ROBOTC is proud to show off the cool projects created by the ROBOTC community

If you would like to show off your project, please join the ROBOTC.net Forums and post in the ROBOTC Projects thread.

We found another one of Burf’s work on his blog. If you don’t know Burf, he was the creator of a previous Cool Project on our blog, LEGO George.

Here’s another amazing post from his work that utilizes the RCX Multiplexer and an Android phone!

First of all, let me introduce myself: I’m Leon (aka dimastero/ dimasterooo), and I was recently invited to contribute to this blog. So as, my first post, I’d like to tell you about my new Skype-controlled LEGO Mindstorms NXT Car.

I’ve been creating websites for a while now, and I was trying to think of a way to combine it with Mindstorms NXT. This project is the result of that. The project’s webpage is fairly simple …

This is a robot that uses Face Recognition in order to follow around a human. It uses an iPhone in conjunction with an NXT. Take a look!

Here’s a video of an NXT robot line tracking a line, and then climbing a book that sits along its path!

Read about Mark Crobie’s latest project, the LEGO Street View Car. It uses Dexter Industries’ dGPS and Wifi sensor to record coordinates and transmit the data over Wifi.

burf2000′s latest creation from burf2000 stands 5’7″ tall, and is a fully functional 5 foot 7″ robot. Take a look at what LEGO George can do and burf2000′s inspiration behind it.

The ROBOTC curriculum covers quite a bit of material ranging from basic movement to automatic thresholds and advanced remote control. This is plenty of material for the average robotics class. However, it is not enough for some ambitious teachers and students who have mastered the basics. For those individuals who strive to learn the ins and outs of ROBOTC, we offered a pilot …

Take a look at Eric’s latest work. It’s an NXT that solves a maze, but also communicates with another NXT to let it know where to go.

We all know that the LEGO MINDSTORMS NXT and ROBOTC are a powerful combination. Together they are able to perform advanced tasks such as PID auto-straightening, line tracking, and even thermal imaging. Imagine what would be possible if multiple NXT’s could work together! Two heads are better than one, right?

Multi-robot communication is possible and it has already been implemented using ROBOTC. During a recent ROBOTC training session, …

DiMastero submitted his latest work: The Bionic NXTPod 3.0. Festo, a German engineering company created what’s called the Bionic Tripod 3.0. The Bionic Tripod 3.0 is an arm-like robot based on four flexible rods actuated from below. Learn more about it and DiMastero’s NXT version of this robot.