China has unveiled a new emergency rescue and transport robot. The machine, jointly developed by CSSC Haishen Company and DEEP Robotics, made its debut in Beijing on March 26.

These robots feature three optional mobility modes: quadrupedal, wheeled, and tracked. They are capable of walking, running, climbing stairs, ascending slopes, lying down, obstacle avoidance, and overcoming barriers. Designed to operate stably in temperatures ranging from -20°C to 55°C, they can be widely used in various scenarios such as natural disaster rescue, complex environment operations, safety incident response, and pre-hospital and intra-hospital transfers.

The wheeled emergency rescue robot carries a portable emergency medical system with seven core functions: respiration, monitoring, intravenous infusion, ultrasound, defibrillation, CPR, and oxygen supply.

Upon receiving a command, it can quickly climb stairs and traverse obstacles to reach its destination, providing immediate on-site emergency treatment to save critical time for life-saving interventions.

The quadrupedal emergency transport robot can swiftly carry injured individuals while utilizing its side-mounted portable emergency medical system to perform "in-motion emergency treatment."

Experts say that the introduction of such robots fills a gap in embodied intelligence for emergency medical rescue equipment. They address some limitations of traditional manual rescue operations, significantly enhancing China's comprehensive emergency medical rescue capabilities.