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Protecting Against Rogue Drones


May 14, 2020


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As of March 2020, the Federal Aviation Administration
(FAA) had registered more than 1.5 million unmanned
aircraft systems (UAS), often referred to as drones. More
than 70% are operated by recreational users. FAA estimates
that by 2024, about 2.3 million UAS, including 1.5 million
recreational drones and model aircraft and about 800,000
commercial UAS, will be registered to fly in U.S. airspace.
As the UAS market expands, there may be an increasing
risk that rogue drones that either fail to obey safety rules or
are operated for nefarious purposes could threaten manned
aircraft operations, airports, critical infrastructure facilities,
and high-profile events. These concerns have prompted
Congress to examine options for detecting and interdicting
drones.
The FAA Modernization and Reform Act of 2012 (P.L.
112-95) mandated that FAA develop a plan to integrate
UAS into the national airspace and promulgate regulations
allowing certain commercial drone operations. In 2016,
FAA issued regulations (14 C.F.R. Part 107) allowing
routine operations of commercial UAS weighing less than
55 pounds so long as they are conducted during daylight
hours, in good visibility, and at low altitude, provided the
drones remain within the operator's visual line of sight and
away from airports and manned aircraft. FAA may grant
waivers to these restrictions on a case-by-case basis.
UAS flown strictly for noncommercial purposes, including
recreational drones and radio-controlled model aircraft that
can sometimes be much larger than the 55-pound limit for
commercial UAS, were exempted from these rules and,
instead, operate under safety guidelines set by recreational
user groups. Like commercial operators, recreational users
must register with FAA and may do so through an online
registration system. The FAA Reauthorization Act of 2018
(P.L. 115-254) imposed additional requirements for
hobbyists, limiting recreational drone flights to altitudes at
or below 400 feet and mandating FAA institute testing to
assess operators' knowledge of airspace and safety
regulations. FAA is in the process of implementing these
testing requirements.


These requirements that recreational drones remain at low
altitudes and that operators learn safety rules were imposed
following close calls and collisions with manned aircraft.
Between 2016 and 2019, airline pilots reported, on average,
more than 100 drone sightings per month to FAA, and
social media have transmitted photos and videos taken by
drones in close proximity to airports and passenger
airliners. In September 2017, a hobby drone launched from
a park in Brooklyn, New York, was intentionally flown
beyond its operator's line of sight and collided with a U.S.
Army Black Hawk helicopter patrolling a temporary no-fly


zone around New York City. The helicopter landed safely,
but the incident damaged the main rotor assembly, where
fragments of the drone were found. The following month, a
drone struck a chartered turboprop near Quebec City,
Canada. That aircraft also was damaged but managed to
land safely. FAA-sponsored research has found that
collisions with drones weighing eight pounds or less can
cause more structural damage than collisions with birds of
similar weight. Experts fear that a collision between a small
drone and a manned aircraft, or a drone being ingested into
a jet engine, could be catastrophic.
Airport officials have treated drone threats with
considerable caution. In December 2018, hundreds of
flights at London's Gatwick airport were canceled over a
three-day period after multiple drone sightings near the
runway. Three weeks later, London's Heathrow airport was
also briefly shut down due to a drone sighting, as was
Newark-Liberty Airport in New Jersey in January 2019.
In addition to careless and reckless drone operations,
homeland security and law enforcement agencies have
uncovered incidents involving drones transporting illegal
drugs across U.S. borders, dropping contraband into prison
yards, and conducting industrial espionage. The Federal
Bureau of Investigation (FBI) has warned of an escalating
threat that terrorists and transnational criminal
organizations might launch domestic drone attacks on
critical infrastructure facilities, landmarks, and high-profile
mass gatherings, citing the use of reconnaissance and
weaponized drones by insurgents in Afghanistan, Iraq, and
Syria. In 2011, the FBI thwarted a terrorist plot to attack the
Pentagon and the U.S. Capitol with explosives-laden model
aircraft.

C,\,-,,tr<AHfng the Threat
FAA has encouraged UAS manufacturers to incorporate
technology that could reduce the risk of rogue operations,
such as built-in geofencing capabilities that prevent the
drone from entering airspace that is off-limits to UAS.
These systems, however, may not have current information,
as they usually require the operator to keep airspace data up
to date. FAA has also developed the Low Altitude
Authorization and Notification Capability (LAANC)
system to disseminate information regarding low-altitude
controlled airspace in the vicinity of airports and to grant
airspace access to certain commercial UAS operations on a
case-by-case basis. In the future, FAA envisions that these
resources will be integrated with Remote Identification
capabilities to monitor compliance.


The FAA Extension, Safety, and Security Act of 2016 (P.L.
114-190) required FAA to develop standards for the remote
identification of UAS and to coordinate with the National


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