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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 structure‑breaching tasks. With outstanding scene‑adaptability, it meets the demands of complex operational conditions—such as firefighting rescue in urban high‑rise buildings, forest and grassland fire suppression, and emergency response to natural disasters—while demonstrating exceptional mission expandability and real‑world operational readiness.
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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 ≥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 ≥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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Vanguard reload, three-dimensional assault
The Fire Rescue Series A UAV is developed with a primary focus on fire-fighting support operations. It features stable and reliable flight performance, a wide range of mission payloads, and high operational efficiency. The airframe is constructed from aerospace-grade aluminum alloy, offering high structural strength and excellent corrosion resistance, enabling it to operate effectively in the complex and harsh conditions of fire scenes, such as high temperatures, smoke, and humidity. The UAV employs a dual-redundant power supply system—battery-powered operation combined with tethered power—allowing short-term battery-only missions for rapid suppression and control at the fire scene, while the tethered power mode supports 24-hour continuous loitering and standby. The system supports modular switching among multiple payload modules, facilitating diverse rescue tasks such as high-altitude window-breaking, emergency supply delivery, and aerial tethered water supply for firefighting. When integrated with compressed-air foam vehicles, the UAV can carry DN40 or DN50 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’s open interfaces and excellent scalability enable compatibility with third-party command-and-control platforms for data integration and upload, meeting the practical needs of remote dispatch, situational awareness feedback, and unified command.
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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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