ENGR 103 robot final

C++
3D Printing
Arduino
Robotics

For our final, we designed a wheel that is 8 inches in outer diameter in size. it was 3D printed in two pieces and hot glued together. The Arduino code was modified from the bump bot code to drive forward. I tried to make the robot turn but it broke off the rear stick in the gravel so I decided to let it just be a robot that only drives forward. I wanted to make the robot aquatic with a float with pink insulation foam and glue paddles to the wheels so it would drive on water but I didn't do that because I didn't want to ruin the electronic with either water or silicone. The wheels are printed using PLA filament and on an Ender 3 pro. We tried to print it with tpa flexible filament but the printer was having some serious problems and that idea was scrapped. Joseph Shreves and Arron Chou

0 Lifts 

Artifacts

Name Description
uphill gravel test video of the robot driving uphill on gravel   Download
downhill gravel test video of the robot going downhill in gravel. this tested stability and speed   Download
grass test video video of the robot in the grass. tested traction and torque. (did not pass test)   Download
living room test video video of the robot in my kitchen and living room. tested traction and speed   Download
adruino code this code is modified bump bot code and this is code for the innovation challenge   Download
Feedback