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Archive for the ‘Robotics’ Category

HII Unveils REMUS 620 Unmanned Underwater Vehicle

Wednesday, November 9th, 2022

Enhanced Endurance, Mission Capacity and Odyssey™ Advanced Autonomy

MCLEAN, Va., Nov. 07, 2022 — HII’s (NYSE: HII) Mission Technologies division has revealed a new medium-class unmanned underwater vehicle (UUV): REMUS 620.

Building on the design philosophy of the highly successful REMUS 300 — recently selected by the U.S. Navy as the program of record for the Lionfish Small UUV — the REMUS 620 has a battery life of up to 110 hours and a range of 275 nautical miles, providing unmatched mission capabilities for mine countermeasures, hydrographic surveys, intelligence collection, surveillance and electronic warfare.

“Retaining a forward strategic advantage requires the ability to deliver a multitude of effects from under the sea,” said Duane Fotheringham, president of Mission Technologies’ Unmanned Systems business group. “The REMUS 620 is the first medium UUV designed to accurately deliver this range of advanced above-and-below water effects at long range.”

Built to support current and next-generation naval and special operations forces operations, REMUS 620 features a modular, open architecture design to facilitate seamless payload integration and HII’s Odyssey™ suite of advanced autonomy solutions for intelligent, robotic platforms.

REMUS 620 is the same size and weight of the first and only full-rate production medium UUVs: the MK 18 Mod 2, Littoral Battleship Sensing-Autonomous Undersea Vehicle (LBS-AUV) and LBS-Razorback systems operated by the U.S. Navy’s Mine Countermeasure Squadrons, U.S. Naval Oceanographic Office and Submarine Forces, respectively.

Multiple REMUS 620s operating collaboratively can be deployed from submarines, small manned or unmanned boats, amphibious ships, surface combatants and helicopters. REMUS 620 can also be used as a platform to launch and operate other unmanned vehicles or payloads from beneath the sea.

Energy
REMUS 620 is equipped with multiple batteries capable of 110 hours and a range of 275 nautical miles per mission, which provides unmatched multi-day endurance, range and stealth. The increased REMUS battery life enables the UUV to execute a significantly longer route to and from a mission area than previously afforded by medium-class vehicles. The energy modules are swappable, allowing for quick turnaround and incorporation of alternative energy sources as they become available.

Intelligence
REMUS 620 is built with modern core electronics, navigation and communication systems, and the vehicle’s open architecture can now be enhanced with HII Odyssey™, a suite of advanced autonomy solutions for intelligent, robotic platforms. The vehicle includes the new Odyssey Mission Management Software.

Multi-Mission
REMUS 620 standard synthetic aperture sonar payload can be replaced or enhanced for multi-mission capabilities, including intelligence, surveillance and reconnaissance, and cyber and electronic warfare operations.

REMUS 620 builds on the success of HII’s REMUS platforms, with 30 years of innovation and delivery of more than 600 UUVs to 30 countries worldwide, including 14 NATO member countries. The scientific community will also benefit from the payload flexibility and variety of environmental sensors that can be easily added to the base vehicle.

US Army Next Generation Robotic Technologies

Wednesday, October 26th, 2022

Ground Robotics are coming to the Army, with experimentation ongoing. Unmanned Air systems have been in use for decades now and advancements in robotics technology is taking things beyond the paradigm of the EOD robot. The move is understandable. You can put a robot many places that you can’t put a human and if something happens, the robot doesn’t bleed.

However, far from unleashing an Army Hunter-Killer systems from the Terminator franchise, the Army envisions forming heterogeneous teams with Soldiers in the loop:

• Large/Small, Air/Ground/Sea, Manned and Unmanned

• Humans in multiple roles (Commanders, Teammates, bystanders)

• Systems with varying levels of autonomy, sensors, processing, and operational payloads

• Collaborative systems with adaptable roles operating in distributed, decentralized, and layered operations

• Increased team-based cognitive and tactical behaviors, dynamic tasking, and real-time distributed perception and decision making

• Operations in complex and contested environments–peer adversarial capabilities

• RAS will operate as part of joint inter-service and multinational teams

During the recent NDIA Future Force Capabilities Conference, Dr. Brett Piekarski and Mr. Elias Rigas of DEVCOM ARL offered a presentation that discussed Next Generation Robotic Technologies.

You can access it here:

ONYX Remotely Actuated Weapon

Monday, October 24th, 2022

One of the most promising pieces of equipment meant I saw at AUSA is the Remotely Actuated Weapon by ONYX.

RAW is a Platform-Agnostic Modular Lower Receiver allowing the user to Bring Your Own Upper Receiver.

Currently at Technology Readiness Level 6 (TRL6) signifying it has a fully functional prototype or representational model. The RAW itself is less than 4 lbs and can be mounted to static fixtures or air, ground, or maritime platforms including robotic systems.

It can also be used in conjunction with the Onyx X360 gimbal, which provides 360-degree azimuth and 40-degree elevation integrated with intelligent slew-to-cue automation.

Additionally, ONYX is working on image characterization in order to alert the user to what the system is looking at.

SIG MG 338 x AimLock Remote Weapon Station

Wednesday, October 19th, 2022

The AimLock Remote Weapon Station has arrived on the scene as a lower cost alternative to more comprehensive RWS on the market.

During the recent AUSA expo in Washington, DC, SIG SAUER showcased the AimLock R-M1 paired with the MG 338 machine gun in .338 Norma Mag. The R-M1 can be mounted on a variety of platforms including tripods, buildings, ATVs, UTVs, ground vehicles, boats, and helicopters.

In addition to being remotely operated, the R-M1 integrates AimLock’s auto-targeting technology.

Land Forces 22 – Ghost Robotics

Thursday, October 6th, 2022

Ghost Robotics‘ Quadruped Unmanned Ground Vehicles are making a great showing in the Australian Defence Force stand, conducting demos of their capabilities. Available in Australia from Omega Dev Group, ADF currently has two dogs they are using to shape their ground robotics requirements under the Robotic & Autonomous Systems Implementation & Coordination Office (RICO).

Land Forces 22 – DefendTex Banshee

Tuesday, October 4th, 2022

Billed as an Land Autonomous Munition Platform, the Banshee from Australia’s DefendTex boasts a top speed of 100 km/hr and a range of 70 km.

This thermal seeking system is designed to look for tanks, drive under them and destroy the tank or anything else it’s set after.

It can also be used to deliver their line of unmanned aerial systems like the D40 via their multibarrel
launch system.

www.defendtex.com

Army to Test Robotic Vehicles on Land and Sea During PC 22

Thursday, September 29th, 2022

WASHINGTON — Industry partners working with the Army and Defense Advanced Research Projects Agency engineers will fly a pilotless UH-60 Black Hawk helicopter carrying up to 3,000 pounds on supply runs as part of its annual Project Convergence experiments this fall. In addition, the range of the tests will expand significantly across the Pacific.

Lt. Gen. Scott McKean, director of Army Futures Command’s Futures and Concepts Center, said that autonomous vehicles will cover great distances on land and sea during the joint experiments of PC 22, which the Army designed to augment joint, all-domain command and control, or JADC2.

The Army will work to reduce the number of Soldiers necessary to operate the autonomous vehicles, eventually having a single Soldier controlling multiple vehicles, McKean said.

The experiments will be held at locations in the Pacific and at Yuma Proving Ground, Arizona, in October and November. JADC2 is the Defense Department’s concept for joint warfighting.

“Autonomous capability is at the forefront of what we believe our next operating concept will be based on,” McKean said during the Defense One State of the Army conference on Sept. 7. “Why do you need a Black Hawk? Think of the capacity that a Black Hawk provides in the sense of carry capabilities. It really will help us provide commanders options.”

As part of the Army’s broader modernization efforts, PC 22 will help validate the Army 2030 multi-domain operations goals. The Army plans to publish its new, Army 2030 multi-domain operations doctrine this fall.

In addition to the autonomous Black Hawk, the service will deploy air and ground robotic vehicles from the U.S., United Kingdom and Australia during tests at Yuma, Camp Pendleton, California, and the National Training Center in San Bernardino County.

“This is convergence,” McKean said. “How do we pass the data from those robotic vehicles back to the command post so commanders can make sense and act on what those systems are providing? This is going to be a great learning opportunity to see just where we are.”

In addition, the Army will test its ability to “swarm” using a group of drones controlled by a Soldier.

This year the experiments will include participation from all six military branches including the Space Force as well as the British and Australian militaries. Carrier strike groups and the U.S. Navy’s Third Fleet elements will be stationed in the Pacific and sensors will be placed in areas from Japan to Australia.

McKean said that Project Convergence 2021 set the foundation for this fall’s iteration, allowing the Army to build greater levels of integration with other military branches.

This year the series of experiments will divided into two phases.

First the services will operate in a Pacific environment; engaging under maritime conditions and long distances. Then, the experiments will move to land-dominant scenarios. There will also be an additional combat simulation at Yuma, where the Army is working with industry solutions to develop battlefield dynamics with feedback from military representatives.

“It is not an Army experiment. This is not how the Army is approaching JADC2,” McKean said. “This is truly a joint, and combined experiment venue to inform JADC2 as well as other capabilities that we’re trying to develop out as part of our modernization process.”

McKean said the scenarios revolve around three objectives. First the militaries will establish an integrated air and missile defense through the development of protective and defensive fires. Second, participants will be employing joint, offensive fires and the ability to hit targets and great distances.

Finally the Army will examine which authorities and policies hinders its ability to fight as a joint combat force. The military branches will also focus on establishing proper communications between each service’s command post.

“We’re looking at both mass and precision,” he said. “That was part of the objective to scale this experiment establishing a mission partner network. We understand that we’re not going to be able to fight without our allies and partners.”

By Joe Lacdan, Army News Service

Tomahawk Robotics Awarded $6.5M Contract with United States Marine Corps

Tuesday, September 20th, 2022

MELBOURNE, Fla., Sept. 15, 2022 — Tomahawk Robotics is thrilled to announce the award of the Autonomy and Robotics Enhanced Multi-Domain Infantry Squad (ARTEMIS) program through the Marine Corps Warfighting Laboratory (MCWL). The $6.5M award spans activities and deliveries scheduled from 2022 through 2024.

The ARTEMIS program builds on capabilities delivered under Tomahawk Robotics’ existing Radio Agile Integrated Device (RAID) contract with MCWL. With the ARTEMIS contract, Tomahawk Robotics will integrate six additional unmanned systems and several ground radios used by the US Marine Corps into the Kinesis Ecosystem.  These unmanned systems include both ground and airborne platforms in use by US Marine Corps Infantry Units.    

Brad Truesdell, Tomahawk Robotics’ CEO said “This is another major step forward in our work to deliver AI-enabled universal robotic command and control for our men and women in uniform. Through this program, we will deliver products providing for the safe, efficient, and intuitive control of robotic systems by the US Marine Corps.”

The ARTEMIS program leverages previous DoD investments to provide a fully integrated common control and communications solution for both air and ground unmanned systems. It will enable universal robotic control of legacy Program of Record (PoR) systems as well as next-generation unmanned systems, sensors, and payloads for dismounted Marine Corps units. Universal robotic control technologies provide infantry units with significant improvements in situational awareness, mission success, and lethality to meet the challenges of tomorrow’s battlefield.

Tomahawk Robotics is proud to support the Marine Corps and the US DoD through this work.