China's First Wall-Climbing Embodied AI Robot and Six-Armed 'Xuanjia' Unveiled in Beijing

BEIJING, July 28 — The inaugural "Smart Competition Future — Intelligent Robot Application Skills Exhibition" convened today in Beijing, hosted by China Media Group (CMG). The showcase aims to accelerate the transition of robotic technologies from laboratory environments to industrial production lines, featuring demonstrations across manufacturing, service, medical care, and emergency rescue sectors.

The exhibition marked the debut of China's first embodied intelligence special operations robot capable of "flying over walls and walking on eaves." Engineered for hazardous exterior maintenance on large steel structures—including chemical storage tanks, ships, and energy facilities—the robot utilizes magnetic adhesion technology to climb vertical surfaces while maintaining stability. Featuring humanoid dual-arm manipulation, the system executes complex coordination tasks, such as grinding with its left arm while simultaneously welding with its right. Operators achieve immersive telepresence control through VR headsets and handheld remote devices, enabling precise execution of high-risk operations without human exposure to dangerous environments.

Also unveiled was the "Six-armed Xuanjia" (六臂玄甲), a hex-manipulator robotic system designed for high-throughput precision manufacturing. Integrated with an intelligent processing core capable of dynamic task allocation, the robot coordinates all six arms with "silk-level" precision (丝级精度) to simultaneously perform material loading and unloading, cable insertion, and screw assembly operations. The system operates at significantly accelerated speeds compared to conventional configurations and is specifically engineered to replace human workers in harmful industrial processes.

Both robotic systems were developed by Shanghai Sazhi Intelligent Technology Co., Ltd. The company additionally manufactures four-arm and dual-arm embodied intelligence robots, establishing a comprehensive portfolio of multi-arm collaborative automation solutions.

The exhibition represents a strategic initiative by CMG to bridge the gap between cutting-edge robotics research and practical industrial deployment, emphasizing real-world application skills over theoretical capabilities.