Another Mini KeepOn?

[flickr video = 4060182274]

[Eustice Scrubb] has posted some videos and pictures of a robotic “eye stalk” that he’s building. It looks like the final version is using 3 servos in an arrangement like tendons through a slinky jr. The ping-pong ball on the top has a BlinkM inside it. You can see a video after the break that shows the three servo tendons in motion. The whole thing is controlled by an Arduino and one of his pictures states that it plays mp3s and has an internal pendulum. None of his pictures seem to implicitly state what it is meant to do though.

Continue reading “Another Mini KeepOn?”

Single Servo Robot

[youtube=http://www.youtube.com/watch?v=EFRPZRovn74]

[Guilherme Martins] rose to a challenge to build a robot with a single servo. His robot is a puppet controller, called talkie walkie. In real time, it will move its mouth to the sound of what you are saying. For those really curious, he’s speaking Portuguese and he roughly says “Hi, how’s it going”. He’s using an Arduino with a custom sound sensor, a single servo, a box, and a folder paper mouth.

Building a single servo robot shouldn’t be that much of a challenge, we’ve even seen walking robots with a single motor. There’s this 2 legged crawler, and we recall seeing a 4 legged B.E.A.M. walker with a single servo, but can’t find it right now.

 

[via RobotsDreams]

 

AIDA The Dashboard Bot

[youtube=http://www.youtube.com/watch?v=huQLyjwskQo]

In an attempt to create more interaction with our vehicles, researchers have created AIDA. AIDA is basically a car computer and GPS that has some well designed personification. That cute little face will learn your daily habits and schedules and make recommendations to keep you out of traffic. We really like the idea, and the little bit we see of AIDA already has us falling in love, but won’t the placement be a distraction? We already know some people who give their car a name and treat it like a person, we don’t want to imagine what would happen if their car actually had some interactive personality. AIDA’s motion and emotive display are worthy of the crabfu challenge for sure, but do we want AIDA on our dashboard? Yes, most emphatically. She can sit right by the little hula girl.

 

[via BotJunkie]

 

 

Keepon, Eat Your Heart Out

[youtube=http://www.youtube.com/watch?v=CJmyf4vg2hg]

[Ruyck] sent us this video of his mini Keepon robot. For those who haven’t been initiated, Keepon is a very emotive, and extremely expensive, dancing robot. He is deceptively simple looking, but as you can see in [Ruyck]’s version, it is fairly complex. [Ruyck] has used a mini RC collective pitch helicopter assembly for the motion, which makes controlling it fairly intuitive. At first, we were not too impressed with [Ruyck]’s final implementation, which you can see along with a comparison video of Keepon after the break. Then we realized, all he as to do is find a way to attach the bottom of the foam body to the base to achieve much more of the squash and stretch motion of keepon. A little creative programming and this little fellow could be made autonomous and synchronized to music.
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BigDog’s Bipedal Brother

[youtube=http://www.youtube.com/watch?v=67CUudkjEG4]

Boston Dynamics is at it again. This time, they’ve created a creepy biped with a natural gait. It may look very similar to BigDog, because it really is almost the same system. Named PETMAN, this biped system is being designed to help test chemical protection suits. This bot can stress the suit by walking, running, and even crawling in a room filled with poison gas. Not only can PETMAN walk, run, and crawl, but it can also sweat and change its temperature.  That’s pretty cool. Like BigDog, the most impressive part is when they give it a shove and it recovers with a motion that seems almost organic.

(the) Best Robotics Competition

okbestLogo

If you give a mouse a cookie, he will ask for a glass of milk. If you give a team of geeks a box full of parts ranging from aluminum to plywood to motors to RF interfaces, they will build a robot. Introducing Best Robotics, a volunteer group that gives schools a box of hardware and 6 weeks to build a robot that will compete against other schools for the title of champion.

This past Saturday the17th, the OKBest regional competition was held and I, HaD writer [Jakob], was lucky enough to be invited personally to not only watch – but compete. Check out our full breakdown after the jump.
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Score Online With Robot Soccer

robot-soccer

[Erik] and [Heni] have been using soccer as a way to improve code development techniques in robotics. Their soccer playing robots won first prize in the development competition at the 2007 RoboCup competition. They are using a teaching method they call Kinesthetic Bootstrapping to program the motions of the Bioloid robotic platform. The robots are moved by hand and those motions are recorded twenty times per second. The recorded data is then optimized in software and ready for playback in the robot.

After the break you’ll see a video of the robots playing soccer against each other. They receive commands from a computer via zig-bee with Nintendo Wii remotes as the user interface. That’s all fine and dandy, but perhaps you should try your own hand at a game. [Erik] and [Heni] developed a web interface that allows you to control the bots over the internet. We tried it out yesterday and had quite a bit of fun. We set the video stream to “Spectator” and “Jpeg Server Push” to get an image. You’ll have to wait until next week to play because the bots need someone to pick then up when they fall over. Live play is scheduled for Mondays and Wednesdays from 4-6pm GMT+2. That should give you plenty of time to program your Arduino to say “Gooooooooooaaaaaaaaaaaaaalllllllllll!!!” when you score. Continue reading “Score Online With Robot Soccer”