Firefighting scenario in a narrow urban alleyway

Scene Pain Points

Traditional fire trucks are bulky and have poor maneuverability, making it difficult to carry out firefighting operations in the narrow alleyways of urban areas. Rotary‑wing firefighting drones, meanwhile, suffer from inadequate extinguishing performance—delivering a liquid flow rate of less than 3 L/s—and their high‑speed, open‑rotor blades cannot be brought into close proximity to the fire source. Moreover, these drones are prone to blade‑strike failures, which can pose serious risks to the entire aircraft and increase the likelihood of secondary injuries at the fire scene, thereby creating significant safety hazards.

6.2*2.5*3.3 _m

Vehicle dimensions

>2 _m/s

Lifting speed

65_mm

Hose diameter

20~30 _L/s

Continuous liquid flow rate

30~45 _m

Effective spray distance

50_m

High-flow water jet with maximum lifting height

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Firefighting scenario in a narrow urban alleyway

In areas where fire trucks cannot access—such as aging neighborhoods and historic alleyways—small drones can navigate narrow passages to reach the fire scene, conducting precise reconnaissance and firefighting.

High rescue efficiency

The eight‑rotor fan‑powered aerial platform has been downsized to a four‑rotor configuration, and the vehicle‑mounted takeoff and landing module has been replaced from a fire truck with a box‑type van. With its compact dimensions, the vehicle can navigate narrow alleyways and other tight passages at the earliest possible moment, and within 15 minutes of receiving an alarm, it can commence primary firefighting operations, ensuring rapid response.

Strong fire-extinguishing capability

Continuous discharge of liquid (water or Class B foam) at an elevation of 30–50 meters, with a flow rate of up to 20 L/s.

Long effective spray range

Equipped with a standard fire‑fighting water cannon, it delivers an outlet jet pressure of 0.3–0.6 MPa and achieves an effective spray range of no less than 30 meters, ensuring efficient fire suppression even at considerable distances.

Highly secure

It features a multi-redundant design that effectively prevents secondary injuries on site, ensuring the safety of firefighting operations.

Firefighting scenarios in urban high-rise buildings

Fire protection scenarios such as smart industrial parks, chemical plants, oil and refining facilities, and photovoltaic power stations.

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