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Innovative technology allows free flying UAVs to open up your panoramic view

Industry Status quo and Challenges

During periods of frequent occurrence of natural disasters, various emergencies exhibit characteristics such as complexity, derivativeness and chain reaction. To implement the requirements of the "big safety and big emergency response" system construction, the Ministry of Emergency Management is making every effort to promote the modernization of the emergency management system and capacity. However, traditional emergency rescue methods often encounter the predicament of "unable to enter, unable to expand, and unable to connect" when facing disaster sites such as road disruptions, communication paralysis, and harsh environments, which seriously restricts the rescue efficiency. Against this backdrop, unmanned aerial vehicle (UAV) technology, with its unique maneuverability and technical advantages, is reshaping the modern emergency rescue model and has become an important technical support for enhancing the capacity of disaster prevention, mitigation and relief.

The core advantages of drone technology

Outstanding environmental adaptability
Rapid emergency response capability
Powerful multi-functional load

Outstanding environmental adaptability

Drones have the ability to take off and land vertically, are not restricted by conditions such as road disruptions and complex terrain, and can directly fly to the core area of disasters to carry out tasks, providing first-hand on-site data for rescue decisions.

Rapid emergency response capability

Relying on its high mobility, unmanned aerial vehicles (UAVs) can quickly reach the disaster site upon receiving instructions and rapidly switch operation areas according to changes in the disaster situation, meeting the requirements of multi-point and sudden coverage.

Powerful multi-functional load

Modern rescue drones can simultaneously carry various mission payloads such as communication relay, electro-optical detection, and material delivery, meeting diverse rescue needs including disaster reconnaissance, communication support, and material delivery.

Innovative Applications of Drones

Ultra-fast response
The intelligent unmanned aerial vehicle (UAV) inspection system can control the takeoff, mission and landing of the entire machine with one click. Once a task is received and the route is planned, it can quickly unfold and take off to independently carry out relevant tasks. Emergency communication was restored rapidly By carrying airborne base stations and satellite communication equipment, unmanned aerial vehicles (UAVs) can quickly build an integrated emergency communication network of "air, space and ground". - Restore public network communication: Utilize airborne 4G/5G base stations to temporarily restore communication in the disaster-stricken area through satellite links - Build a dedicated command network: Provide a dedicated communication channel for rescue teams to ensure smooth command and dispatch
Real-time monitoring and assessment of disaster situations
Unmanned aerial vehicles (UAVs) equipped with high-definition electro-optical pods, thermal imagers and other devices can conduct all-round reconnaissance of disaster sites. Quickly obtain panoramic images of the disaster situation and accurately assess the affected area of the disaster Real-time monitoring of secondary disaster risks provides decision-making basis for rescue deployment Carry out personnel search and rescue positioning to enhance the efficiency of life detection
Emergency rescue supplies delivery
At disaster sites where roads are disrupted and the environment is dangerous, drones can perform precise material delivery: Transport urgently needed supplies such as emergency medicines and food - Deliver rescue equipment such as communication devices and lighting fixtures Carry out special tasks such as sample collection in dangerous areas

Applicable models

Application Cases

application case 1

Australian wildfires (2019-2020) The Australian fire department uses the Orbiter 4 unmanned aerial vehicle for fire monitoring, with a continuous cruising time of up to 12 hours per unit The Project Wing drone of Google's parent company, Alphabet, has completed more than 1,200 deliveries of medical supplies
application case 2

The Turkey-Syria Earthquake (2023) The Chinese rescue team used tethered unmanned aerial vehicle systems to establish a 72-hour uninterrupted communication relay in the disaster-stricken area The Kite series of drones of FLIR Corporation in the United States discovered and located 37 survivors in the ruins through thermal imaging technology
application case 3

Sichuan Luding Earthquake Rescue (2022) The Ministry of Emergency Management has dispatched 18 medium and large-sized unmanned aerial vehicles to build an emergency communication network featuring "air base stations + satellite links" The unmanned aerial vehicle (UAV) completed the collection of orthophoto images with a resolution of 0.2 meters in the earthquake-stricken area, providing decision support for the deployment of rescue forces
application case 4

The "7·20" Extreme Rainstorm Disaster in Zhengzhou, Henan Province (2021 The Wing Loong-2H emergency disaster relief unmanned aerial vehicle flew continuously for 16 hours, providing mobile public network communication coverage of over 50 square kilometers for the disaster-stricken area and connecting a total of 2,572 users