BATTLE ROBOT
A remote-controlled fighting battle robot.
The objective of this project was to create a fighting battle-bot that could drive (via remote control and wifi commands) around a dynamic course, hit other robots, sense when other robots hit it, detect healing frequency from LED lights on the course floor, and communicate with a local server controlled by the teaching team. I worked with a group of 2 other undergraduate students and I took on a mechanical-design focused role. I also worked with my teammates to design our complex circuitry, debug code, and integrate all of our components into our robot.
Overview
Course: Design of Mechatronic Systems; Project Completed in a Team of
Focus: Prototyping; Manufacturing; Testing
Timeline: November 2018-December 2018
Role: Mechanical Design and Manufacturing Lead
Mechanical Design
Project is approximately 6.25" tall by 8.00” long by 5” wide. Project was designed and manufactured on a team. Materials used include: MDF, PLA, acrylic, electrical components, fasteners, and bolts. Project completed November 2018- December 2018.
