Firefighting scenarios involving urban supertall buildings (over 200 meters), CBD core office districts, and high-rise residential complexes.
Scene Pain Points
In first- and second-tier cities, high-rise building clusters exceeding 200 meters in height are densely concentrated. Should a fire break out in such ultra‑tall structures, existing firefighting methods often prove inadequate to meet the demands of the situation, potentially leading to severe casualties.
Firefighting scenarios involving urban supertall buildings (over 200 meters), CBD core office districts, and high-rise residential complexes.
New‑generation smart fire‑fighting system: a locally deployed smart fire‑fighting system comprising a tethered ducted‑fan aerial platform and a locally installed distributed drone hangar.
Smart System Upgrade
A distributed drone depot equipped with primary firefighting capabilities is deployed on the skybridges or annex buildings of supertall structures. The aerial platform occupies only a space equivalent to a single parking spot, draws on the building’s internal fire‑fighting water supply, and can launch for primary firefighting operations at the earliest possible moment.
Enhanced fire suppression capability
It enables existing smart fire‑fighting systems to evolve from merely “detecting” problems to effectively “resolving” them by extinguishing fires, with a continuous liquid‑discharge rate—whether water or Class B foam—of 20–30 L/s.
Instant response
It enables the initiation of primary firefighting operations without requiring a fire truck to arrive on scene, reducing response time from 15 minutes to within one minute. In ultra‑tall building scenarios, it swiftly contains fire spread, thereby minimizing casualties and property damage to the greatest extent possible.
