The Fanghuo Tianlang, a domestically produced quadruped bionic firefighting robot, has successfully completed its first field exercise. The robot was tested in a simulated building fire scenario, where it performed reconnaissance tasks in hazardous areas that are typically inaccessible to human firefighters.
The robot features a four-legged design that allows it to navigate through debris, climb damaged stairs, and right itself if it falls. This structure provides significant advantages over traditional wheeled firefighting robots when operating in complex, post-fire environments.
The equipment is equipped with a suite of sensors, including thermal imaging cameras, gas detectors, 360-degree high-definition cameras, and life detection modules. It transmits real-time data and imagery to command centers to help identify fire sources and locate trapped individuals.
With a specialized heat-resistant protective suit, the robot can operate for up to 2 minutes in temperatures reaching 500 degrees Celsius. The primary purpose of the device is reconnaissance rather than active fire suppression, aiming to reduce risks to human personnel.
