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Advanced Laser Weapons
The US Navy wants its smallest ever high-powered laser weapon, which it describes as "portable." As we'll see, it's not a laser gun, but it's a step along the way.
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Laser weapons are now a real battlefield; The US Navy has deployed LAWS lasers on US soil. Ponce is back in 2016. However, so far we've only seen big guns, laser guns, so to speak - on ships or other vehicles. Minification is in progress.
The Air Force discharge, stimulus response rifle, or PHaSR, is a low-energy laser weapon ... [+] Developed in the 2000s; The new weapons of the Navy will be more powerful, but also smaller.
- The latest alphabetical confusion is an acronym for "Anti-Unmanned Aircraft System, High Power Laser Weapon System". On the other hand, a laser to launch small unmanned aircraft. While other laser systems reach 150 kilowatts and can capture multiple targets, a 10 kilowatt laser is actually powerful enough to defeat small quadcopters, which is a growing threat on the battlefield.
MZA could not discuss their work, but the contracting agency with the Office of Naval Research (ONR) provided more information.
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“Under a contract with the Navy, MZA is developing a portable laser weapon system to protect against enemy drones,” said Frank Peterkin, program officer for ONR. (my emphasis).
In normal usage, carriage is different from commuting, which is the term used in the contract and denotes that it can be carried by one person. Peterkin explained that the weapon could not be moved in the normal sense.
“The complete system will still need machines like trucks, cranes, and more — for initial placement and/or transportation,” Peterkin said.
So it's not a laser gun yet, maybe a laser heavy weapon like the 50 Cal M2 machine gun that can be loaded instead of carried, weighing ផ 84 plus សម្រាប់ 44 for the tripod and 35 35 for each ammo box.
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The new weapon will be smaller than the current laser, a high-energy laser weapon system developed by Raytheon in 2019.
“Raytheon Intelligence & Space's high-energy laser weapon system is the smallest laser weapon system in the 10 kW class,” said Evan Hunt, Raytheon's president of high-energy laser business development. "Most importantly, it's also the most capable on the market."
The new weapon will be lowered from Raytheon's HELWS, seen installed on the MRZR buggy ... [+] It is the smallest vehicle available today.
The weapon was developed 24 months after the Air Force competed with Raytheon to develop a laser small enough to be deployed on JLTV, a type of military dune buggy instead of the previous weapon that required eight large vehicles. It contains five main ingredients.
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"HELWS is made up of four major subsystems, each about the size of a large suitcase," says Hunt.
Each of the four subsystems is essential to the weapon. The laser unit itself generates a magazine beam for energy, a battery, a power system that converts battery energy into power, and a thermal management system to take on waste heat. The beam director places the laser on a target that is not simple when trying to place a laser point on a moving target.
“Laser loudspeakers, for example, are a new cutting and welding technology,” said Hunt, “identified all over the world.” "We combine several kilowatt beams from shoebox amplifiers to create a single beam with more power."
"Another example is the energy storage capacity that we get from advanced lithium-ion batteries from the hybrid vehicle industry. These allow us to store hundreds of seconds of HEL energy that is about as clean as it needs to be and rechargeable. In a small package," Hunt said.
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This gives an idea of the next step challenges. All five items will be scaled to the appropriate scale. If the laser and power system had a matching case size, but battery power and thermal management still needed the case, the entire weapon would still be big.
“Next-generation breakthroughs at the subsystem level are still needed before we can achieve a handheld laser sight,” Hunt said.
No wonder laser weapons are - after all - evolving rapidly. They've been in the skies since the 1960s, the US military shot down its first laser trajectory drone in 1973, and there have been many misfires since then (remember the Airborne Laser on 747s supposed to shoot down ballistic missiles in the 90s?) over the years. In the past five years, they've gone from assembling ships to smaller and smaller portable devices. MZA is expected to complete work on the new weapon by August 2023.
Laser rifles are not with us yet, what can China claim. But like mobile machine guns, they are getting closer and closer. In July of this year, members of the US Congress called on the armed forces to accelerate efforts towards developing guided weapons (DEWs). The US defense industry has been testing high-powered laser weapons with the military at unprecedented speeds.
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US defense company Lockheed Martin recently revealed that it has sent a 300-kilowatt laser to the Department of Defense for use in future high-energy military laser shows. It is the most powerful laser yet for the US Department of Defense.
Lockheed Martin developed the laser as part of the Pentagon's High Energy Laser Expansion Initiative (HELSI), which aims to expand the industry's leading energy laser base and increase laser capabilities.
According to a press release, Lockheed was selected by the Pentagon in 2019 to expand its spectrum beam, combining high-power laser engineering into the 300-kilowatt class as part of the HELSI project. The announcement stated that the tasks are completed ahead of schedule.
With accuracy, rapid response, and a high "collision potential" against fast-moving missiles, DEWs are growing in popularity as non-kinetic hard and soft defenses against the threat of ballistic missiles.
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The laser uses an "integrated beam spectrum architecture," said Rick Cordaro, Lockheed Martin's vice president of advanced product solutions.
Spectral beam fusion (SBC), also known as light beam bundling, is a mode process that involves multiple laser emissions at different wavelengths to form a single beam.
The laser will use and support the US Army's Indirect Protection Capability - High Energy Laser (IFPC-HEL), scheduled for laboratory and field tests this year.
The IFPC-HEL program is one of the Army's 35 major modernization goals. While it is operated by the Office of Rapid Capabilities and Critical Technologies (RCCTC), the program is a priority area for the Air Defense and Missile Defense Services.
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In the past, the RCCTC has facilitated the development of the Directed Energy Maneuvering Short-Range Air Defense (DEM-SHORAD) prototype, which was tested against drones and mortars last year with limited success.
By 2022, the US Army intends to have two variants of laser weapon systems for air defense, including 50-kilowatt and 300-kilowatt weapons installed on General Dynamics' Stryker armored vehicles.
Laser-based air defense has become a major focus among advanced militaries, including the United States. It should be noted here that the iron brother of the United States, Israel, recently became the first country to be able to successfully shoot down a drone using a laser interceptor known as the "iron beam".
Earlier this year, the US House Armed Services Committee (HASC) requested more information from the Pentagon about integrating live ammunition (DEW) weapons into the air defense system.
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It also recommended that the United States cooperate with allies such as Israel in this region. Thus, the dishonesty of developing a laser-based defense system is no secret.
The US Department of Defense is interested in directed energy systems such as high-energy lasers and high-energy microwave ovens to protect military forces and installations from air threats such as short-range air defense systems, drones, missiles, mortars, and artillery.
Because there is no "deployment time" with lasers, they are ideal for aerial interception, which makes them ideal for missile defense systems.
Towards the end of the Defense Authorization Act of 2023, he calls for strengthening the air defenses of the US and its allies against unmanned aerial vehicles (UAS/UAVs), missiles and artillery due to conflict in Europe and the Middle East and potential war. the West. Pacific.
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The delivery of the 300 kW laser weapon by Lockheed Martin comes nearly a month after it delivered a 60+ kW High Power Laser with Integrated Optical Dazzle and Monitor (Helios) to the US Navy. Helios was installed on the Arleigh Burke-class USS Prebble (DDG-88).
Laser weapons development caught on quickly, even as the United States pursued its enemies in the field of hypersonic weapons. July 12 LANCE (or Laser Evolutions for Next Generation Embedded Environments), which is high energy
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