X-Sword Intelligent Aviation has a complete unmanned aerial vehicle aviation rescue system

Unmanned aerial vehicle rescue platform

Emergency communication composite wing unmanned aerial vehicle

HC-541 adopts a composite vertical takeoff and landing fixed wing layout. The fuselage is molded from carbon fiber and foam sandwich. The structure is light and strong. The wings and tail wings are designed to be detachable. It can carry photoelectric pods, fast three-dimensional modeling loads, airborne public network base stations, airborne PDT cluster base stations, airborne broadband ad hoc network equipment, airborne satellite communication equipment, airborne personnel search and rescue loads, and can be used in emergency communications, reconnaissance and aerial survey and other scenarios.

Heavy duty transport unmanned helicopter

TF-500 is a heavy-duty transport unmanned helicopter suitable for emergency rescue applications. It has good endurance and load capacity, and is capable of material transportation, fixed-point delivery, etc. It can carry electro-optical pods for target reconnaissance, shooting, and positioning. It is equipped with airborne public network base stations, airborne PDT cluster base stations, airborne broadband self-organizing network equipment, and airborne satellite communication equipment, which can achieve emergency communication coverage in disaster areas. It can also access call and lighting modules for emergency tasks.

Heavy duty transport unmanned helicopter

TF-500 is a heavy-duty transport unmanned helicopter suitable for emergency rescue applications. It has good endurance and load capacity, and is capable of material transportation, fixed-point delivery, etc. It can carry electro-optical pods for target reconnaissance, shooting, and positioning. It is equipped with airborne public network base stations, airborne PDT cluster base stations, airborne broadband self-organizing network equipment, and airborne satellite communication equipment, which can achieve emergency communication coverage in disaster areas. It can also access call and lighting modules for emergency tasks.

Payload mission system - composite wing unmanned aerial vehicle, unmanned helicopter

Electro-optical pod

It integrates a semiconductor laser rangefinder, a 640 × 512 high-resolution infrared camera, a 30x optical zoom visible light camera, and a highly stable and accurate platform framework, which can work during the day and night, and can excellently complete industry application tasks such as emergency inspection and search and rescue. Not only can it provide excellent visible light and infrared images, but it also integrates a two axis gyroscope stabilization platform, video output, and image/video storage units inside, which can easily obtain visible light, infrared images, and video data, and has the function of locating target points.

Resolution 1920 × 1080, detection distance ≥ 8km

Fast 3D modeling load

The full frame oblique photography camera combines advanced photography technology and innovative design, with excellent performance and functionality, making it more accurate and comprehensive in obtaining real-time data of disaster areas. Whether it is the buildings, roads, terrain, or other geomorphic features in the disaster area, rich and detailed images can be captured.

Airborne public network base station

The design is simple, compact and low-power, providing high-speed broadband wireless Internet access for users in disaster areas. The system has excellent performance, larger capacity, and flexible deployment, which can quickly provide excellent network coverage and higher network capacity for disaster areas.

Airborne public network base station

The design is simple, compact and low-power, providing high-speed broadband wireless Internet access for users in disaster areas. The system has excellent performance, larger capacity, and flexible deployment, which can quickly provide excellent network coverage and higher network capacity for disaster areas.

Airborne PDT cluster base station

Highly integrated integrated structural design, small size, light weight, low power consumption, supports multiple deployment modes such as backpack, vehicle mounted, unmanned aerial vehicles, etc., can meet the needs of emergency rescue, high mobility, rapid response and deployment, and provide safe and reliable emergency communication services for disaster areas.

Airborne broadband self-organizing network equipment

The MESH self-organizing network module developed based on the physical layer and data link layer adopts a software defined radio architecture, which has the characteristics of high bandwidth, long distance, and flexible networking, and can adapt to various wireless self-organizing network communication needs.

Airborne broadband self-organizing network module

The MESH self-organizing network module developed based on the physical layer and data link layer adopts a software defined radio architecture, which has the characteristics of high bandwidth, long distance, and flexible networking, and can adapt to various wireless self-organizing network communication needs.

Payload mission system - multi rotor unmanned aerial vehicle

Three light lens

Three light lens is a four sensor hybrid pod that efficiently collaborates with zoom camera, thermal imaging camera, laser rangefinder, and wide-angle camera. Equipped with a 640 × 512 level high-resolution thermal imaging sensor, a 1200 meter level high-precision laser ranging, a 180x hybrid zoom, and a 30x optical zoom (1/2.7-inch Sony CMOS supports 4K level video recording and photography), a 2K ultra wide angle, powerful AI tracking and recognition function based on neural network processors, infinite rotation of the heading axis, an upgraded shock absorption quick release structure, a rich pan tilt control interface that can be compatible with third-party link products, and high-precision and high collaborative control algorithms to maintain stable zoom and imaging effects during flight

classic case

Emergency communication support task for the Beijing Tianjin Hebei flood on July 29, 2023

Heavy rainfall in the Beijing Tianjin Hebei region has caused flooding in Mentougou and other areas. In response to the government's call, our unit immediately dispatched a rescue team carrying the HC-541 emergency communication composite wing unmanned aerial vehicle to the Mentougou disaster area overnight. The HC-541 hovered in the air for 4 hours, ensuring access to 5000 telephone and video channels within a 150 square kilometer area, providing valuable life "lines" for the affected people. This is also the only airborne base station product in China that completes emergency communication throughout the entire process, with special reports from CCTV, Beijing Television, and others.