![]() It’s so rewarding to design processes that you know will ultimately save someone’s home, or even lives.”Ībel said this summer’s experience should prove beneficial not only for future B.C. “It‘s super rewarding to be a day-to-day entrepreneur and also be able to be on the frontlines of firefighting. ![]() “Through that, we are now able to help the wildfire crews, mitigating their risk. “I’ve been working on developing this technology in an impactful way, to try to help people,” he said. The crew works throughout the night and produces a map product for the morning, then repeats that process every day.Ībel said the opportunity to help battle the devastating fires was gratifying. The ground is cool, there is less manned air traffic, and the drone operators can distinguish a hot spot from a rock. The actual deployment of the drones is done at night, for numerous reasons. The drones would fly anywhere from 50-100 metres above the ground and use thermal imagery. The drones were used to find buried hot spots – fires that had yet to ignite above ground, or are invisible to the naked eye. We worked all across the province – from Vancouver Island, the Interior, the northwest area – all across B.C.” “I was a GIS (geographic information system) mapper on the team. “This was the first year that we were deployed,” said Rhys Abel, a professional drone pilot and a business systems analyst with Stinson. Wildfire to conduct thermal scanning throughout British Columbia.Īs one of only a handful of Canadian companies experienced in such techniques, particularly surrounding firefighting, Stinson Aerial Service was contracted out by BC Wildfire to supply the drone expertise. wildfires.įrom July to September, Stinson Aerial Services provided remotely piloted aircraft system (drones) flight crews to B.C. This past summer, a Black Creek company used cutting-edge technology to help battle the B.C.
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