On February 17, the Rail Transit Detachment of the Beijing Fire and Rescue Brigade conducted a fire rescue drill in the Wuliqiao subway equipment warehouse of the Beijing Metro. The 1000℃ High-Temperature Resistant Fire-Fighting Robot appeared at the drill site.

The drill assumes a sudden fire in the subway equipment warehouse. After receiving the alarm, the firefighters quickly carried the thousand-degree high-temperature resistance fire-fighting robot to the fire site to fight. Due to the complexity of the fire scene and the thick smoke billowing in the warehouse, it is difficult for firefighters to go deep into it to carry out rescue missions. At the critical moment, the thousand-degree high-temperature resistance fire-fighting robot, as the vanguard, took the lead and went deep into the fire scene to detect the fire source, and grasped the fire situation through infrared thermal imaging technology. Then a strong jet of water hit the fire source at close range, controlled the spread of the fire, and finally extinguished the point of origin in time.

The biggest technical feature and advantage of the thousand-degree high-temperature resistance fire-fighting robot is its high temperature resistance performance. It can work continuously for more than 30 minutes in a high temperature environment at 1000°C. It has various functions such as image acquisition, heat source detection, and environmental detection. It has obvious advantages in high-risk fire and rescue scenes such as large span space, petrochemical industry, underground space, etc. It can not only reduce the casualties of fire rescue personnel, but also improve the disposal capacity and tactical level.

In this rescue, the thousand-degree high-temperature resistance fire-fighting robot replaced the rescuers to perform tasks in the fire field, effectively verifying its good fire-fighting performance and long-lasting combat capability.