Autonomous Tabletop Navigation Machine Project
Join Ryan, Gray, Dale, Williams, Emeric, and Dan of Team Members in designing a machine to navigate a tabletop perimeter autonomously. Utilizing HC08 microcontroller, dual motor controller, touch-based sensor navigation, optical lap counter, and IR on/off control, their objective is to complete labs without direct user input. The project includes rough chassis design and basic drive train components. Stay tuned for progress updates!
Autonomous Tabletop Navigation Machine Project
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Presentation Transcript
Table Dancer Team Members: Ryan Gray Dale Williams Emeric Rochford Dan Beard
Primary Objective • Design a machine to navigate the perimeter of a tabletop. • Navigate table with no direct user input • Complete a predetermined number of labs before stopping
Basic Approach . • HC08 microcontroller • Dual motor controller • Twin motor propulsion • Touch based sensor navigation (left, right) • Optical lap counter • IR on/off control
Progress To Date • Rough chassis design • Possess basic drive train components • Basic state diagram for motor controller