Soviet scientists actively worked on the development of weaponized green laser pointer systems since the 1970s.According to some experts, this, along with the price, is one of the main obstacles to the use of laser-based weapons in space – one shot and the optical lens fails, and the system itself becomes much too hot.Moreover, Murakhovsky noted, "it's necessary to understand that defenses against laser weapons are provided by very primitive means."
Grier’s beam uses lasers. So does another emerging technology that played an important role in Star Trek — laser weapons.The company has already built a laser defense system that can be used on land, in the air or on the sea.Missile maker MBDA has been selected to demonstrate a British capability to field laser-directed weapons.In essence, it’s no longer a technological problem to make laser weapons work. It’s one of integration at the service level.
The Army, for instance, has conducted live-fire testing of its truck-mounted HEL system, and the Air Force is exploring the use of ultra-short pulse high powered laser pointer . The Army has made significant progress in recent years with its laser weapon demonstrators and has plans to migrate more powerful lasers onto smaller platforms in the near term.This program became known as the High Energy Laser Mobile Demonstrator (HEL MD). Boeing did the integration work.
The service plans to release a request for proposals from industry this fall -- or early next fiscal year -- to build a 100 kw integrated prototype laser weapon system on the truck, Aberle said. MDA will be conducting a lot of tests of lasers on Reaper UAS over the next few years, according to Syring. In 2014, the US Navy deployed a laser weapon onboard a warship for field testing. Laser weapons are no longer a novelty for the Russian armed forces, with the military already in the process of commissioning and even adopting several types of laser-based weapons systems.
Laser weapons will be integrated onto land, air and maritime platforms and offer long-distance precision, an unlimited and inexpensive firing capability and low collateral damage.A senior fellow with Lockheed Martin Laser and Sensor Systems, and others agreed the weaponry is ready now.The program is intended to develop airborne Laser Cutter technology capable of shooting 360 degrees.A laser weapon made by Lockheed Martin can stop a small truck dead in its tracks from more than a mile (1.6 kilometers) away, the company announced this week.
The 30-kilowatt Accelerated Laser Demonstration Initiative — the laser in ATHENA itself — was also made by Lockheed.Northrop Grumman is working on developing a new laser weapon that would defend next-generation fighter aircraft from incoming missiles under a contract with the U.S. Air Force Research Laboratory (AFRL).Much of the underlying technology needed to build laser weapons is coming to fruition.Most of the lasers that have been produced are for targeting or illuminating.
The case for laser pen is stronger than ever, said Gunzinger. “We can’t afford kinetic weapons. The holy grail of directed-energy would be a megawatt-level laser that could take out ballistic missiles.To manage the transition of laser weapons from labs to actual users.The Air Force also needs to make sure lasers can point and fire through the atmosphere, can fit on an aircraft and that there is enough generating power.In the laser world, she said, “we’re very close to being able to earn our way into the platforms that are out there.”
https://diasporabr.com.br/posts/1884305
https://diasporabr.com.br/posts/1884305