Autonomous Tank Terrorizing Campus

tank

As a senior design project for ECE4007,  [Nate], [An], [Chris], and [Wink] built an autonomous toy tank. It is using a Panasonic IR motion sensor to find targets, then once it’s facing the target it switches to visual motion tracking through it’s web cam. If it can get close enough, it will stop and begin rotating the turret for more accuracy. Finally it fires a pellet. It’s brains are an ICOP technology eBox-2300 running windows CE. All of the programming is available on the site, as well as a breakdown of the various sensors and hardware. As you can see in the video after the break, it does a decent job. Given some more time, we’re sure they could speed up the target acquisition process. Maybe we should add a category for Georgia Tech final projects.

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Ugobe Files For Bankruptcy

pleo_bankruptcy

Ugobe has officially filed bankruptcy. This is bad news for Pleo. That lovable little dino bot is no longer being produced. If you’ve got one you might want to refrain from hacking, just in case it’s worth something one day. As the point out at Engadget, another toy company might buy up the rights, but we doubt it.  At roughly $250 per unit, these things probably weren’t flying off the shelves.

Wii Controlled Segway Style NXT Bot

[youtube=http://www.youtube.com/watch?v=gUzgYcokIF4]

When [Epokh] sent in this Wii controlled segway style bot, we remembered a post a few months ago where someone made a balancing bot, but hadn’t completed the Wii code. Well, [Epokh] is going to show you how to implement the Wii controls with the Lego NXT system. He’s found the links to all the software you need and broken down the configuration step by step. He’s been busy lately, let’s hope he keeps it up.

Bioloid Hacking With Johnny Lee

bioloid

Though we usually think of Wii projects when we see him, [Johnny Lee] is showing us some Bioloid fun. He’s decided to pick one up to play with, wanting to write his own control programs for it. Unfortunately what he found was that it doesn’t do wireless communication for control. Even after installing a bluetooth module, he found it was only used to trigger different predetermined motions. After some research, he found how to connect the bluetooth module to the main PC link which allows him direct control of the Bioloid via the PC. Unfortunately, the communication speed leaves a lot to be desired, but it’s a good start. We’ll keep our eye on this one.

Fast Little Hexapods

[youtube=http://www.youtube.com/watch?v=GC4vWKenA7Y]

We’ve posted many many times about hexapods. One of the most common comments, aside from how creepy they are, is about their speed. Hexapods are generally pretty slow. These little bots are quite a bit different though. The Sprawl and iSprawl, are anything but slow. Using a hybrid leg mechanism that aims its piston like “toes”, they mimic the motion of cockroaches. The video shows the speed can be pretty quick, especially the iSprawl in the second half. The leg mechanism the Sprawl is air powered, while the iSprawl uses a push/pull cable transmission system. As pointed out at BotJunkie, it’s nice for the “i” in iSprawl to actually mean something. It stands for “independent”.

[via BotJunkie]

Felix’s Machines

[youtube=http://www.youtube.com/watch?v=4CdA-ivDj8o]

Ok, we know you’re going to get mad, there’s virtually no information on the technical side. But the music was so pleasant, and that’s rare.  There’s an interview with Felix, the creator, where he discusses his goals and ideas behind the project. We prefer just to sit and watch though. If you want to make something similar, there were some technical details on a mechanical drum recently.

[Thanks Hash]

Microbot For The Robocup 2008

[youtube=http://www.youtube.com/watch?v=dMJJ2FJqsdI]

[tioguerra] helped make these tiny bots for the World Robocup 2008 in china. There’s tons of information on the Mixed Reality forum, but you might be specifically interested in the bot section.  There are breakdowns of different aspects, such as charging and IR communication, as well as some great photographs of the unit along with a smaller one. The construction of the robot seems so nicely fit together, someone spent a lot of time getting the design just right.  Since we don’t see a new section for 2009 bots, we are guessing that they’ll use this design again.