The high-energy laser system combines Rheinmetall’s precision optics with MBDA’s advanced tracking suite to accurately neutralize drones in real time.
Rheinmetall and MBDA’s high-energy shipboard laser weapon system has moved a step closer to deployment with the German Navy after wrapping up a year-long trial phase at sea.
Mounted on the F124 Sachsen-class frigate, the weapon underwent more than 100 live-firing tests under real maritime conditions, proving its reaction speed and effectiveness against drones.
The trial also confirmed that the weapon could maintain accuracy using its own targeting suite, without relying on surrounding terrain to absorb stray beams.
While no further timeline details were disclosed, the laser weapon has been transferred to the Laser Competence Center at the Technical Center for Weapons and Ammunition in Germany for land-based trials.
It is slated to be handed over to the German Navy by 2029.
Lasers Against Drones
Laser weapons offer a new layer of defense against drones and other fast-moving targets.
Unlike conventional systems that rely on ammunition, they can keep firing as long as they are powered, making them both cost-efficient and sustainable in extended engagements.
“The Laser weapon system offers new possibilities for counter-operations against non-cooperative targets. With its ability to precisely and effectively neutralize drones … it addresses one of the most pressing challenges of our time,” Rheinmetall stated.
The developers are now working to equip the ship-based laser weapon with the ability to take down supersonic missiles.
Long-Standing Collaboration
The laser project builds on years of partnership between Rheinmetall and the German subsidiary of French firm MBDA.
MBDA is responsible for the system’s target detection and tracking features, as well as the control interface linking the weapon to command-and-control systems.
Rheinmetall handles the aiming system, high-energy laser source, and the weapon’s mechanical and electrical integration aboard the Sachsen frigate.
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