Speaking of my dashing good looks and superior mental prowess; Make also featured my currently shelved and ego-crippling project Hagetaka. Rest assured; my wife and 2 year old have picked up 2nd jobs to fund this project further and it will return with even stronger servos and bigger guns, ready to assist me in my plan for world domin- err, winning Mech Warfare.

Last but not least, Make Magazine readers got a quick and to the point review of the Roboard, the first full featured Robotics Computer on the market.

But seriously, be sure to pick up a copy as the entire issue is full of fun projects and robotic tidbits sure to appeal to your average robot-geek. And like Christmas, it only comes once a year!

XMOS event driven processors allow you to execute code in parallel which could open up a number of possibilities to evolve your robots “mind” to the next level!

I have some development kits to give away potentially, but before I give away all the details, I just wanted to see if there was any interest.

People have made some cool stuff with our tech before (See videos).

Some details of the processor itself which will be on the dev kit (to be released soon):

- Single core device (Although we do have quad core versions – ask me)
- 400 MIPS per core.
- 8 Threads per core.
- 64Kb RAM
- 8KBytes OTP memory for applications, boot code or security keys, with security mode
- 64 user I/O pins
- Support for high performance DSP (32 x 32 → 64bit MAC) and cryptographic functions
- Time aware ports provide up to 10ns timing resolution
- Designs implemented using a software-based design flow (can program in C or XC – very similar to C but with support for extras such as parallel execution)
- Scalable – can connect many kits together for crazy amounts of processing power using Xlinks.

He has made some serious progress with his latest A-Pod, and rather than gab away at how awesome it is, check out the video and prepare to be amazed.

We’ll also be revealing our big internal project which uses 14 of the RX-64 servos in the near future… =)

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Runners-Up:

This bot went back to the basics. Base board? Check. Super Glue? Check. Zip ties? Check. Ingenious scratch built onboard controller? Check! Throw all of these items together and you have a great wheeled platform with a fully functioning arm. complete with a .NET interface over Bluetooth. The craftsmanship on this bot is superb, so much so that when we first saw it we thought it had been cut from a 3D printer. Pinter75 has taken the project a step further and will be offering it in kit form in the near future, something we are very excited to see come to life.

Quadrapods have been around long enough that it usually takes something really special to perk our eyebrows, which is exactly what Charlie the Quadrapod did. Was it the onboard PC that impressed us? The rugged raw metal look? Perhaps the fact that Charlie wields a fully automatic airsoft gun on its back? While all of that is very cool, what amazed us most of all was the fact that Charlie was built by hand, using only simple power tools. No CNC machine, no computer CAD drawings; the brackets and frame were literally cut and bent by guide of hand alone. Anybody who has built parts by hand knows how much patience and skill goes into making identical parts without the guidance of a computer controlled blade. Look for this bot competing in the upcoming Mech Warfare competition at Robogames 2009!

Building a Wall-E robot? Awesome. Building it out of LEGOs? Even more awesome! LEGOs sure have come a long way in their lifetime, evolving into the amazing robotics prototyping tool they are today and invoking nostalgia in tinkerers abroad (I mean, who didn’t play with Legos growing up?) Forum member Bazmarc blew us all away when he debuted his LEGO NXT Autonomous Wall-E project, sparking “LEGO-skill” envy unanimously across the forums. Not only did he perfectly capture the look and feel of everyone’s favorite trash bot, he brought it to life with an autonomous navigation system. We can’t to see what Bizmarc comes up with next!

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Third Place:

Project: My Animatronic Project

What happens when a professional dental tech with a knack for animatronics is mentored by Hollywood special effects legend Dick Smith? A very creepy and very realistic animatronic robot is born. Gary Willett (aka Willettfx) has a true passion for his work, spending hundreds of hours adding the finest details to truly bring his monstrous inventions to life. He shared with us hours of video showing the fine artwork and dedication that goes into building Hollywood quality animatronics, and we ate up every minute! If you’re looking to get into animatronics yourself, he also offers a 3 disc DVD set showcasing every step on how he built his outstanding project!

Second Place:

The Robotic Marionette project literally reads out like a story. Forum member “Sunithaya” joined us after he had already completed his Marionette project of two years, however he started from the beginning in chronicling the lengthy steps made during the design, building, and final performances. Each post is titled appropriately – as if a chapter in a book, and detailed thoroughly with the thought process that went into each artistic design decision. Tons of photos were taken throughout the life of the project, and it all pays off with a performance video of the Robotic Marionette autonomously dancing. This project thread is a true gem that we’re lucky to have on our forums. We highly recommend a complete read-through to everyone interested in learning more.

First Place:

DJSures pulled down some serious ‘geek cred’ by creating his own K-9 robotic dog. I mean, what self respecting geek doesn’t want their own robotic pet to do their evil bidding? Sure it doesn’t have “omniflexible hyperlink facilities” or the ability to teleport, but this loveable Dr. Who tribute still boasts some impressive features. Onboard 3D mapping capabilities, real time occupancy grids, speech synthesis, adaptable personality levels depending upon the amount of human interaction, obstacle avoidance, an LCD screen for diagnostics, and even the ability to follow people around! Now get this: the entire robot was scratch built. This project is a perfect example of how it doesn’t take four dozen servos, onboard PCs, or complex vision processing to win our contests. Ingenuity, creativity, and the overall presentation of your project are a huge factor in our judging decisions. Watching this little bot go from pieces of plastic and circuitry to a seemingly free willed artificial being is what won DJSures the first place prize in the latest round of our contest!

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The Trossen Robotics crew would like to personally thank everyone who has participated in our contests as well as those who have helped other projects along. What started out as a great way to encourage grassroots engineering and the sharing of knowledge has evolved into a community of hobbyists and professionals who exhibit a passion for their work unlike any we have ever seen. Innovation is viral, and watching builders literally feed off of the excitement fueling these projects is a great thing to experience on a daily basis. We invite anyone looking to get started in robotics, as well as the veterans who have many of bots under their belt, to join the Trossen Robotics Community. We encourage you to jump in head first, if you’ve got an idea- discuss it, if you have a question- ask it, and if you’ve got a project- enter it in our contest. We look forward to seeing you and your projects in the next round of the Trossen Robotics Community Project Contest!.