US Army Deploy Stryker Mounted Laser Weapons in the Middle East Against Drones and Threats
Defense News ,U.S :- The US Army is testing out some new laser weapons in the Middle East. They've sent four prototypes called Directed Energy Maneuver Short Range Air Defense (DE M-SHORAD) to see how well they work in real-life situations.
These laser weapons are not like the ones we see in movies. They are attached to Stryker armored vehicles, which are like big trucks that can move around easily. The lasers are powerful, with a strength of 50 kilowatts. The goal is to use these lasers to stop and destroy drones and other things that might be a threat.
The Middle East is known for its dusty conditions, and the Army wants to see how well these lasers can perform in such environments. General James Mingus, who is in charge, explained that the lasers can be affected by weather, especially dust storms. Testing them in the Middle East will help the Army understand how they work in these tough conditions.
The reason for these new laser weapons is to protect US troops from attacks. Drones are becoming a big problem in the Middle East, and the Army wants to find effective ways to deal with them. These lasers are not just for drones; they can also stop rockets, artillery, and mortars.
However, even though these laser weapons seem promising, General Mingus is clear that they are not fully ready for actual combat. They are still in the prototype stage, which means they are like test versions. The Army wants to try them out in a real setting to see what issues might come up. General Mingus said, "It’s a prototype, but we want to experiment in a live environment… Is it going to work perfectly? Probably not, but we’re going to learn from it."
In recent times, there have been attacks on US bases in Iraq and Syria, and even a drone strike that killed three American troops in Jordan. These events have made the military look for better ways to defend against such threats, leading to the development and testing of these advanced laser weapons.
