• Self-learning robots to be used in earthquake, disaster rescue missions

    Rescue robots capable of understanding the changing and unpredictable environment of disaster scenarios may one day be deployed to search for survivors in the aftermath of earthquakes; a robot equipped with a newly developed software, for example, would be able to recognize how something such as a stick could be used as a tool to push an object through an area too small for the robot to go into

  • Carnegie Mellon launches robotics start-up

    Carnegie Robotics LLC will partner with Carnegie Mellon to manufacture robotic components and systems; startup to create products based on technology from CMU’s National Robotics Engineering Center

  • Police robot seeks out the bad guys

    Police units in California use DHS grants to buy a robot to go into dangerous places to look for bad guys; the $12,000, 25-pound robot is waterproof, equipped with a 360-degree camera and tracks for movement; it climbs stairs, runs on grass and gravel, and can right itself if it flips over

  • Flying robotic arm can pick up bombs, packages

    A helicopter equipped with a robotic hand picks up small objects; the robotic arm could be used in spots that are difficult for ground robots to get to, such as high or roughly terrained places; it could also be used to pick up bombs or packages

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  • Unmanned copter to deliver supplies to troops in forward positions

    The U.S. military will award Lockheed Martin a contract to build an unmanned helicopter which will deliver supplies to forward-positioned troops; in trials earlier this year, a prototype has shown that it can shift 3,000lb of cargo across 150 nautical miles in two flights within six hours — all without any input from ground operators other than specifying the destination and route

  • Unmanned helicopter enters restricted airspace after losing communication

    An MQ-8 Fire Scout lost communication with its operators and flew into restricted airspace around Washington, D.C.; typically during a lost communications event, an autonomous vehicle is preprogrammed based on its last waypoint to conduct certain activities, take a holding pattern, and wait for operators to reconnect; the Pentagon says: “We found a software anomaly that allowed aircraft not to follow its preprogrammed flight procedures”

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  • Preventing robots from colliding with each other

    With more ands more autonomous vehicles — or robots — on land, sea, and in the air are being employed in more and more military, law enforcement, and first response mission, there is a growing need to make sure that, when on a mission, they do not collide with each other as they go about their business

  • Japanese rescue robot can sniff out, and help, buried disaster survivors

    Japanese emergency services are testing a search-and-rescue robot that can search rubble for survivors and deliver water, food, or cellphones in disaster zones; the device has a robotic arm that can be remote-controlled to turn doorknobs, maneuver through rubble and carry crucial survival items after an earthquake or other disaster

  • Snake-like robots dispose of IEDs

    Snakes are flexible, and they can crawl, slither, swim, climb, or shimmy through narrow spaces; the U.S. military wants to emulate these characteristics in snake-like robots that can replace soldiers in dangerous search and rescue missions, surveillance operations, and IED disposal

  • U.S. Army to buy additional explosive disposal robots

    Boeing, iRobot receive a follow-on order for 94 additional explosive disposal ground robots, bringing to total number of robots the U.S. Army has ordered to 323; the robot has the ability to perform reconnaissance during extremely hazardous explosive disposal missions involving unexploded ordnance and improvised explosive devices

  • Tiny flying robots to monitor forest-fires, chemical spills, and more

    Swiss researchers developed a tiny flying robot which could be equipped with different sensors and small cameras for a variety of applications; the robot could monitor different kinds of emergencies — from forest fires to chemical accidents

  • Marines to use autonomous vehicles built by Virginia Tech students

    Virginia Tech engineering students designed an unmanned ground vehicle (UGV) which the U.S. Marines Corps will test in a war game in Hawaii; the unmanned vehicles are designed to resupply troops, to reduce the actual loads manually carried by Marines, and to provide an immediate means for the evacuation of any casualties in combat

  • Cap temporarily removed from gushing well

    The lower marine riser package (LMRP) containment cap was taken off the failed Deepwater Horizon blowout preventer (BOP) earlier today after a vent on the cap accidentally got closed; it appears that a remotely operated vehicle accidentally bumped into the LMRP cap and closed a vent; the cap was taken off the well because with the vent closed, dangerous pressure was beginning to build up inside the well, raising the specter of another explosion, similar to the one on 20 April which destroyed the well

  • Robot assembles itself, then flies

    Soldiers and first responders often find themselves in situations of surveillance or search and rescue, in which they may have to figure out on the fly what size and shape surveillance or search-and-rescue robot they need; Swiss researchers develop a flying platform made up of autonomous wheeled vehicle that lock together to share the task of controlled and autonomous flight; this self-sufficient wheeled DFA has another advantage: if one of the parts of which it consists breaks, the robot can reconfigure itself or substitute in a different part

  • Autonomous vehicles to map battle environments

    War is always accompanied by the fog of war; to pierce that fog, researchers at Cranfield University are working on developing swarms of autonomous military vehicles capable of sharing and overlapping video images to create high-resolution 3D panoramic scenes of dangerous battlefield areas