The US Defense Department is making another multi-million dollar investment in high-energy lasers that have the potential to destroy enemy drones and mortars, disrupt communication systems, and provide military forces with other portable, less costly options on the battlefield.
US Senator Martin Heinrich, a member of the Senate Armed Services Committee and longtime supporter of directed energy research, announced the $17 million investment during a news conference Wednesday inside a Boeing lab where many of the innovations were developed.
The US already has the ability to shoot down enemy rockets and take out other threats with traditional weapons, but Heinrich said it's expensive.
The Sodium Guidestar at the Air Force Research Laboratory's Starfire Optical Range resides on a 6,240 foot hilltop at Kirtland Air Force Base, N.M. The Army and Navy is developing its own laser weapons systems. Photo from USAF.
High-energy lasers and microwave systems represent a shift to weapons with essentially endless ammunition and the ability to wipe out multiple threats in a short amount of time, he said.
"This is ready for prime time and getting people to just wrap their head around the fact that you can put a laser on something moving really fast and destroy it ... has been the biggest challenge," said Heinrich, who has an engineering degree.
Boeing has been working on high-energy laser and microwave weapons systems for years. The effort included a billion-dollar project to outfit a 747 with a laser cannon that could shoot down missiles while airborne. The system was complex and filled the entire back half of the massive plane.
With advancements over the past two decades, high-powered laser weapons systems can now fit into a large suitcase for transport across the battlefield or be mounted to a vehicle for targeting something as small as the device that controls the wings of a military drone.
USS Ponce conducts an operational demonstration of the Office of Naval Research-sponsored Laser Weapon System. Navy photo by John F. Williams.
"Laser technology has moved from science fiction to real life," said Ron Dauk, head of Boeing's Albuquerque site.
The company's compact laser system has undergone testing by the military and engineers are working on a higher-powered version for testing next year.
While the technology has matured, Dauk and Heinrich said the exciting part is that it's on the verge of moving from the lab to the battlefield.
A target truck disabled by Lockheed's ATHENA laser. Photo from Lockheed Martin.
Another $200 million has been requested in this year's defense appropriations bill that would establish a program within the Pentagon for accelerating the transition of directed-energy research to real applications.
Heinrich said continued investment in such projects will help solidify New Mexico's position as a leading site of directed-energy research and bring more money and high-tech jobs to the state.
Boeing already contributes about $120 million to the state's economy through its contracts with vendors.