drone’s body in a place that is easily visible. This may be on the exterior of the drone, or inside the battery compartment.
FAA Remote Pilot Certificate
The FAA requires all drone pilots who plan to use drones for commercial purposes to take an aptitude test and receive a Remote Pilot Certification. This certification test must be taken at a designated testing center, and the cost for each attempt is $150. Find a complete list of designated testing centers on the FAA’s website.
According to the FAA, pilots will be tested on the following factors:
- Applicable regulations relating to small unmanned aircraft system rating privileges, limitations, and flight operation
- Airspace classification and operating requirements, and flight restrictions affecting small unmanned aircraft operation
- Aviation weather sources and effects of weather on small unmanned aircraft performance
- Small unmanned aircraft loading and performance
- Emergency procedures
- Crew resource management
- Radio communication procedures
- Determining the performance of small unmanned aircraft
- Physiological effects of drugs and alcohol
- Aeronautical decision-making and judgment
- Airport operations
- Maintenance and preflight inspection procedures
Pilots must score an 80 percent or higher on the examination in order to receive their Remote Pilot’s Certificate. Once they’ve passed the examination, a pilot must submit FAA Form 8710-13 to complete their registration and receive their full certification as a Remote Pilot.
This certification is valid for 2 years, after which the pilot must re-test with the FAA.
The FAA has set a number of basic guidelines for drone operation by 107-certified pilots:
- Pilots are only permitted to fly during civil twilight (30 minutes before local, official sunrise or 30 minutes after local, official sunset) and daylight.
- Pilots must operate their drones at or below 400 feet, unless otherwise approved by the FAA.
- Pilots must all have 500 feet of cloud clearance above their drone.
- There must be a minimum visibility of 3 statute miles
- Drones must stay within the visual-line-of-sight for the Remote Pilot at all times, unless otherwise approved by the FAA.
- Pilots are not permitted to fly a drone over people.
- Drones may not be operated from a moving aircraft
- Drones may only be operated from a moving vehicle in a sparsely populated area.
- Pilots may only fly drones in Class G airspace without a waiver.
- Pilots MUST give way to other aircraft
Drone pilots flying under Part 107 are subject to the guidelines of designated airspaces. The Pilot in Command is responsible for checking the airspace and acquiring the appropriate waivers. Pilots must also get express permission from air traffic control if flying within controlled air space.
Class A cannot be reached by drone pilots. It reaches from 18,000 feet to 60,000 feet.
Class B airspace is the airspace immediately surrounding major airports, and stretches from the ground to 10,000 feet. It’s shaped like a funnel, with the widest area covered at the top of the airspace, and with progressively smaller circles at designated altitudes. These altitudes can be found on a VFR map. Pilots planning to fly in these areas MUST get a waiver and MUST notify air traffic control.
Class B airspace is represented by a solid blue line encompassing the region.
Class C airspace is similar in shape to the Class B airspace. The airspace covers mid-sized airports, is funnel-shaped, and stretches from the surface up to 4,000 feet. At its widest, Class C is 10 miles in radius, and around the airport at the surface, its radius is 5 miles. Pilots planning to fly in these areas MUST get a waiver and MUST notify air traffic control.
Class C airspace is represented by a solid magenta line encompassing the region.
Class D airspace is around the smallest airports, and is a cylindrical region with a radius of 4 miles, and the maximum altitude of the airspace will be listed on a VFR map. Pilots planning to fly in these areas MUST get a waiver and MUST notify air traffic control.
Class D airspace is represented by a dotted blue line encompassing the region.
Class E airspace is the layer of air between Class G and Class A airspace. It’s lower limit is determined by Class G, and can range from the surface to 1200 feet. It’s upper limit stops at Class A airspace, at 18,000 feet. Pilots planning to fly in these areasMUST get a waiver and MUST notify air traffic control.
Class E airspace that begins at the surface is represented by a dotted magenta line encompassing the region.
Class E airspace that begins at 700 feet is represented by a gradient blue line encompassing the region.
Class E airspace that begins at 1200 feet is represented by a gradient magenta line encompassing the region.
Class G airspace stretches from the surface to either 700 feet or 1200 feet, and is open for pilots to fly during daylight hours and during civil twilight. Pilots should check the FAA’s B4UFLY app in order to ensure the airspace is clear for flight.
Temporary Flight Restrictions
Temporary Flight Restrictions (TFRs) are put in place when an important figure or event is happening in the region. It will be represented by a solid red line encompassing the area, and pilots are NOT to fly within its boundaries, or they will be subject to hefty fines from the FAA and possibly loss of their Remote Pilot’s Certificate.
If a stadium is hosting an event and can seat more than 30,000 people, a Temporary Flight Restriction will be put in place an hour before the event and will last until an hour after the event. Pilots are not allowed to fly within its boundaries, and will be subject to fines and detainment if they choose to do so.
Special Use Airspace
Special Use Airspace are regions that are more specifically controlled by the FAA or the entity that owns them. The FAA designates these regions as Special Use Airspace:
- Prohibited areas
Flight of any aircraft is prohibited in these areas
- Restricted areas
Restricted areas are regions that have been deemed hazardous for pilots, and as such, pilots are required to contact the FAA or the entity who owns the region to get approval before flying
- Warning areas – Located over water
Warning areas are like Restricted areas, but they are over water. Pilots should get approval from the FAA or the entity who owns the region before flying.
- Military operation areas (MOAs)
Military Operating Areas are regions where military activity is common. It may not always be active, so pilots should get approval from air traffic control before flying
- Alert areas
Alert Areas contain an unusual type of air activity, such as pilot training, and pilots can fly in these areas without approval, but should exercise extra caution.
- Controlled firing areas (CFAs)
Controlled Firing Areas are regions that contain activities that might be hazardous to aircrafts. Pilots are allowed to fly in these areas because a lookout will inform the entity to cease activities and give way for the aircraft.