Hardware Controller The Arduino platform is selected for this project, mainly due to its open software and hardware nature which has resulted in availability of extensive technical information. As a result there are many tutorials and example project available for this platform. A list of arduino boards can be found here. Many of these boards […]
UVic Quadcopter using arduino Continue Reading
FOBO is the fourth prototype from Project Biped. It is a 3D printed, self-contained, statically balanced, bipedal robot. It has 8 DOF (degrees of freedom) and can walk around its environment and avoid obstacles using an ultrasonic range sensor. All of the designs, instructions, source code, and parts lists are provided for free. FOBO was
Make A FOBO Bipedal Walking Robot Using Arduino Continue Reading
If you can’t explore the Moon or Mars … you can always explore your neighborhood! The main goal of this project is to alter a remote controlled vehicle and control it via Internet Telerobotics using the Mobile Telephone Network (WWAN – Wireless Wide Area Network) 3.5G or 4G (Long Term Evolution) and as an alternative
Mobile Earth Rover One – 3.5G Exploration using arduino Continue Reading
So I’ve decided to build a robot using Arduino to control the sensors. Here’s my progress so far – I am hoping that my mistakes here and over the coming posts will guide people in more detail about what to avoid. Also I won’t provide a parts list until I have a working robot… The
larryBot – Arduino robot versions 0.1 to 0.5 lessons learned Continue Reading
The Birth of RoboDolly The conception of the RoboDolly can be traced back to my senior year of high school. This aluminum ornament evolved from housing a few flashing lights to displaying a fully handmade LED matrix. The final product was awarded to my robotics programming mentor; it now sits on his desk and gleams
