Disaster Situation Reconnaissance
During disasters, drones can be used for reconnaissance, allowing for flexible and mobile operations regardless of terrain or environment, especially in urgent, difficult, and dangerous disaster sites where rapid reconnaissance is possible. Long-endurance, high-payload drones can perform forest fire monitoring and material delivery tasks in remote areas, supplementing existing forestry monitoring methods.
Monitoring and Tracking
Drone-based real-time monitoring and tracking of disaster changes is crucial. Multi-functional drones, integrating reconnaissance and strike capabilities, provide support for rescue decision-making through real-time fire scene analysis. The Inner Mongolia Fire Brigade has established a multi-route joint combat system, achieving a functional leap from reconnaissance to beyond-visual-range firefighting. Recently, drone formations have demonstrated collaborative combat and multi-scenario application capabilities, conducting efficient reconnaissance in simulated complex environments, further enhancing real-time monitoring and tracking effectiveness.
Assisted Rescue
The firefighting and rescue drones developed by the Industrial University can carry fire extinguishing bombs to break windows in high-rise buildings and extinguish forest fires with centimeter-level accuracy within 15 meters. The drones can integrate voice modules to transmit commands, assist in opening rescue channels, and support the delivery of critical equipment such as ropes and breathing apparatus. Firefighting drones can quickly approach and extinguish fires, logistics drones can accurately deliver emergency supplies in complex environments, and tethered drones provide continuous communication relay and lighting support. Drones also perform high-precision dropping operations, improving the accuracy of rescue operations. The tethered drone system "Aoqin" can ascend to 100 meters in one minute, spraying at least 20 liters of extinguishing agent per second, with an effective range of over 40 meters.
