“Introducing this technology is an important step forward for us in testing new methods to work, not only prescribed fires but really, wildland fires,” Engler said.
The burn team starts lighting the edge of the prairie with drip torches—basically big gas cans with a wick. As firefighters walk along the growing flames, UNL computer science professor Sebastian Elbaum gets the drone ready to launch. He described the burn plan:
“Once they build this horseshoe shape black area [of burned grass], we’re going to have our drones there fly across this field and drop some of these balls that will ignite into flame,” Elbaum said. The idea is to “help them perform the task that [the firefighters] right at the center are performing right now, which can get risky if the wind changes or if they get caught up in there.”
Once the drone is airborne, it injects powder-filled ping-pong balls with glycol, then drops them into the unburned area in the middle of the field. In less than a minute, the chemical reaction inside sets the balls on fire. UNL’s NIMBUS lab adapted this firefighting technology—already used with helicopters—to work on a drone.
Welcome to drone day on the Adafruit blog. Every Monday we deliver the latest news, products and more from the Unmanned Aerial Vehicles (UAV), quadcopter and drone communities. Drones can be used for video & photography (dronies), civil applications, policing, farming, firefighting, military and non-military security work, such as surveillance of pipelines. Previous posts can be found via the #drone tag and our drone / UAV categories.
Join us every Wednesday night at 8pm ET for Ask an Engineer!
Maker Business — Transforming Today’s Bad Jobs into Tomorrow’s Good Jobs
Wearables — Brushing it clean
Electronics — Electrolytic Limitations
Biohacking — High Power Density Human Sweat Battery
No comments yet.
Sorry, the comment form is closed at this time.