Fire protection scenarios such as smart industrial parks, chemical plants, oil and refining facilities, and photovoltaic power stations.
Scene Pain Points
Current smart fire‑fighting systems can only detect problems but cannot effectively extinguish fires or resolve them. In particular, in petrochemical fire scenarios—where explosions are highly likely—they must possess early‑intervention, primary firefighting capabilities. Given the typical 15‑minute response time of fire departments, even a routine combustion event could easily escalate into an explosion.
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12*2.55*4 m Chassis dimensions |
50 m Maximum lifting height |
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40L/s Continuous fluid flow |
45 m Maximum spray distance |
Fire protection scenarios such as smart industrial parks, chemical plants, oil and refining facilities, and photovoltaic power stations.
Modern smart parks integrate drone-based fire‑fighting and inspection systems, enabling 24/7 automated patrols, automatic early warnings for potential hazards, and rapid response coordinated with fire‑fighting equipment.
Fully unmanned
Fire trucks operate autonomously or via remote control, while aerial drones perform autonomous missions—entirely unmanned—allowing firefighters to work safely away from high‑temperature fire zones.
High fire-extinguishing efficiency
Equipped with a high‑flow Class B foam system, it delivers flow rates comparable to those of conventional fire trucks while featuring a more compact design, allowing for multi‑unit deployment and doubling throughput. On‑site operation is straightforward, deployment is rapid, and firefighting efficiency is significantly enhanced.
