“What we really want to do is figure out how we can deploy these systems in an environment where our warfighters work and train every day,” said Evan Hunt, director of high energy laser and counter-UAS at Raytheon. (UAS stands for unmanned aerial system.)
The 10-kilowatt lasers are to be mounted on small ground-based vehicles and aimed using an interface similar to a video game controller. The prototype laser weapons were built by Raytheon and incorporate a range of components from the commercial technology industry, including high-performance lithium-ion batteries, the same type used in electric vehicles.
Because laser weapons could fire constantly without wasting ammunition, military technology experts have theorized they could one day be useful in combating the small, remotely operated quadcopter drones that ISIS has used. They are also expected to be an effective counter against swarming attack drones, a concept that a handful of countries are exploring.
“The fact that it’s a laser weapon allows you to put energy in target at the speed of light. It can be an instantaneous heating event,” said Michael Jirjis, who leads the Air Force’s directed energy experimentation projects.
Jirjis later said in an email that the test will be the first “operational field assessment” of a laser weapon.
He said the effort is the first Air Force deployment “for an operational field assessment of lasers for counter UAS and the first time we have the entire AF Enterprise intimately engaged across the acquisition community, test centers, operators, and headquarters.”