How Cellular Connected Drones Can Improve Emergency Response

March 27, 2019

Why Cellular Connected Drones Could Hold the Key Toward Improving Emergency Response and Disaster Relief


Cellular IoT connected drone

Drones comprise a huge faction of the Internet of Things (IoT) ecosystem, and they are fast becoming key tools for first responders.


A recent report by the Center for the Study of the Drone at Bard College revealed that at least 910 public safety agencies across the U.S. are now using drone technology.


“We estimate that the number of public safety agencies with drones has increased by approximately 82 percent in the last year alone,” the report states.


Public safety agencies of all kinds are acquiring the devices, including fire departments, law enforcement, and emergency medical services. Drones offer a multitude of potential uses for first responders — for example, they can be used to map an area to reconstruct an accident scene or to predict the results of a natural disaster. In 2017, firefighters used drones to monitor forest fires in southern California.


Unmanned drones, particularly non-line-of-sight flight capable UAVs, connected via cellular networks can be deployed in dangerous or hard-to-reach areas, reducing physical risk for public safety personnel.


The Growing Drone Market: 2018 and Beyond


Prior to 2016, drone operators needed to acquire a pilot’s license, but a new law introduced by the Federal Aviation Administration (FAA) relaxed that requirement. Now, potential users must pass a written aeronautical knowledge test.


As a result of the change, the FAA expects the number of commercial drones in the air to expand from 42,000 in 2016 to about 442,000 by 2021.


Because it’s getting simpler and less expensive to operate a fleet of drones, the market is expanding rapidly. According to a report from BI Intelligence, global revenues from drone sales will reach $12 billion in 2021.


Cellular Connectivity and Communication is Key


Most early drones were controlled via hand-held radio transmitter. Flights were restricted to the radius of radio signal reception, usually only a few miles. An interrupted signal or a flight too far from the controller could cause an operator to lose control of the aircraft.


Today, many drone manufacturers are placing cellular modules in their devices.


Drones with 4G connectivity can travel much greater distances and send photos, video, and other data back to the controller in real-time.


Cellular connectivity is key for drones in the public safety market. In mission critical situations, first responders need devices that are dependable and constantly connected.


Drones that can operate safely beyond line of sight will simplify search and rescue missions in all types of emergencies. In addition, drones can be used to provide temporary cellular coverage in sparsely populated areas or following a major disaster.


Partner With a Trusted Provider


Before you adapt or design a drone for the public safety market, identify a cellular communications partner and tap into their expertise.


Cellular capabilities are central to the design process and require special considerations, such as antenna architecture.


Keep in mind that governments and network operators require drones to communicate on a limited subset of frequency bands so look for a module provider with compatible products and viable experience in the drone market.


All products intended for use on a first responder network must go through the network operator’s device approval program, which includes stringent testing of wireless connectivity and other features.


To simplify the design process and get your product to market faster, partner with a provider that offers pre-certified cellular module options.


Ready to brainstorm your drone design with the experts at Telit?


We consult with customers throughout the design process and provide support from ideation to certification.


Find the right modules and data cards for your first responder applications. Click here to request a free evaluation kit today.