On May 17, Honeycomb Aerospace UAV participated in the "2024 Armed Police Traffic Force’s Rescue Combat Drill" of a detachment of the first mobile Corps of the Armed Police in a certain location in Hebei Province, and successfully completed the UAV system equipment demonstration and display task. The exercise simulated a variety of natural disasters and aimed to test and improve the practical application effect of information-based, unmanned and intelligent equipment in emergency situations.

The rescue mission is a race against time. In this drill, the command post quickly activated the emergency response mechanism and launched a comprehensive rescue operation in a race against time. The HC-541 medium-sized emergency communication composite wing UAV of Honeycomb Aerospace, with its powerful capabilities such as communication support, disaster reconnaissance, and rapid 3D modeling, has become an important part of the rescue mission. It also completed the verification of the industry's first UAV identification system.

For large-scale complex emergency task scenarios, Honeycomb Aerospace builds a UAV emergency communication system in disaster scenarios, which can directionally enable the restoration of public network communication in disaster areas and provide voice, SMS and Internet services for users in disaster areas. Honeycomb Aerospace has established a private emergency communication network to meet the real-time information and instruction exchange needs for the emergency command department between the command center and frontline search-and-rescue personnel, thus improving rescue efficiency.

As a medium-sized UAV rescue platform, HC-541 emergency communication composite wing UAV adopts redundancy design for key subsystems of the whole aircraft. The maximum load of this UAV is 30kg and the maximum flight time can reach 6 hours. It can carry photoelectric camera, rapid 3D modeling loads, airborne public network base stations, airborne PDT cluster base stations, airborne broadband AD hoc networking equipment, airborne communications equipment, airborne personnel search and rescue loads, etc., and is widely used in emergency rescue, reconnaissance aerial survey and other scenarios.

The SU-50 intelligent unmanned airport is composed of intelligent inspection drones and intelligent unmanned aircraft parking cabin. The system has advantages in remote control, autonomous charging, autonomous take-off and landing, cluster autonomous operation and other industries. With a working radius of 50km and a maximum endurance of 85min, it can provide users with an efficient and convenient application mode, and provide an integrated solution for air and ground in long-distance banded emergency inspection application scenarios such as roads, power, oil, and rivers.

With automatic inspection, automatic charging, remote planning and command, real-time data return and other functions, the intelligent UAV can realize 24/7 disaster monitoring, quickly provide first-hand information for decision makers, and improve rescue efficiency.

In this drill, Honeycomb Aerospace UAV gave full play to the advantages of the HC-541 medium-sized emergency communication composite wing UAV and the SU-50 intelligent unmanned airport. It tested the emergency rescue capabilities of Honeycomb Aerospace UAV in aspects such as disaster reconnaissance, communication networking, cooperative rescue, and comprehensive support.

So, the wide application of information-based, unmanned, and intelligent equipment has significantly enhanced the rescue efficiency and decreased the risks faced by rescue workers. With the continuous advancement of science and technology, these advanced emergency rescue tools will become crucial for dealing with natural disasters in the future, providing robust technical support for safeguarding people's lives and property.