Military Drone Swarm - The 11th Armored Cavalry and the Office of Threat Systems Management deployed a group of 40 drones in the city during Operation Razish, National Training Center May 8, 2019. The exercise was the first of many held at the National Training Institute. (US Army photo from Pv2 James Newsome)
WASHINGTON - The U.S. military is preparing to demonstrate its ability to use unmanned aerial vehicles in the next Joint Futures test this fall, according to the Intelligence and Critical Technologies Service.
Military Drone Swarm
In February, the Army awarded BlueHal a $14 million contract to upgrade the capability over 30 months, the company said in a Feb. 24 announcement.
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The Army began a prototyping and demonstration program for the powerful unmanned aerial vehicle system in March 2021, Stan Darbro, RCCTO deputy director, told Defense News in a March 1 announcement.
The swarm should be inexpensive and have the ability to detect and attack threats using a single controller, he said.
The capability will be demonstrated "as a proof of concept" at Project Convergence 2022, which will take place this fall. Project Convergence is a learning campaign to assess how the military will fight with modern equipment and advanced capabilities. The event began in 2020 and continues as an annual event at the Yuma Proving Ground in Arizona.
"This is an exclusive contract with BlueHalo and is being implemented through RCCTO's Rapid Prototype Acquisition Project Office (RAPPO)," added Darbro.
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BlueHalo uses the company's expertise and resources to deliver "strategic, communication and optimization technologies of artificial intelligence [and] machine learning in an operationally controlled system" to "provide the warfighter with improved mission performance, sensor performance and reduced cognitive function," the company said in a statement.
While RCCTO efforts are focused on the use of aggressive airstrikes, military and industrial operations are also focused on countering enemy aircraft.
The military, for example, is working to develop and integrate powerful microwave capabilities to destroy threats against small aircraft, with plans to spend more than $50 million in fiscal 2022 on the effort as they work together across the service. in order to establish a sustainable building system. ways of dealing with threats.
The military also plans to develop HPM capabilities to destroy unmanned aerial vehicles as part of a direct fire protection system that will protect fixed positions from unmanned aerial vehicles, missiles, rockets, artillery and mortars. The service develops the technology with the Air Force overseeing research and development. The military provides funds for the creation of prototypes. Known as THOR — or powerful reactor — the weapon was demonstrated at Kirtland Air Force Base in New Mexico in February 2021. The military plans to conduct field tests as early as FY24.
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The industry is still finding solutions. For example, General Dynamics Land Systems and capital-backed Epirus announced that they are collaborating on the integration of unmanned aerial vehicle systems on combat vehicles in October 2021.
Jen Judson is an award-winning journalist who covers war for Defense News. She has also worked for Politico and Inside Defense. She holds a master's degree in journalism from Boston University and a bachelor's degree in art from Kenyon College.
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The revolution on January 29, 2022 in New Delhi saw 1,000 drones put on a spectacular show, lighting up the sky and leaving the nation in awe. The show was conceptualized, designed and originally produced under the Make in India initiative by Botlab Dynamics.
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With the display of 1,000 indigenously developed drones, India became the fourth country to achieve such a feat, establishing a strong foothold in the field of drone technology. The United States, Russia and China have also held similar air shows in the past.
An unmanned aerial vehicle (UAV) is a concept where a large group (or several groups) of unmanned aerial vehicles (UAV) fly together in enemy or hostile airspace, to confuse the radar with a larger image than the actual target. and achieved the purpose for which they were assigned. or other specific objectives, including targeted strikes or supporting tactical operations.
These drones work together and are controlled remotely or automatically with the help of built-in controllers. They can be effectively used in suppressing enemy air defenses, destroying enemy air defenses, destroying / destroying enemy defensive activities (SEAD / DEAD), distorting the image of enemy radar assets, locating advancing enemy radar sites and providing information to employers.
Drones in the area can perform many missions, such as attacking tanks, armored vehicles, ammunition depots, fuel depots and terrorist launch pads.
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The world moves very quickly in this space. Some of the world-famous swarm technologies are:
China has already advanced rapidly in the field of technology. In 2021, the country released a video showing a truck-mounted structure launching a group of people. It is the first use of such a system on this scale anywhere in the world. The test demonstrated the capabilities of the entire system, such as propulsion speed, power launch, hover and mid-air launch, fixed formation, formation change, look down, and attack and strike.
As for India, during the 73rd Army Day celebrations on January 15, the Indian Army demonstrated its aerial capabilities, including kamikaze attacks and drone attacks. In this first demonstration, 75 drones, including quadcopters and large hexacopters, were launched from different locations.
During the demonstration, 13 attacks were carried out, showing frontal armor, mortar positions, large military forces, fuel tanks, radar sites, terrorist hideouts and helipads. Drones are calibrated using satellite signals and geo-referenced technology.
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Large hexacopters, called motherships, launched the baby drones, which adjusted to a fixed mission and exact target conditions using artificial intelligence algorithms running on flight computers. The drones, loaded with bombs, then crash into the target, destroying themselves and enemy property - in a typical kamikaze attack.
Before the boys began their series of attacks, the drone team entered the airspace where they conducted a verification study using raster scans and assigned targets to other drones to carry out pre-planned missions.
These autonomous drones can reach a distance of 50 km in enemy territory and conduct operations against enemy assets that are pre-planned with high combat capabilities. Drones can target areas up to 100 kilometers away in a single strike. The planes were produced in collaboration with a company from Bengaluru. What they demonstrate is a small fraction of the abilities they actually bring to the service.
However, the integration of new technologies and the development of domestic strategies will take time. While many drones are already used for border surveillance and counter-terrorism operations, the drones on display during the Army Day parade were sophisticated, autonomous and armed drones.
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The military has signed contracts with Indian defense companies and startups under a fast-track system to buy new weapons, a move that will quickly put the domestic system on the ground.
The Army has taken the lead in unmanned aerial vehicles, considered the future of warfare, by awarding an INR 200 million order to an Indian startup to develop a system capable of surveillance, electronic warfare and tactical strikes. A Bengaluru-based startup, NewSpace Research and Tech, was selected for the contract.
NewSpace Research is also working with Hindustan Aeronautics Limited on a future drone swarm system called the Combat Air Teaming System (CATS).
The Defense Research and Development Organization (DRDO) in November 2021 demonstrated the indigenous capability to carry out terrorist activities in enemy territories with a large number of drones operating in various forms. ikan detect, surround and attack and develop deadly weapons to meet them. an important requirement of the army and to protect the soldiers from outside
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