The upper structure adopts an internal tank body, and the tank body material is high-quality 304 stainless steel. The equipment box is equipped with high-quality aluminum alloy roller shutters. The main frame is welded with high-quality Q235B steel by CO2 shielded welding. The inner surface of the equipment box is covered with aluminum alloy plates and edge wrapped with corner aluminum and other processes, ensuring the performance of the equipment box while featuring beauty and lightness. The outer skin is made of aluminum alloy through a bonding process, which is lightweight and corrosion-resistant, effectively extending the service life of the equipment.

The design is humanized in accordance with the actual needs of fire-fighting operations. According to the fire-fighting operation procedures, the equipment is arranged reasonably, allowing for nearby retrieval and placement, multi-person operation, and mutual interference.

It is equipped with a fire-fighting dry powder bomb storage bin and a demolition bomb bin. The use of fire-fighting drones in combination with compressed air foam systems can quickly and effectively rescue early-stage fires in high-rise buildings. When combined with dry powder bombs, it can also quickly block forest fires that are difficult for people to reach and handle. This vehicle is flexibly arranged and can quickly detect and identify fire situations. It is also flexible in handling fire situations. It can use the fire water cannon on the roof to directly extinguish ordinary fires with water, or use the compressed air foam system to put out Class A fires, or use the dry powder bombs of the unmanned aerial vehicle system to extinguish fires, achieving multiple uses in one vehicle and being flexible and convenient.