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RoBattle is a modular, autonomous combat robot
Israel Aerospace Industries' (IAI) new combat robot has a wide variety of applications. The machine called RoBattle can be used as an advance guard, as a decoy or for surveillance missions. Why? Because it uses a system that the manufacturer calls modular "robotic kit" made up of several components: vehicle control, navigation, RT mapping and autonomy, sensors and mission payloads. Since it has a modular design, the company can swap in parts depending on what a particular mission needs. For instance, it could either use wheels or tracks, and its payload could be anything from robotic arms and sensors/radars to remote-controlled weapons.
Barobo iMobot teddy bear learns from your commands, will definitely make varsity (video)
Barobo's iMobot modular robotics system just launched earlier this year, and the folks behind it just started shipping the first kits last month. Turns out, they were on hand here at NEXT Aarhus with a bona fide demo, and we couldn't resist a quick demo. The actual kit is being hawked primarily to universities -- we're told that each $2,000 robot can be programmed to do just about anything, and if you stock up on a couple, you can produce full-on humanoids, a camera-toting rescue snake or something else that'll undoubtedly take over the world in just a few centuries. Each robotic piece is equipped with WiFi and Bluetooth, and aside from mounting points used for connecting family members, there's a couple of sensor ports that allow for rangefinders and proximity modules to be stacked on as well. The real show, however, happened when Elmo's long-lost cousin made an appearance. We're told that the creature is strictly a prototype using miniaturized versions of the robotic pieces that are on sale now. Those minis aren't up for order per se, but cutting the right check might land you with more than a smile. As you'll see in the video past the break, the software program written for the bear allowed it to "learn" movements that were dictated by the human holding it, and once the latest cheer was burned into its cotton-filled brain, a simple button press played things out in fantastical fashion. Have a look. You won't be disappointed. %Gallery-131980%
iMobot creeps, crawls, cranes its way into our hearts (video)
It may not look like much, but this little modular robot's got the stuff to give Keepon a run for its money -- oh yeah, and according to its creators, iMobot's got big implications for the field of robotics too. Sporting four degrees of freedom, two rotating joints, and a pair of faceplates that act as wheels, the patent-pending device can crawl, drive, and potentially act as an autonomous camera platform. The surprisingly agile hunk of machinery was developed by two UC Davis professors who say their versatile invention could aid in search and rescue, as well as education and research. We think it's super cool that iMobot could be a hero, but really, we just want to see it bust a move. Check out a video of our new robo love after the break.
Modular, shape-shifting robots get right back up to creep you out
We've seen a number of modular, reassembling robots already, but that doesn't make 'em any less unnerving, especially when we see them doing their thing on video. As you can see for yourself after the break, this latest batch of bots from the University of Pennsylvania seem to be capable enough, with them able to be kicked apart and find their way back together again, albeit somewhat slowly. That's done with the aid of a camera that seeks out the unique blinkin' lights of another robot, which it is able to dock with using some magnets and then start the search for another bot all over again, eventually forming into a slightly unstable walking robot (be sure to stick with video 'till the end for that).[Via Futurismic]
NASA beefs up its "SuperBot," has video to prove it
We've seen this modular bot around, but it's really starting to come into its own, with all sorts of twisting and flexing and joining to keep it occupied for hours. NASA's plan for the bot is for a future robotic system that is "modular, multifunctional and self-reconfigurable," and this SuperBot that USC is developing seems to fit the bill. Each module has its own power supply, sensors and communication, and with a few degrees of movement and six connecting faces there are plenty things the bots can do when joined as a team -- a SuperBot, if you will. It's not much use explaining it, you just have to see it for yourself, so peep the read link for action vids galore, then head to the comments and get a bit of "I for one..." out of your system.
