In the 2008 Wenchuan County earthquake, communication lines and facilities in the quake zone were completely destroyed, leaving the disaster area completely unreachable. At that time, the air force sent 15 paratroopers, carrying 2 maritime satellite phones, parachuted into the disaster area, set up a communication"Lifeline" to support the earthquake relief work.
Emergency communication is the paving stone for the successful rescue work in the disaster area. With the rapid development and application of emergency communication technology and UAV technology, a safer and more efficient solution for emergency communication support is provided, and emergency rescue personnel no longer need to take risks to perform tasks. Recently, Ziyan teamed up with Hua'an Zhongyun to launch an air-air-ground integrated emergency communications solution, allowing disaster areas to be"Heard and seen" under extreme scenarios.
Configuration of the project equipment
The scheme is composed of Falcon 10 unmanned helicopter, airborne communication base station, ground end-high throughput satellite backpack base station and ground data transmission module, it realizes the communication interconnection of air, ground and satellite, and has the advantages of convenient man-portable, 5-minute rapid deployment, simple operation process, safety and reliability, and can quickly respond to mission deployment, go deep into the disaster area to restore the public network communication, break the Information Island, to win the golden time for the rescue.
After a major disaster, it is crucial to ensure that communications are unimpeded, and all rescue equipment can only look at the ocean without communication. Compared with the traditional means of emergency communications, not limited to topography, traffic conditions, falcon 10 unmanned helicopter avatar"Air Base Station" can play a greater role. Once received emergency security tasks, Falcon 10 can be rapidly deployed, the first time to fly 20 km away from the disaster area, to provide 4G/5G public network signal for the affected people; It can also build an emergency communication network for public security, emergency and other departments to meet the real-time information exchange needs of the command center and the front-line search and rescue personnel, and ensure the smooth development of the rescue work.
The Falcon 10 combines high mobility, long range, strong wind resistance, and portability. Compared to fixed-wing uavs, the Falcon 10 is flexible in complex environments:
Vertical take-off and landing: no runway, only 4 square meters of space to achieve vertical take-off and landing, greatly enhancing its applicability in a narrow space;
Rapid Response: the fastest flight speed of 36 m/s, can quickly fly to the hinterland of the disaster area;
Low-altitude hovering: no hovering flight through hovering, low-altitude fixed-point hovering to the ground to launch 4G/5G signal;
"Three-break" applies: even in the"Network, power, circuit" three-break extreme disaster scenarios, can fly unimpeded, and its strong environmental adaptability, it can overcome the complex environmental conditions such as high altitude and cold, and effectively solve the communication guarantee problem that the ground rescue team can not reach the target area.
These characteristics make Hayabusa 10 an ideal choice for emergency communications. It can effectively respond to emergencies and provide emergency communication support for disaster areas, remote areas or specific activities.
Over-the-horizon disaster reconnaissance
In addition, Falcon 10 can also carry high-performance three-light pods to carry out over-the-horizon disaster reconnaissance while ensuring emergency communication, which provides strong support for disaster assessment and post-disaster rescue work of emergency command departments.
In the face of disaster, communication is a lifeline that can not be interrupted. Ziyan will continue to improve the construction of emergency support capabilities, enhance the intelligent and lightweight level of emergency rescue equipment such as drones, and continue to bring more safe and reliable innovative applications to the field of emergency rescue.
