Customer Introduction (Project Background)
Recently, in a comprehensive emergency rescue drill in a certain area, UAVACE, as the sole UAV manufacturer participating in this drill, took part in the practical drills for urban high – rise building fire – fighting and forest fire – fighting with its industry – leading vehicle – mounted tethered UAV fire – extinguishing system. It joined hands with rescue forces to safeguard fire safety.
Customer Pain Points (Description of problems encountered by customers)
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Solutions provided by UAVACE Intelligence
As a provider of intelligent unmanned system solutions, UAVACE took the lead in entering the fire – fighting industry. Combining business and industry needs, it achieved technological breakthroughs in two vertical fields: UAVs and special fire engines, and proposed a vehicle – mounted tethered UAV fire – extinguishing system with leading industry technology. Based on years of practical applications, it has created a vehicle – UAV – 联动 (co – operating) mobile fire – fighting combat system featuring “precise strikes and efficient fire – extinguishing”. This system precisely addresses the pain points of fires in special scenarios such as urban high – rise buildings and forests at the root, leads the development of fire – rescue equipment technology, accelerates the advancement of modern fire – fighting construction, and realizes the transformation from “traditional firefighting” to “modern firefighting”.
The vehicle – mounted tethered UAV fire – extinguishing system embodies a series of key technologies such as integrated design, intelligent identification, and precise positioning. Centered around the large – payload tethered UAV system independently developed and produced by UAVACE, it is modified and integrated using a fire – fighting – dedicated chassis, giving full play to the advantages of tethered UAVs such as fast response speed, large payload, and long loitering time. It can tow a fire hose into the air to establish an aerial delivery channel for fire extinguishing agents, solving the dilemmas of traditional fire – fighting equipment such as being “unable to deploy”, “unable to reach”, and “unable to aim accurately”, and effectively enabling the extinguishing of fires in high – rise buildings over 100 meters.
