In traditional emergency rescue, the lag in information acquisition, the uneven distribution of rescue resources and the safety risks of rescuers are the main pain points faced by rescue operations. However, with the rapid development of drone technology, these problems are gradually being solved. The AUTEL MAX 4T drone has shown great potential in the field of emergency rescue with its excellent performance and versatility.

1. Lag in information acquisition: In the early stage of a disaster, due to complex terrain and inconvenient communication, rescue teams often find it difficult to quickly obtain on-site information.

2. Uneven resource distribution: Lacking real-time data support, the allocation of rescue resources often relies on experience and is difficult to be accurate and effective.

3. Safety risks of rescuers: At the disaster site, rescuers face various potential dangers, such as aftershocks and landslides.

For severely affected locations, the Autel Max 4T multi-rotor drone is flexible and takes off quickly, and conducts close and detailed inspections of roads, landslides, houses, vegetation, facilities and equipment affected by the disaster.

Faced with the severe challenges of "three disconnections" of power outage, power outage and network disconnection, the AUTEL Max 4T drone supports the operation mode of one controller and two drones through A-Mesh networking technology. One drone is used as a relay to provide an extension of the remote control image transmission signal for the other patrol operation drone, breaking the obstacles of communication obstruction and mountain occlusion, meeting the scenarios of long-distance crossing, obstacle occlusion, no network coverage or weak signal, ensuring the smooth progress of aerial survey of disasters, which is particularly important for rescue deployment in disaster-affected environments.

At the same time, AUTEL Max 4T also supports rapid mapping and area demarcation. It supports mapping while flying during the flight of the drone, and transmits the captured image materials to the rear command center for real-time 2.5D fast puzzle, providing efficient situation awareness and judgment basis, which helps the rear command center to quickly grasp the disaster situation in front and reasonably deploy personnel and resources, seize precious time for disaster relief, ensure the effective implementation of post-disaster reconstruction, and assist in restoring the people's living order.

1. Improved rescue efficiency: The rapid response and real-time information transmission of drones greatly improve rescue efficiency and shorten rescue time.

2. Optimized resource allocation: Based on the real-time data provided by drones, rescue resources can be more reasonably allocated to the most needed places,

3. Safety of rescuers: The reconnaissance and material delivery functions of drones reduce the dangers directly faced by rescuers and ensure their safety.

In this flood disaster, the Autelng MAX 4T drone responded quickly and flew over the disaster area for aerial reconnaissance. Through the real-time transmission of high-definition images and thermal imaging data, the rescue command center quickly grasped the disaster situation and guided the rescue team to carry out effective rescue operations. At the same time, the drone also delivered food and medical supplies to the trapped people, greatly improving the success rate of rescue.

In short, the application of the Autelng MAX 4T drone in the field of emergency rescue not only improves rescue efficiency and optimizes resource allocation, but also greatly reduces the safety risks of rescuers. With the continuous advancement of technology, drones will play an increasingly important role in emergency rescue.