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Wide product portfolio, driving intelligent industry upgrading
The Fire Rescue B-series UAV adopts a six-axis, twelve-rotor propulsion architecture, equipped with a highly redundant power system and ample safety redundancy, delivering excellent flight stability and operational reliability. Its airframe is constructed from lightweight, high-strength aerospace-grade aluminum alloy, balancing overall weight reduction with robust structural load-bearing capacity. The entire platform features a modular quick-change, quick-mount payload system, compatible with various mission payloads such as pressurized firefighting loads, horizontally launched firefighting loads, drop‑off firefighting loads, and material‑delivery payloads. By swapping different mounted payloads, it can perform specialized operations including logistical support delivery, aerial drop‑off response, tank‑mounted firefighting, aerial hose deployment, and high‑altitude window‑breaking or demolition tasks. With outstanding scene‑adaptability, it meets the demands of complex operational conditions—such as fire rescue in urban high-rise buildings, forest and grassland fire suppression, and emergency response to natural disasters—while demonstrating superior mission expandability and real‑world operational readiness.
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The intelligent inspection UAV is the core perception unit of the urban low-altitude digital twin system. Based on a fully automated smart hangar cluster as the operational platform, it deeply integrates edge-computing AI large models, 5G-A integrated communication-and-sensing technology, distributed cloud computing architecture, and an intelligent scheduling system for hangar clusters, thereby building an all-weather, fully autonomous, and highly intelligent urban three-dimensional perception network. This system completely breaks through the traditional operational bottleneck of UAVs—manual flight control, manual image interpretation, and manual data analysis—and achieves a paradigm shift from a tool-like flying device to a cognitive, intelligent perception entity. Built on a cloud-native architecture, it creates an intelligent urban low-altitude perception hub, providing full-stack technological empowerment for urban three-dimensional and intelligent inspection and reconnaissance operations.
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The Emergency Support B-series UAV features a high-performance coaxial six-rotor, twelve-rotor propulsion architecture, providing ample power reserve and outstanding heavy‑load carrying performance. It employs an integrated carbon‑fiber composite airframe, establishing a high‑strength, lightweight core flight platform. The aircraft integrates a multifunctional modular payload system and an intelligent ground control station, equipped with a quick‑release, rapid‑swap mounting structure that allows adaptation to different firefighting payloads based on operational conditions, enabling pressurized firefighting and rescue as well as drop‑type firefighting and rescue missions. Coupled with a compressed‑air foam supply system, it can perform high‑altitude water‑hose tethered firefighting operations, supporting aerial deployment of DN40 and DN50 fire hoses with a rated spray flow rate of up to 1,200 L/min, using compressed‑air foam for sustained firefighting. With a maximum operating altitude of 200 meters, it is capable of conducting heavy‑load firefighting at great heights and long distances.
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The Emergency Support B-series UAV features a high-performance coaxial six-rotor, twelve-rotor propulsion architecture, providing ample power reserves and outstanding heavy‑load carrying performance. It employs an integrated carbon‑fiber composite airframe to create a high‑strength, lightweight core flight platform. The aircraft integrates a multifunctional modular payload system and an intelligent ground control station, equipped with a quick‑release, rapid‑swap mounting structure that allows adaptation to various firefighting payloads based on operational conditions, enabling pressurized firefighting and rescue as well as drop‑type firefighting and rescue missions. Coupled with a compressed‑air foam supply system, it can perform high‑altitude water‑hose tethered firefighting operations, supporting aerial deployment of DN40 and DN50 fire hoses with a rated spray flow rate of up to 1,200 L/min, using compressed‑air foam for sustained firefighting. With a maximum operating altitude of 200 meters, it is capable of high‑rise, long‑range, heavy‑load firefighting operations.
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The GF-MH-100A firefighting UAV has a maximum payload capacity of 100 kg and, with a 75-kg payload, a flight endurance of 20 minutes. It can also be equipped with a ground‑based tethered power module to enable 24‑hour continuous aerial operations. By switching between different functional payload modules, it can meet emergency firefighting needs such as reconnaissance and voice broadcasting, surveying and modeling, monitoring and surveillance, communication relay networking, fire suppression, and logistics delivery. When paired with a compressed‑air foam vehicle and a tethered DN40 fire hose, it can deliver firefighting capabilities: at tethered operation altitudes of ≥120 m, the foam‑water mixture flow rate is ≥120 L/min, and the compressed‑air foam flow rate is ≥800 L/min; at tethered operation altitudes of ≥160 m, the foam‑water mixture flow rate is ≥60 L/min, and the compressed‑air foam flow rate is ≥600 L/min. It also supports data integration with third‑party control platforms.
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All-weather sentinel, all-domain guardian
The multi-functional rescue support UAV is a dual-use platform that can integrate various mission payloads such as reconnaissance, rescue, firefighting, and communications to meet the operational needs of multiple fields. The system features an independent and controllable data security mechanism and excellent anti-jamming performance. Coupled with a tethered power supply system, it can maintain continuous flight for 24 hours, thereby establishing a “airborne sentinel” system for routine standby.
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Unmanned detection vessel
This unmanned reconnaissance vessel features a streamlined hull design that effectively reduces hydrodynamic resistance, ensuring high-speed, stable navigation performance. Its modular propulsion system is engineered to minimize the risk of aquatic vegetation entanglement. The vessel is equipped with passive safety features such as nighttime warning lights and anti-collision strips, and integrates an autonomous obstacle-avoidance module, enabling long-range, autonomous obstacle avoidance. The onboard high-efficiency vessel control system can collect and monitor in real time data on cruising speed, latitude and longitude, and six-degree-of-freedom attitude, supporting fully autonomous operations including autonomous navigation, automatic obstacle avoidance, and one-key return-to-home functionality.
01 Reconnaissance Camera
◎ Resolution: 3040×1368
◎ Protection Rating: IP66
◎ Field of View: 180°
02 Illumination Light
◎ Rated Power: 200 W
◎ Protection Rating: IP67
◎ Maximum Brightness: 30,000 lm
03 Public Address System
◎ Rated Power: 200 W
◎ Protection Rating: IP67
◎ Maximum Sound Pressure Level: 100 dB
04 Integrated Meteorological Station
This station can monitor wind speed, wind direction, air temperature, relative humidity, and atmospheric pressure in real time, providing insights into atmospheric dynamics and enhancing operational efficiency.
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UAV towed pod
The UAV trailer module integrates UAV transportation, storage, launch and recovery, command and control, and other modules into one, enabling rapid deployment of UAV operations and real-time monitoring of UAV operating status. With its abundant cargo storage capacity, strong adaptability, multi-functionality in a single vehicle, and quick and convenient deployment, it provides strong support for auxiliary fire-fighting and rescue operations as well as logistics delivery.
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The power to conquer the sky, efficient offensive and defensive capabilities
The Fire Rescue B-series UAV adopts a six-axis, twelve-rotor propulsion architecture, equipped with a highly redundant power system and ample safety redundancy, delivering excellent flight stability and operational reliability. Its airframe is constructed from lightweight, high-strength aerospace-grade aluminum alloy, balancing overall weight reduction with robust structural load-bearing capacity. The entire platform features a modular quick‑change, quick‑mount payload system, compatible with various mission payloads such as pressurized fire‑extinguishing loads, horizontally launched fire‑extinguishing loads, drop‑type fire‑extinguishing loads, and material‑dispensing payloads. By swapping different mounted payloads, it can perform specialized operations including logistical support delivery, aerial drop‑off of supplies, tank‑mounted firefighting, aerial hose deployment, and high‑altitude window‑breaking or demolition tasks. With outstanding scene‑adaptability, it meets the demands of complex operational conditions—such as firefighting and rescue in urban high‑rise buildings, forest and grassland fire suppression, and emergency response to natural disasters—while demonstrating superior mission expandability and real‑world operational readiness.
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UAV compressed air foam fire truck
The GF-XFC-B UAV compressed air foam fire truck adopts an integrated layout of one vehicle and one UAV, and is standardly equipped with a dedicated vehicle-mounted takeoff system, a vehicle-mounted fire water cannon system, and a CAFS compressed air foam extinguishing system, as well as an integrated foam supply function module. The vehicle’s chassis features an optimized driving configuration, providing excellent road passability and field maneuverability. With a high degree of equipment integration and a simple deployment process, it can quickly complete equipment setup, UAV takeoff and landing, and fire suppression system deployment, demonstrating high passability and flexibility for rapid rescue deployment.
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Vanguard reload, three-dimensional assault
The Fire Rescue A-series UAV is developed with a core focus on assisting firefighting operations. It features stable and reliable flight performance, a wide range of mission payloads, and high operational deployment efficiency. The airframe is constructed from aerospace-grade aluminum alloy, offering superior mechanical strength and excellent corrosion resistance, enabling it to withstand the extreme conditions of fire scenes—high temperatures, smoke, and humidity. It employs a dual-redundant power supply system combining battery power and tethered power; short-duration battery operation allows for rapid suppression and control at the scene, while tethered power enables 24-hour continuous hovering and standby. The system supports modular switching of multi-functional payload modules, facilitating diverse rescue missions such as high-altitude window-breaking, emergency supply delivery, and aerial tethered water supply for firefighting. When integrated with compressed-air foam vehicles, it can carry DN40 and DN50‑size fire hoses aloft, maintaining a spray flow rate of 1,200 L/min and delivering compressed-air foam for sustained firefighting operations, with a maximum operational altitude of up to 120 meters. The system boasts open interfaces and outstanding scalability, supporting data integration and upload from third-party command-and-control platforms, thereby meeting real-world requirements for remote dispatch, situational awareness feedback, and unified command.
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