Israel’s new laser system goes active
The Israeli Ministry of Defense and Rafael Advanced Defense Systems delivered the first Iron Beam system to the Israeli Air Force on Dec. 29.
The Israeli Ministry of Defense and Rafael Advanced Defense Systems delivered the first Iron Beam system to the Israeli Air Force on Dec. 29.
The Enduring-High Energy Laser (E-HEL) program is the Army’s first program of record for a new family of high-energy lasers.
"Successful tests conducted on the frigate SACHSEN proved the demonstrator’s tracking capability, effectiveness and precision under real operational conditions for the first time in Europe," the announcement says.
Yoav Tourgeman, the CEO and president of Rafael, told Breaking Defense that he's not concerned about sales to Europe being heavily impacted by politics.
The Israeli MoD called today’s news a “global technological and engineering breakthrough.”
"Because of the size and weight of it, it's relatively easy to move and fit to different platforms. And so that's certainly been discussed a lot," Raytheon exec Alex Rose-Parfitt told Breaking Defense.
Israeli firm Rafael will show off three different laser defenses at Le Bourget.
Israel Defense Minister Israel Katz said that the new lasers will “change the rules of the game in the region — our enemies should fear, not only the capabilities we have already developed, but the capabilities we are developing now."
The weapon is envisioned to protect Army bases and vehicles from small- to medium-sized drones.
The cooperation agreement builds off steps taken by both parties in September 2023 to set “prerequisites” for the development of a “first laser weapon” including a commitment to make “internal preparations” for the new platform’s development phase.
The Army is pushing for companies to integrate lasers on JLTVs, while eyeing a future where ground robots don the directed energy weapons.
Long-range, high-speed optical communications will be critical for the service's plans for a "hybrid architecture" that would see networks of old and new military satellites, as well as commercial and allied networks, all communicating seamlessly to shift vast quantities of data around the world in near real-time.