The current state of disaster relief lacks easy, safe, and reliable ways to assess damage and to prevent disasters, such as avalanches. The introduction of quadcopters has provided a platform on which to survey affected areas but not without its flaws. Historically, it has relied heavily on the expertise of a professional pilot especially when consumer quadcopters are deployed.
QuadX aims to provide an autonomous platform on which to map and survey areas. This allows graduate students to complete their work in the areas of avalanche and natural disaster research. With the assistance of these quadcopters, the researchers will be able to more reliably map areas in a more cost-effective manner. This quadcopter system utilizes scripting languages working in tandem with Robot Operating System (ROS) running on a microcomputer paired with a flight controller. QuadX Swarm has created a force stand to measure thrust, a wireless charging station, a WiFi arming system, and scripts to configure each quadcopter for flight as well as launching a mission.
Authors
First Name
Last Name
Nick
Vincent
Jon
Snow
Brendan
Murphy
Harrison
Mannering-Londres
Matthew
Kimball
Spencer
Janelle
Clayton
Greig
Stephanie
Dondyk
Jeb
Collins
File Count: 1
Leave a comment
Submission Details
Conference URC
Event Interdisciplinary Science and Engineering (ISE)