Robotics with the Boe-Bot
Build your own robot, wire it up with sensors, and let it roam on its own. Robotics with the Boe-Bot includes step-by-step assembly instructions, circuit-building, and programming for the BASIC Stamp-based Boe-Bot Robot.
Boe-Bot
BSA Robotics Merit Badge with the Boe-Bot
This abbreviated series of lessons (gleaned from Robotics with the Boe-Bot) was created to encourage Scouts who are interested enough in robotics to obtain their Merit Badge, but not enough to go “too deep, too quickly”.
Boe-Bot Navigation with Incline Sensing Project
Visit this Stamps in Class Mini Project to learn how uphill doesn't have to be a battle (unless you want it to be); pair your Boe-Bot with an accelerometer for use in competitions, outdoor exploring, and more!
Tilt Radio Controller for your Boe-Bot Project
Follow this Stamps in Class Mini Project to turn your BASIC Stamp 2 HomeWork Board or Board of Education into a tilt-activated RF controller for the Boe-Bot.
Boe-Bot Line Following with QTI Sensors Project
Visit this Stamps in Class Mini Project to learn how to program your Boe-Bot to follow lines using QTI sensors, and to integrate additional sensors without sacrificing performance.
Boe-Bot Maze Navigation with QTIs Project
Learn how to make your Boe-Bot successfully navigate a maze containing dead ends, sharp turns, and more with this Stamps in Class Mini Project!
SumoBot or Boe-Bot Tilt-Controller Project
Pairing a Memsic 2-axis accelerometer with XBee RF modules makes a powerful and fun wireless tilt controller for your robot. One XBee module and a Memsic Dual-Axis Accelerometer are mouted on a BASIC Stamp HomeWork Board. The other XBee module mounts on a BASIC Stamp controlled robot. SumoBot wrestling is a perfect application for this!