Design and fabricate a remote controlled, competitively priced, toy robot that is capable of memorizing and traversing a path. The child “teaches” his/her robot by guiding it through a maze. Once the child and robot team solve the maze. The child returns the robot to the entrance of the maze and quizzes the robot to […]
The goal of this project was to improve on 302 Goliath tank design from the Fall 2016 Class and adapt to a completely different mission goal. The mission was to navigate a 2D paper/cloth maze under remote control and then have the Goliath repeat the route autonomously. For an added challenge an extra version was added that where all bots […]
Overall the design changes made to improve the ratio were successful, the execution was where I ran into the problems mentioned in a previous post [1]. The added cut outs for the LED display and the i/o port worked as expected. The IR sensor was not used in the mission. An improvement on that cut […]
This post is in accordance with the project requirement L1.11, “Budget”. In comparison to both the total expected cost and actual cost column, we could see which resources were supplied, cut, or purchased.A good portion of the components was covered through the use of previous semesters’ components specifically the: motor, 3dot board, and battery. The […]
The purpose of this post is to link to the final Goliath code and explain the overall structure for future use. Secondly, to explain how the code needs to be updated and calibrated to a particular Goliath chassis. Overall, getting the Goliath code to work for this mission involved the creation of 16 files and over […]
The custom printed circuit board was designed to include both the gyro sensor and the LED display on the top panel. The LED will display the direction the tank is taking within the maze. By working with my project and division manager the schematic and layout were created on Eagle CAD. The files were not […]
The goal of this guide is to provide setup for the custom commands needed on the Arxterra APP side in order to control the Goliath running the final code. Secondly, this guide will provide instructions on how to control the goliath correctly from the commands defined.
Based on our L1 requirements to have a LED display and the L2 sub-requirements to indicate the next turn direction, having an LED grid display was a stretch goal. After some (what turned out to be pretty simple work) the LED proves very useful in indicating to the user the intended direction when user input is […]