FLIR announce launch of next-generation Black Hornet 3 Nano-UAV
Over the past seven years the Black Hornet PRS has been fielded in over 30 nations, enabling small combat units, SWAT teams, and first responders with immediately available intelligence, target-acquisition, and reconnaissance capability.
The Black Hornet weighs only 32 grams, offering offers the lowest size, weight, and performance for UAS available. The Black Hornet 3 flies two kilometers at speeds of over 21 kilometers an hour, offering improved speed and distance compared to previous versions. Other features include sharper imaging processing featuring the FLIR Lepton® thermal microcamera core and a visible sensor to allow greater image fidelity. The design also features an improved encrypted military-approved digital datalink, enabling seamless communications and imagery significantly beyond line-of-sight and in closed areas.
Additionally, the Black Hornet 3 seamlessly integrates into the Android Tactical Assault Kit (ATAK) utilized by the military to provide battlefield networks and distribution of information to anyone on the network.
“We are excited to bring this advanced Black Hornet 3 to our warfighters and first responders,” said James Cannon, President and CEO of FLIR. “With longer range and indoor flight capabilities, the latest generation Black Hornet provides full surveillance coverage continuity to the mission. The Black Hornet 3 is representative of FLIR’s new focus on providing full-solution technology, and we look forward to playing a role in helping modernize our military customers.”
Last week, FLIR announced it had been awarded a $2.6 million order from the United States Army’s Soldier Borne Sensor (SBS) program to deliver the Black Hornet in a first batch order. Units delivered for the SBS program, in addition to units recently deployed by the Royal Australian Army and French Armed Forces, will be the Black Hornet 3.
The latest Black Hornet will be demonstrated at EUROSATORY 2018 in Paris, France from June 11 to 15 in the FLIR booth #A227.