Embry-Riddle Tests Robotic Security Vehicle at Daytona Beach International Airport

By Caroline Rees / 16 Sep 2013
Follow UST
Embry-Riddle Robotic Ground Vehicle

The vehicle is designed to track a loop around an airport, alerting human security patrols of potential problems.

A team of Embry-Riddle students and faculty has successfully tested a fully autonomous perimeter-patrol system at Daytona Beach International Airport, believed to be the first use in the United States of a self-guiding ground vehicle for airport security.

Without remote control or other human involvement, a Ford Escape Hybrid equipped with a GrayMatter Autonomous Vehicle System employed GPS and a scanner with 64 lasers to identify its position and its environment.

The vehicle is designed to track a loop around an airport, creating and comparing high-resolution images and scanner data to detect airport incursions, wildlife, and damage to fences and airport grounds, and then to alert human security patrols of potential problems.

“The technology being developed by Embry-Riddle and tested here at Daytona Beach International Airport represents the leading edge of airport safety and security advancements,” said airport director Rick Karl. “We’re pleased to continue to support and partner with Embry-Riddle to encourage such important research and development efforts.”

Project co-director Dr. Sergey Drakunov, associate dean of Research & Graduate Studies in Embry-Riddle’s College of Arts & Sciences, said, “While the test run at the airport was under tightly controlled conditions, we believe our work opens the door to many important applications of autonomous technology in support of airport operations.”

Co-director Dr. Charles Reinholtz, chair of the Mechanical Engineering Department in the university’s College of Engineering, agreed. “The ground-patrol vehicle, which we continue to refine, has tremendous commercial potential. There are thousands of airports and other facilities where autonomous robotic systems could be used to monitor the perimeter more effectively and efficiently than humans.”

Mechanical Engineering assistant professors Dr. Eric Coyle and Dr. Patrick Currier have also contributed to the ongoing project.

This joint endeavor of the Mechanical Engineering and Engineering Physics departments is sponsored by Ignite, the university’s undergraduate research initiative.

The project’s student lead, Juan Alvarado, graduated in May from Embry-Riddle’s accelerated program in Engineering Physics – earning his combined bachelor’s and master’s degrees in five years – and is considering pursuing Embry-Riddle’s Ph.D. in Engineering Physics.

As a research associate for Dr. Drakunov, Alvarado currently advises three students working on the airport-patrol vehicle, Jay Rowland, a senior in Mechanical Engineering, and Miles Bengtson and Michael Nisip, sophomores in Engineering Physics.

“Being part of a research project like this leads to many exciting career opportunities in a field that combines state-of-the-art technology with the automotive industry – and it’s even more exciting when you realize that the autonomous vehicle industry is expected to grow dramatically over the next two decades,” Alvarado said.

Embry-Riddle offers bachelor’s and master’s degrees in Mechanical Engineering (Daytona Beach and Prescott) as well as bachelor’s, master’s and Ph.D. degrees in Engineering Physics. In addition, the university launched a new master’s degree in Unmanned & Autonomous Systems Engineering in the current semester.

Posted by Caroline Rees Caroline co-founded Unmanned Systems Technology and has been at the forefront of the business ever since. With a Masters Degree in marketing Caroline has her finger on the pulse of all things unmanned and is committed to showcasing the very latest in unmanned technical innovation. Connect & Contact
Latest Articles