Army researchers are working with the University of Illinois Chicago on unmanned technology for recharging drone swarms.
The university has been awarded a four-year, $8 million cooperative agreement “to develop foundational science in two critical propulsion and power technology areas for powering future families of unmanned aircraft systems,” according to a statement released by the Army Research Laboratory.
“This collaborative program will help small battery-powered drones autonomously return from military missions to unmanned ground vehicles for recharging,” the Army added. “The university is developing algorithms to enable route planning for multiple teams of small unmanned air and ground vehicles.”
ARMY DEVELOPING DRONES THAT CAN CHANGE SHAPE MID-FLIGHT
The military is looking to make the process of recharging vast drone swarms as efficiently as possible by using fast, recharging batteries and wireless power transfer technologies. This, researchers say, will let multiple drones to hover over an unmanned ground vehicle and recharge
WASHINGTON — The U.S. Army still plans to release of its request for proposals in December to replace the Bradley Infantry Fighting Vehicle, and it wants industry to prioritize an open architecture in its designs.
“The network is almost more important in some ways than building the combat vehicles,” Maj. Gen. Brian Cummings, program executive officer of ground combat systems, told Defense News in an interview ahead of the Association of the U.S. Army’s virtual conference.
The future optionally manned fighting vehicle will need the flexibility to be networked with other capabilities across the battlefield, and designed such that capabilities can plug into the vehicle at the forward edge. This realization was highlighted during the Army’s Project Convergence exercise at Yuma Proving Ground, Arizona, which wrapped up last month and during which an OMFV surrogate played a part.
The Army will focus on the effort to develop OMFV with an
WASHINGTON — The U.S. Army’s Future Long-Range Assault Aircraft program passed through the Army Requirements Oversight Council’s gauntlet and received preliminary approval of its abbreviated capabilities development document, bringing the aircraft a step closer to a competitive procurement, according to the head of the service’s future vertical lift efforts.
The service is on a tight timeline to field a brand-new, long-range assault aircraft by 2030.
“The AROC went well,” Brig. Gen. Wally Rugen told Defense News in an Oct. 6 interview. “The aviation enterprise continues to impress me, just our ability to drive on these tough administrative and requirements tasks and get them done on time and do what we said we were going to do.”
At the time of the interview, not all of the paperwork was signed and the ink wasn’t dry. However, Rugen said, “it was probably one of the best AROCs I have attended in my
YUMA PROVING GROUND, Ariz. — To put it bluntly, the U.S. Army is not exactly known for its space savviness.
However, as the Army gears up for combat with near-peer competitors, it’s doing its best to leverage new space capabilities to improve its targeting and networks, greatly expanding the range it can fire at enemies effectively. And at Project Convergence 20, the service got its first high profile opportunity to show off what it can do with emergent tactical space capabilities.
Project Convergence is the first iteration of the Army’s new “campaign of learning,” an effort to bring together the most cutting edge technologies, connect them together with an advanced battlefield network, and extend their ability to hit beyond-line-of-sight targets with confidence. During six weeks in the blazing Arizona heat at Yuma Proving Ground, the Army ran through dozens of scenarios, linking weapons systems and sensors together, applying artificial intelligence
Dogs deployed by the U.S. Army could soon be fitted with augmented reality (AR) goggles.
The equipment would allow dog handlers to communicate commands from a distance while performing tasks such as searching for explosive devices and hazardous materials, or carrying out search and rescue operations.
The specially designed headset, which like regular AR goggles overlay specific information on a real-world image, are being developed by Seattle-based Command Sight in a project managed by the Army Research Laboratory (ARL)
Currently, army dogs receive commands from their handlers via physical gestures or laser pointers, but this means the animal has to be visible to the handler throughout. Commands can also be delivered remotely via an audio system, but the setup isn’t always reliable.
Fitting a canine with a pair of AR goggles would offer more freedom during activities in the field as the dog could then venture far beyond the current,
The Army’s use of manned-unmanned teaming, wherein human operators control air and ground robotic vehicles to conduct reconnaissance, carry supplies or even launch attacks has long been underway. This developmental trajectory is demonstrated by the Army’s most recent successes with unmanned-unmanned teaming.
Progress with drone to drone connectivity, from ground to ground and ground to air is fast gaining momentum following successful recent experiments where the Army passed key targeting data from larger drones to smaller mini-drones in the air. This happened in September at Yuma Proving Grounds, Ariz., during the Army’s Project Convergence experiment, wherein the ability to massively shorten sensor-to-shooter time and network time-sensitive combat information was demonstrated between drones.
During the experiment, an Army Gray Eagle drone networked with a forward operating mini-drone called Air Launched Effects. This, as Army leaders described, extended the range, scope and target envelope for attack missions well beyond “line of sight”
Future dogs: Army developing augmented reality goggles that receive commands from soldiers
Hed: Future dogs: Army developing augmented reality goggles that receive commands from soldiers
The Army is developing high-tech augmented reality goggles for dogs that eventually could allow handlers to give them directions from afar, the service said.
Military working dogs are directed via hand signals, speaking or laser pointers, which require the handler to remain close by. That can potentially endanger soldiers on missions that involve finding explosives and hazardous materials, or assisting in rescue operations, the Army statement said Tuesday.
The goggles developed by the Army and the Seattle-based company Command Sight show dogs where to go using a simulated laser pointer.
Initial feedback indicates “the system could fundamentally change how military canines are deployed in the future,” said A.J. Peper, the founder of Command Sight, as quoted in the Army’s statement.
The Army announced this month that it’s deactivating Asymmetric Warfare Group and Rapid Equipment Force.
The groups were set up 15 years ago to provide advisory support and to rapidly equip soldiers to counter new threats during the post-9/11 wars.
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After nearly 15 years, the Asymmetric Warfare Group (AWG) and Rapid Equipment Force (REF) are being deactivated.
The primary mission of AWG was to provide advisory support to the US Army. It would do that by rapidly transferring current threat-based operations and solutions to tactical and operational commanders in order to defeat emerging asymmetric threats and enhance multi-domain effectiveness.
AWG was headquartered in Fort Meade, Maryland. It was the only unit within TRADOC with the capability and structure to globally engage warfighters and disseminate observations and information to the rear to enhance soldier survivability. AWG understood that it is vital for the Army
When an Air Force fighter jet or bomber closes in on a high-value target area, poised for attack, or an Army ground unit moves to contact with an enemy, success or failure of a given high-risk mission can often hang in the balance of what can be described in two words – satellite networking.
A sufficiently hardened, multi-directional signal can ensure that pilots quickly receive target coordinates, navigational details, or sensitive threat information of great relevance to the mission. Should target accuracy be compromised, signal fidelity jammed, or flight path compromised by threats from unanticipated directions, mission objectives can of course be destroyed and lives are put at risk.
Given this, high-throughput, multi-frequency, multi-directional antennas, coupled with secure “meshed” networking between satellites, are considered crucial to war planners looking to favor success in missions by increasing the strength and speed of space connectivity.