Energia-aseet: laser ym.


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The U.S. Marines announced Wednesday that they are testing a portable, ground-based laser prototype for shooting down drones.

The Compact Laser Weapons System, or CLaWS, is the first ground-based directed energy weapon approved by the Defense Department. It will be evaluated for several months, with the aim of upgrading it to be included in fixed-site and other mobile situations.

Boeing Co. first announced the weapon in 2015. It is a portable device capable of using an invisible laser to take down targets several hundred meters away. It was designed to focus energy on a small enough spot to heat and destroy targets, including moving ones -- such as drones.

"Think of it like a welding torch being put on target but from many hundreds of meters away," Boeing engineer Isaac Neil said at the time of the introduction.

In 2018, Boeing expressed an interest in mounting the CLaWS on tactical vehicles, including the Joint Light Tactical Vehicle under development to replace the Humvee. The CLaWS comes in 2-, 5- and 10-kW variants and can be carried by two or more Marine personnel.

"One of the related aspects of the CLWS is that it's a counterintelligence, surveillance and reconnaissance tool," said Jim Leary, Boeing director of weapons global sales. "You can shoot down enemy drones that might be observing friendly troops. That's the beauty of this laser."


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The United Kingdom's Ministry of Defense announced that it seeks developers of laser- and radio frequency-guided weapons to shoot down drones and other enemy threats.

The concept is not new. The United States first employed non-lethal lasers in military service in 2014, largely to disable enemy electrical sensors, and the United Kingdom spent $37 million on a laser prototype in 2017.

The announcement this week by the Ministry of Defense specifically calls for deployment of "high energy light beams to target and destroy enemy drones and missiles. Radio frequency weapons are designed to disrupt and disable enemy computers and electronics."

It asks for development of three new DEW [Directed Energy Weapons] to "explore the potential of the technology and accelerate its introduction onto the battlefield."

The new systems are expected to be tested by 2023, a statement on Tuesday said. The plan calls for lasers to be installed on ships and ground vehicles, with the capability of aiming them at targets to be destroyed. With no ammunition involved, and use of a generator or a vehicle's engine as a power source, operating costs could be low and "unprecedented flexibility on the front line" could be available.

Several countries are actively involved in the development of laser weaponry. In June, the U.S. Marine Corps announced that it is testing a vehicle-mounted, ground-based laser prototype for shooting down drones.


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The US Air Force Research Lab (AFRL) put out a request last week for the development of a wargame simulator to better explore just how well directed-energy weapons like lasers and particle beams will work in battles.

Nextgov reported Monday that the USAF's research organization had issued a request for a vendor to provide the service with wargame modeling for scenarios featuring directed energy weapons "to determine if and how well AFRL/RD and industry technologies can help address warfighter needs and gaps including complementing current fielded technologies and those under development by others," the request states, referring to the lab's Directed Energy Directorate (RD).

"Distributed wargames provide a method of working with warfighters to develop tactics, techniques and procedures - TTPs - and concept of employment - CONEMP - to utilize these AFRL/RD and industry technologies to meet the warfighter needs and gaps," the request continues.

Prospective contractors must submit their capability statements to AFRL by August 19.

Directed energy weapons have become a key battleground in the emerging arms race both on Earth and in space, with the Pentagon testing a variety of both offensive and defensive weapons as other countries such as Germany, the United Kingdom, and China rush to develop their own.

India has also tasked its new Defense Space Agency with carrying out space war games simulations, in part to explore questions similar to Washington's about the how's and what-if's of directed energy weapons in war.


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Raytheon has been contracted by the U.S. Air Force to produce high energy laser weapon systems that will be field tested for about a year.

The $23.8 million contract, announced Friday by the Department of Defense, covers two HELW systems for experimentation and fielding against unmanned aerial system threats for at least 12 months.

Field assessment of the systems will be conducted outside the continental United States, with work under the deal expected to be finished in November 2020.

The systems consist of 10-kilowatt lasers mounted on ground-based vehicles, and the Air Force said they can be useful against the small drones used by the Islamic State, as well as against a variety of other attack drones -- including drone swarm concepts many countries, including the United States, are working on.

"The fact that it's a laser weapon allows you to put energy in target at the speed of light," Michael Jirjis, leader of the Air Force's directed energy experimentation projects, told the Washington Post. "It can be an instantaneous heating event."

The HELW system uses invisible beams of light to track and target hostile drones as part of Raytheon's multi-spectral targeting system, which the company said has logged more than four million operational flight hours. The system is mounted on and operates from a Polaris MRZR all-terrain vehicle.

The Air Force is currently working with Raytheon on two heat-based systems -- a laser and a high-power microwave -- with the two-prototype order as the first operational field assessment of the weapons.

The Air Force announced plans to push forward on developing the weapons after successful testing in 2018 and early 2019.

"Right now, we need to put capability on the field and see what's being offered," Jirjis told Air Force Magazine in April. "Eventually, we'd like to move these systems to a low-rate initial production, but there's a lot of learning that still needs to be done before we get there."

Raytheon also has been working with the Army to develop a laser weapon.

In June, the Marine Corps announced it is testing a Boeing-made ground-based, portable laser prototype -- also meant to shoot down drones -- called the Compact Laser Weapons System, or CLaWS.


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The Boeing Company announced on its Twitter account that in a recent test, Compact Laser Weapon System hit 19 out of 19 moving targets. The Compact Laser Weapon Systems, or CLWS, is a portable laser system and can stand alone or pair with weapon platforms on vehicles or ships. Silent, invisible and precise—CLWS harnesses directed energy on its targets.

According to AFCEA International, for ground-based applications, the weapon can be placed on a tripod and on top of its corresponding military container, which houses the electric power and cooling subsystems.

The Silent Strike uses a 2 kW laser. The full laser weapon system, including the command-and-control and fire control components, are packed into a small shipping container. The total weight of a single CLWS system, including the container, is 2,267.96 kg.

Boeing’s Directed Energy expertise extends from the High Energy Laser Mobile Demonstrator – a laser system that has tracked and destroyed mortar rounds and unmanned aerial vehicles – to Compact Laser Weapon Systems that can stand alone or pair with weapon platforms on vehicles or ships. Directed Energy systems – powered by a vehicle’s or vessel’s diesel fuel supply or on-board power – deny and defeat threats with precision. With a low cost per shot and an infinite magazine, Directed Energy systems are effective over land, air and sea.


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As the Army moves forward with plans to mount anti-drone lasers on Stryker vehicles, the Air Force is preparing to send its own vehicle-borne laser drone-killers overseas in just a few months.

Raytheon Space and Airborne Systems received a $23.8 million contract from the Air Force in August for two prototype high-energy laser weapons systems, designed to take out threatening unmanned aerial systems. The plan, according to contracting documents, is to deploy the systems for a year for testing and experimentation, wrapping up the effort by November 2020.

At the same time, the Air Force has contracted with Raytheon for a $16 million prototype Phaser high-powered microwave counter-drone system, to be deployed and tested by service personnel within the same timeframe.

At the Association of the United States Army annual meeting in Washington, D.C., this week, Raytheon executives said one of the high-energy laser systems has already been delivered to the Air Force, and the other will follow shortly.

A Navy warship is getting a laser five times stronger than the one the service has tested in the past, and officials say it could lead the way for more vessels to head to sea with similar weapons.

The amphibious transport dock ship Portland is being outfitted with a 150-kilowatt laser system. That's a big power leap from the 30-kilowatt Laser Weapon System, or LaWS, that the service field-tested on the amphibious transport dock ship Ponce about five years ago.

"Big things" are expected from the Portland's new laser, Thomas Rivers, program manager for the amphibious warfare program office, said here at the Modern Day Marine 2019 expo.

"They're just putting it on the ship now," he said. "... And this may be the beginning of seeing a lot more lasers coming onto different ships."


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The U.S. Navy says the Freedom class Littoral Combat Ship USS Little Rock will get a 150-kilowatt class laser weapon system from Lockheed Martin this year. This would make Little Rock the third of the service's warships to be fitted with a high-power laser of some kind, following the installation of two different designs on the Arleigh Burke class destroyer USS Dewey and the San Antonio class landing platform dock amphibious ship USS Portland last year. The War Zone was first to report that both of these vessels had gotten their respective lasers.

U.S. Navy Vice Admiral Richard Brown, Commander of Naval Surface Forces, told reporters about the impending laser installation on Jan. 13, 2020, as first reported by USNI News. At around this exact time last year, the officer had announced plans to have Little Rock deploy in early Fiscal Year 2020, which officially began on Oct. 1, 2019. If that schedule remains the same – this ship notably suffered damage after smacking into a moored vessel in Canada last year shortly after the Navy took delivery of it – the Littoral Combat Ship (LCS) could be receiving its laser very soon, if it hasn't already, and be preparing to deploy. It is most likely headed for a cruise in Latin American waters, where its primary mission could be chasing drug smugglers, according to USNI News.



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The U.S. Navy announced Thursday that it has installed a laser weapon system that allows ships to counter aerial drones.

According to the Navy, the first Optical Dazzling Interdictor, Navy (ODIN) was installed on the Arleigh Burke-class guided missile destroyer USS Dewey during the vessel's recently completed dry-docking restricted availbility.

The system's development, testing and production was carried out by Navy experts at Naval Surface Warfare Center Dahlgren Division.

"This is a great example of our organic talent at the warfare centers all working together with ship's company to deliver a system which will provide game-changing capability. Bravo Zulu to the entire ODIN team on being mission-focused and delivering lethal capability to the warfighter," said assistant secretary for the Navy for research development and acquisition after a recent visit on the Dewey.

According to the Navy, the install marks the first operational deployment of the system, which functions as a dazzler -- a non-lethal weapon that uses intense directed radiation to temporarily disable its target -- and allows the Navy to rapidly combat unmanned aerial threats.

"The Pacific Fleet Commander identified this urgent Counter-Intelligence, Surveillance, and Reconnaissance need and the Chief of Naval Operations directed us to fill it as quickly as possible," said Cmdr. David Wolfe, Program Executive Office Integrated Warfare Systems Directed Energy office. "The NSWC Dahlgren Division team did an amazing job addressing challenges and keeping our accelerated schedule on track and moving forward to deliver this capability."


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The Air Force Research Laboratory has set up the Air Force's first high-energy laser weapon system overseas for a 12-month field assessment. The Air Force Strategic Development Planning and Experimentation (SDPE) Office located here is leading the project.

"The receiving combatant command will utilize this system as an operational asset against small unmanned aircraft systems for the duration of the field assessment," said Dr. Michael Jirjis, the SDPE Base Defense Experimentation director.

During the 12-month field assessment, the Air Force will be evaluating five systems. Field assessments began in January 2018 when the Vice Chief of Staff of the Air Force, Gen. Stephen Wilson, asked the Air Force to experiment with directed energy systems as an effort to transition game changing capability to the warfighter.

The Air Force will be evaluating the Raytheon High Energy Laser (HELWS), Raytheon High Power Microwave (PHASER), and the AFRL Tactical High Power Operational Responder (THOR) drone killer.
AFRL is especially excited about the THOR field assessment, since it was developed in house.

"THOR is a directed energy game-changer," said Dr. Kelly Hammett, AFRL's Directed Energy director. "Drones are becoming more and more pervasive and can be used as weapons intended to cause harm to our military bases at long standoff ranges. We built the THOR weapon system as a deterrent against these type threats. THOR with its counter electronic technology can take down swarms of drones in rapid fire. This capability will be an amazing asset to our warfighters and the nation's defense."

Leading up to the current field assessment, the Air Force SDPE Office successfully led operational experimentation events of laser and high power microwave testing events in the fall of 2018 at White Sands Missile Range in New Mexico and in the fall of 2019 at the Maneuver Fires Integrated Experiment (MFIX) event held at Ft. Sill, Oklahoma.

"The overseas field assessments are allowing us to understand directed energy as a capability against drones. This gives us a better picture of the military utility, reliability and sustainability, training requirements and implementation with existing base defense," Jirjis said.

According to Jirjis, the next 12 months will allow the Air Force Research Laboratory to shape how the Air Force wants to move forward with both high energy lasers and high power microwaves against small drones.

"The intent of these systems are to be operationally used by the combatant commanders for the duration of the 12 months," he said.


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One of the most fearsome planes in the U.S. Air Force arsenal is about to get a high tech upgrade. The service plans to test a laser weapon system aboard the AC-130J Ghostrider gunship in 2022, making it the first offensive laser weapon tested aboard an Air Force aircraft. The laser will give the gunship the ability to damage equipment and injure but not kill enemy combatants, a “less than lethal” capability the heavily armed airplane has lacked until now.

The service announced the plans at the Virtual Special Operations Forces Industry Conference, a conference typically held in Tampa, Florida every year but held online during the COVID-19 pandemic.
Laser weapons produce unique effects not possible with kinetic energy and chemical energy weapons. Laser weapons use concentrated pulses of light to transfer energy to the target, quickly heating it. A laser could theoretically kill someone, burning smoking holes in people and severing limbs like lasers do in movies, but it needs enough power (rated in kilowatts) to do so.