A new robotic hand, developed by Sandia National Laboratories, mimics the capabilities of a human hand and could help disarm improvised explosive devices.
Boston Dynamics Incorporated, Waltham, Massachusetts, is being awarded a $10,882,438 cost-plus-fixed-fee contract. The contractor will develop and build a set of identical humanoid robot systems for use by performers in both phases of the Defense Advanced Research Projects Agency Robotics Challenge Program. This effort will develop robotic platforms consisting of two legs, a torso, on board computing, two arms with hands, and a sensor head.
U.S. Army researchers have enhanced the Talon robot with an array of technologies to make the system more autonomous. Upgrades include inertial navigation and Global Positioning System technologies, a 306-degree camera system and laser radar, upgraded power distribution boards, an e-stop system, Ethernet radios, control computers and software for running the system.
Researchers from Argonne National Laboratory have discovered methods to make teensy robots perform an array of tasks on command.
Three U.S. Army units are preparing to go to war with robots armed, for now, with nonlethal weapons.
Injured warfighters, formerly relegated to desk jobs or early retirement, now may have a new lease on military life. Advanced prosthetics give these brave troops the option of returning to active service-a nearly foreign concept in previous wars.
NASA has signed a contract modification increasing the not-to-exceed value of a support contract with L-3 Services of Fairfax, Virginia, by $49 million, bringing the total value of the contract to $98 million. The contract provides simulation and software technology support to Johnson Space Center's Software, Robotics and Simulation Division in the fields of design, development, testing and operations of intelligent systems, robotic systems, spacecraft flight software systems and real-time simulation systems.
NASA has awarded a sole-source contract to Lockheed Martin Space Systems Company, Greenbelt, Maryland, for Systems Engineering for In-Space Servicing. This 18-month contract has a value of $31 million. Lockheed Martin will provide systems and discipline engineering support to develop and execute two demonstrations to test and verify new robotic servicing capabilities using the Dextre robot aboard the International Space Station.
Alion Science and Technology has recently been awarded a $1 million contract to lead a modeling and simulation research effort that could help enhance the field of prosthetic limbs for wounded soldiers. The 18-month, U.S. Army Medical Research Acquisition Activity will explore affordable and improved approaches in bringing robotic control technology to the field of prosthetic limbs.
The notion of robots as trusted companions on the battlefield is no longer limited to the scope of science fiction or TV adventure. With the U.S. Army's Robotics Collaborative Technology Alliance and its members forging ahead on autonomous technologies, warfighters may just very well have their own "Lassie" to save the day. What more can be done to enhance robotic artificial intelligence to benefit the troops? Share you ideas here.
The Boeing Company and the Australian government demonstrated the ability to simultaneously command and control three robot aircraft from an airborne command platform. The demonstration featured three ScanEagle unmanned aircraft systems (UAS) controlled from a Royal Australian Air Force Wedgetail 737 airborne early warning and control aircraft. Operating 120 miles from the Wedgetail, the ScanEagles were assigned tasks such as area search, reconnaissance, point surveillance and targeting.
U.S. military ground troops have received their first fully modular ground robot system that can launch a variety of munitions, from 40-millimeter beanbags to 40-millimeter high-explosive grenades. The Modular Advanced Armed Robotic System (MAARS) features a unibody chassis with a plug-and-play design, so warfighters will be able to expand its capabilities as new accessories and attachments become available.
A lightweight battlefield robot may soon provide Israeli army units with extra eyes, ears and firepower. Intended to support forces at the company and platoon levels, the robot can be carried into action by one soldier and configured in the field for a variety of missions.
Researchers are conducting cutting-edge investigations in the area of unmanned systems. The efforts aim to change how humans operate the vehicles by reducing the number of personnel hours and dedicated resources necessary to execute the systems. The projects also could both improve how systems interact with one another and increase their autonomy.
As the demand for robotics expands in both the commercial and public sectors, developers at a university institute are working to move relevant technology into the marketplace rapidly. Engineers are creating smarter systems that are more autonomous and that have applications ranging from agriculture to combat. Current programs are spawning new ideas, and program officials are seeking to demonstrate technology to funding authorities quickly to determine the best path forward early in the development cycle.
Unmanned ground systems have become a vital tool for warfighters operating in Southwest Asia. Initially deploying a handful of machines, the U.S. Army and Marine Corps now deploy thousands of robots into the theater. Ranging from tiny scouts designed to be thrown into windows to remote control mine clearance vehicles, these platforms have saved many lives by replacing soldiers in dangerous jobs, including ordnance disposal and reconnaissance.
Biologists and engineers are melding their expertise to develop robots that look more like a high-priced dinner than a high-explosive detonator. Taking their cue from nature, scientists are designing a sensor-toting techno-crustacean that can operate in sandy, rocky, undulating environments. For military troops, these devices could alleviate the hazard of underwater mines during beach landings and littoral zone operations.
The key to attaining the long-sought goal of fully autonomous unmanned ground vehicles may lie in their ability to recognize reality. Scientists pursuing the development of truly independent robotic vehicles are finding that perception is the key hurdle they must overcome. The development of these vehicles hinges on solving problems relating to perception and its data processing.