Swimming Cockroach Robot Developed

Onnimikki writes "The Ambulatory Robotics Lab at McGill University has made a six-legged swimming cockroach robot as part of Project Aqua. The robot is a waterproof version of the RHex robot, whose inspiration is the biomimetic work by Bob Full of Gecko glue fame. Other cool stuff from the ARL page includes a waddling bipedal RHex, and the world's first galloping robot."

Comments

Sticky situation

[billybob2001]

inspiration is the biomimetic work by Bob Full of Gecko glue fame.

Why is he full of Gecko glue?

Talk about getting stuck into your work...

It runs QNX

[leeroybrown]

It's nice to see that it runs a proper Real Time OS.

I have actually seen one case of someone trying to build a mini sub-aqua robot running Windows XP (yes XP not CE) on a powerful micro PC card.

Seriously, ... it sounds fscked up, but it's true.

Re:Fun

[billybob2001]

Scaring my mum/sister/girlfriend.

The scary thing is, you're talking about one woman

Not first

[quintesse]

Wish I could prove with u URL of some sort but I'm 2000% positive that I've seen galloping robots in a documentary years and years ago made by some university or MIT. I remember that they were made using hydraulics and that they had quadrupeds and even a monoped running/hopping through the hallways (with the researchers running to keep up with cables and such ;-) I also remember that the movements were not preprogrammed but the system "learned" how best to cope with N legs. It developed all of the gaits found in a horse for example. Very good stuff.

Re:Not first

[Onnimikki]

You may be 2000% positive, but the assertion that no galloping robots had ever been made (until now, by MIT or anyone else) is backed up by Schmiedeler and Waldron's IJRR paper entitled "The Mechanics of Quadrupedal Galloping and the Future of Legged Vehicles". In it they state "To the best of the authors' knowledge, however, no artificial legged system has ever been operated in a true gallop. Raibert's (1986) quadruped used its legs in pairs, employing trot, pace and bound gaits." The MIT work that you are referring to is that done by Marc Raibert.

Re:Buoyancy

[Coelacanth]

You can make an object neutrally-buoyant (or close enough to it) by carefully adding foam or other light stuff (ping-pong balls!). The tricky bit is making it not only neutral in an overall sense, but to prevent the object from tending towards a particular attitude in the water.

And unless you fill the tank with salt water or, perhaps, lime jello, the density of water is pretty much the same everywhere :-)

Eeaaaargh!!!!

[BabyDave]

*hits cockroach with shoe*

What? Why is everyone looking at me like that?

I've been slashdotted! YEAH! I'm so proud!

[dannycim]

Came in this morning, tried to login to squirrelmail.... Hmmmm... very slow... Get to the web server.... Hummmm... Lotsa httpd processes... Hummmmm...

tcpdump -i eth0 -n port 80...

Hmmmm... The console scrolls non-stop! Arrrgh! Am I being DOS'ed!?!?!?!?

Thanks slashdot, you made me panic for a while. Hope somebody mirrored the pages cuz' I can't handle this load without being prepared for it.

Please check again in a few days if you're really intereseted.

--
Danny, McGill CIM SysAdmin.

Re:I've been slashdotted! YEAH! I'm so proud!

[dannycim]

I'd have prepared for this by mirroring the images and videos and redirected to them. Ain't so hard if you know in advance.

I didn't post the story, somebody else here at McGill did without telling me.

Anyways, anybody want to host 'em?

Re:WinXP and the newbie Roboticist trap

[apdt]

True, especially when you can actually program some of the PIC's in C. e.g. the Microchip PIC 12/14/16/17 families