In the field of emergency rescue, industrial drones have become the "aerial rescue vanguard" at the disaster scene with their rapid response and all-terrain operation capabilities. Emergency rescue drones have long endurance (with a maximum endurance of 150 minutes), large load capacity (able to airdrop 15 kilograms of supplies), and the ability to resist harsh weather (wind resistance of level 8, rainproof and dustproof). They can reach the scene at the first time after disasters such as earthquakes, floods, and forest fires occur, and perform core tasks such as disaster investigation, supply delivery, and personnel search and rescue. Equipped with an infrared night vision device and a wide-area search radar, it can quickly locate trapped people in the dark or in a smoky environment, and the thermal imaging screen is transmitted back to the command center in real time, providing key information for rescue decision-making.
The precise airdrop system of the drone is equipped with a GPS positioning and pneumatic buffer device, which can deliver supplies such as food, medicine, and communication equipment to the designated location with an error of less than 2 meters, solving the problem of supply shortages after the roads in the disaster area are blocked. The swarm operation mode supports the coordinated flight of multiple drones, conducts grid-based surveys of large-scale disaster areas, and quickly draws three-dimensional terrain and disaster distribution maps to assist in the deployment of rescue forces. In forest fire fighting, drones can carry fire extinguishing bombs to accurately strike the fire source, and cooperate with ground fire-fighting teams to form a three-dimensional fire extinguishing system, improving rescue efficiency.
The value of emergency rescue drones lies not only in disaster response but also in constructing an "air-ground-space integrated" emergency system: By integrating with satellite remote sensing and ground sensor data, it realizes the full-process coverage of disaster early warning, process monitoring, and post-disaster assessment. Its rapid deployment capability increases the efficiency of supply delivery and personnel search and rescue within the golden rescue time (72 hours) by more than 50%, striving for precious time to save lives and reduce losses. From the Wenchuan earthquake to the disaster in Turkey, industrial drones are using the power of technology to rewrite the rules of emergency rescue, becoming an indispensable "aerial lifeline" in the modern rescue system and providing a more efficient and safer solution for humans to deal with natural disasters.
