Insitu ScanEagle unmanned aircraft demonstrated its capability to monitor forest fires, during an operational demonstration designed to...
Insitu ScanEagle unmanned aircraft demonstrated its capability to monitor forest fires, during an operational demonstration designed to show how unmanned aircraft technology can be a powerful force multiplier in the fight against wildfires.
While more than 625,000 acres of wildfires burned throughout the Pacific Northwest, crew members of the Insitu Rapid Response team launched a ScanEagle unmanned aircraft into the hazy skies above the Paradise Fire in Washington's Olympic National Park.
ScanEagle flew six operations, delivering more than 37 hours of infrared video in real time to Incident Command personnel. Insitu's suite of motion imagery software provided enhanced video and geo-registration capabilities that enabled fire officials to pinpoint the fire's perimeter and identify areas of intense heat. ScanEagle also assisted helicopter assets with evaluating water drop locations.
"This and other planned unmanned aircraft systems demonstrations will serve to guide our policies, procedures and requirements for the safe, phased integration of UAS in support of wildfire management," said Mark Bathrick, Director, Department of the Interior, Office of Aviation Services.
"These demonstrations are part of a larger interagency strategy aimed at employing UAS to provide firefighters on the ground with time-sensitive information that will give them the highest level of situational awareness and support possible."
ScanEagle flew within an emergency certificate of authorization (ECOA) issued to the Department of Interior from the FAA that permitted its operation within the confines of the temporary flight restriction.
Powered by a heavy fuel gasoline engine, the ScanEagle has a 24+ hour endurance, and can feed live video to deliver persistent situational awareness. With a Max takeoff weight of 48.5 lb / 22 kg, it can carry a Max payload of 7.5 lb / 3.4 kg.
