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Throw-and-extinguish fire fighting system
Quick-disconnect and quick-change device
25L effective dry powder or water-based fire extinguishing agent filling capacity
Delayed, heat-sensitive, and other multiple trigger blasting methods
Software and hardware multiple protection electrical control dispensing mechanism
Pressurized dry powder/water-based fire suppression system
This fire suppression and rescue system can carry a variety of fire fighting payloads, adapting to fire fighting missions in different environments, scenarios, and states. The characteristics of each payload are as follows:
Standard pressurized 2.0MPA (N driven)
Effective volume 30L: can load dry powder extinguishing agent >15KG/water-based extinguishing agent >20L
Tempered glass window breaking device
The UAV carries two tempered glass window-breaking devices, capable of precisely breaking through glass and wooden walls. The device uses a new claw-type structural design, which can break the tempered glass into small particles, improving window-breaking efficiency and reducing secondary injuries caused by broken glass.
Single-unit payload: 12 rounds
Misfire protection: Level 1 physical and two levels of electronic protection
Launch method: Single-round electronic trigger
Window-breaking effectiveness (at 10m): 10+10+10mm (double-glazed tempered glass)
Number of chips: 12S
Battery capacity: 14000mAh
Discharge rate: 10C
Battery type: Polymer lithium battery
Frequency 2.4G, remote control distance ≥5km
Triple protection switch design
Dual control system backup with ground station
The system consists of a visible light module, an infrared module, and a laser ranging module, and has AI image processing capabilities.
Airborne emergency communication module
Using the Huawei DRRU3172-FAD radio remote system, this device meets the deep blind spot coverage needs of TDS and TDL, increasing the stickiness of the F and D frequency bands. Its features include:
Simultaneously accommodating 50,000 users
At a height of 200m, the signal can cover 5km
Meets ETSI EN 300019-1-4 V2.1.2 (2003-04) Class 4.1: “Non-weather protected locations” operating environment standard
Leveraging the tethered UAV flight platform's ability to hover in the air around the clock, a dual-channel RF remote system can be deployed to achieve signal coverage within the area;
Using a combined optical and electrical cable, data transmission is achieved between the RRU (Remote Radio Unit) and the ground-based BBU (Baseband Unit);
Data interaction between the BBU and the core network is utilized to form a BBU+RRU TDD distributed system, rapidly constructing an emergency communication network.
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