Dustin Matheny Haley Smith Steve Kimble Eric Loy Mercury Remote
Robot Challenge Group 10
Slide 2
Competition Background Hosted by Oklahoma State University
First Competition: 2010 in Stillwater, OK International
Competition
Slide 3
Competition Background
Slide 4
Problem Statement Design and build a robot capable of
performing a mission. The track is predefined with multiple
obstacles.
Slide 5
Major Constraints Track Width: 18 Height of Tunnel:12 Capable
to perform sharp turns Traversing 30 inclines Two Wi-Fi connected
devices max Operator must be at least 50 miles away Loss of Signal
event
Slide 6
Project Plan Modified RC Car Head Lights Attachable robot arm
Arduino Microcontroller Wi-Fi Board Motor Board Ultrasonic Sensors
Xbox Controller Secondary Power Source Video Feedback (Smart
phone)
Slide 7
Project Plan
Slide 8
Major Technologies RC Car and Robotic Arm
Slide 9
Major Technologies
Slide 10
Ultrasonic Sensors for Arduino
Slide 11
Major Technologies
Slide 12
Video Feedback
Slide 13
Challenges and Uncertainties Interfacing Xbox Controller to
Microcontroller Interfacing Robotic Arm Wi-Fi Control Power System
Network Connectivity Competition results depend on other
competitors
Slide 14
Expected Outcomes Win the competition Build a robot to maximize
score Generate interest in WVU Robotics Learning Experience
Slide 15
Conclusion Build a Wirelessly Controlled Remote Control Car
Interface using Arduino Control using Xbox 360 Controller
Competition is Saturday, April 18, 2015