Dodecapod To Offset Segway As Futuristic Transport

Who doesn’t love a 12-legged robot, especially if you can ride it around work? You can watch this one running around the patio with rider perched atop it. The machine translation is a bit crude, but it seem this is based on the wicked walking sculptures of [Theo Jansen]. The rider can shift their center of gravity to control the walker, much like a Segway. We’d bet this makes for a rough ride on anything but a smooth level surface, but we’re fine with indoor use only. After all, you’ll need to be close to a charging station as this boasts 45 minutes of juice when transporting a 165 pound operator. See it scurry after the break.

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Elder Robots

It’s always nice to show our appreciation for our elders. Today’s young robots may be whippier, snappier, and go-gettier than their forbears but you have to admit that few of them have the moxie to dust themselves off after 45 years and have a walk around town (although it still wouldn’t qualify for a senior’s discount). George, a British humanoid robot made out of a WWII bomber, was resurrected by his inventor after decades in the garage–and all it took was a little bit of oil and some new batteries. Respect.

George is very impressive, but he’s not the oldest robot by any means. Ever-popular Buddha inspired a Japanese robot some 80 years ago that has recently been updated (pics here)–do robots meditate in solid state?

In a similar aesthetic vein to George, Chinese farmer Wu Yulu made a robotic rickshaw driver, one of his many eccentric projects since the 80s.

Here on hackaday we see a lot of modern robotics, but what about a return to the old school? Next time you have a scrap airplane on hand why not weld together a classic robot, and while you’re at it give your regards to old George.

PR2 + Kinect

Willow Garage, the makers of the PR2 robot have been playing with the Kinect. You might be a little tired of seeing every little new project people are doing with it, but there’s something here we couldn’t help but point out. When we posted the video of the guy doing 3d rendering with the Kinect, many of the commenters were speculating on how to get full environments into the computer. Those of you that said, “just use two, facing each other” seem to have been on to something. You can see that they are doing exactly that in the image above. The blue point cloud is one Kinect, the red cloud another.   The Willow Garage crew are using this to do telemetry through the PR2 as well as some gestural controls.  You can download the Openkinect stack for the Robot Operating System here. Be sure to check out the video after the break to see the PR2 being controlled via the Kinect as well as some nice demonstrations of how the Kinect is seeing the environment.

[via BotJunkie]

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Five Free Evalbots

If you’re a member of a hackerspace and you’ve been hoping and wishing for an evalbot to tear apart with your bare hands, you’re in luck! [Dave Bullock] is giving out five evalbots to five lucky hackers chosen at random. We thought that the $125.00 deal we saw the other day was good but this is right outta town!

The draw is on Black Friday, so you’ve got a few days to submit your details. We’ve only had a few posts about the evalbot to-date covering the initial examination of the hardware and a USB power modification. We’re interested in seeing where people take this, and we’d love to follow how each of these free ‘bots turns out. For those already working on an evalbot, keep it up and take lots of pictures!

[Photo credit: Dave Bullock from eecue]

Newest Hardware Bounty, The Open Lidar Project

Inspired by the successful Kinect bounty put out by Adafruit, [gallamine] of the RobotBox community has posted his own $200 $400 bounty for the first person who can hack the scanning LIDAR from Neato Robotic’s XV-11 vacuumbot. This sensor would be particularly useful to any robotic makers out there, because even the full retail price of the vacuum is less than the cost of most standalone LIDAR units, which often run upwards of $1000. The bounty seems to be growing every day, starting out at $200, and doubling thanks to a couple of other interested parties.

Luckily, from what we hear, the sensor was never made to be hack-proof (and perhaps even secretly hack friendly?), seeing as one of the prime developers of the sensor is a member of a certain Home Brew Robotics Club. We love it when companies are nice to hackers, and we hope to see more examples of this in the future. Not sure what the XV-11 is? Be sure to check out the video after the break for info about the vacuum and its scanning LIDAR.

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Stupid Friggin’ Robots

 

Some robots aspire to greatness, revolutionizing our humanoid behaviour in ways we struggle to understand. They have traveled in space, photographing the stars like celestial paparazzi or snatching Martians up like interplanetary bed intruders. Some robots are happy to perform their everyday functions with dignity and grace, scrubbing our floors and thanking us for recycling.

It may seem that every robot has a calling that–whether grandiose or humble–makes it a valuable part of our society. Unfortunately, this is not the case. Some robots use our hard-earned energy resources to no good use, lazing around without a useful function, drinking flux and tonic all night while watching reruns of Lost in Space. They are stupid robots.

Many humans look upon such pitiful automatons as nothing more than flotsam in the whitewater rapids of human achievement, but the more empathetic among us are ready to celebrate the unique uselessness of stupid robots in grand style. Enter Bacarobo (translated), the premier event showcasing the quirkiest and most amusingly useless robots of our time.

This year the contest was held at the end of October, and the entrants were hilarious to say the least. The dancing olé-bot drew much applause, while the shivering toque robots wooed the crowd in a desperate attempt to escape their frigid prison. It will be fun to see whether any stupidly adorable robot designs will come out of our own Santa-bot competition, considering the source material. If you’ve ever built a stupid or useless robot (accidentally or not) please share your story in the comments. Sometimes the most endearing things about our technology are the parts that don’t work the way they’re supposed to.

Japanese Micro Planes

Some very well engineered micro planes(translated) have been buzzing around the net. The goal here is ultra light weight. These suped-up paper planes have a remarkable target weight of around 10 grams (translated). The lighter the micro plane is the slower and more maneuverable it will be leading to some pretty interesting and scary applications. For controls it looks like many of the planes are using infrared receivers/transmitters (much like you would find in a TV remote hint hint). Getting the lightest plane possible has forced the designers to come up with some pretty ingenious tricks. For example, instead of using packaged servos they use a coil of wire wrapped around a rare earth magnet to control the flaps. You can see these home made “servos” in action after the break.

Some have taken a more classic approach and used rubber band power instead of a li-po/motor combo.

[via Make]

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