A unique built-in cooling system further enhances the FireDrone's longevity in high-temperature environments. It utilizes carbon dioxide release and evaporation to cool down the device. Although it's an electric drone, it features carbon dioxide sensors designed primarily to detect the onset of a fire. The evaporation of carbon dioxide from these sensors serves to cool the drone, preventing crucial parts such as the drivetrain, battery compartment, and cameras from overheating under extreme conditions.
The FireDrone is equipped with regular and infrared cameras to capture and wirelessly transmit images to the operator. Should the drone ever reach the commercial market, these features could aid firefighters in establishing the presence of survivors in a burning building, and capture images useful for subsequent investigations.
Beyond demonstrating resilience in active fires, the drone was also subjected to tests in a temperature-controlled chamber set at -12 degrees Celsius (10 degrees Fahrenheit), proving its functionality in cold climates. This suggests that, despite its fiery name, the FireDrone could potentially assist rescue operations in icy conditions, such as post-blizzard scenarios.
Currently, the engineering team behind FireDrone is focused on reducing its size and incorporating additional sensors, continually evolving this life-saving technology.
Post a Comment