On August 17, Jiuguang Technology Co., Ltd. launched its high-performance industrial-grade humanoid robot "XiaoRui G3" in Hong Kong. This humanoid robot can complete regular basic tasks required of an adult, with an operational load capacity of up to 30 kilograms, a deadlift load range of 100 to 200 kilograms, and dual-arm holding capability of up to 60 kilograms. It is suitable for multi-scenario applications such as heavy-duty handling, materials transfer, and precision operations.
It is understood that the company was established in Hong Kong Science Park, designating Hong Kong as its global headquarters, while having different subsidiaries with unique roles operating in mainland China.
According to technical staff at the launch, the "XiaoRui G3" is equipped with Jiuguang Technology's fully self-developed AI brain and precise force-control system across its entire body. This innovative design overcomes the operational limitations of traditional intelligent devices in complex environments, greatly enhancing environmental adaptability and operational stability, allowing it to flexibly respond to real-world operational needs across various industries. Whether in industrial manufacturing, logistics and warehousing, or other scenarios requiring high-precision operations, this robot can handle the task.
During the launch event, "XiaoRui G3" performed a live demonstration. Under voice command, it steadily lifted a 50-kilogram barbell and accurately completed a fixed-point placement task. Throughout the process, the robot's movements were smooth and natural, with a stable posture, fully showcasing its outstanding control performance and reliability. These impressive capabilities won rounds of applause from the audience and added further anticipation to the application prospects of industrial-grade humanoid robots.
With the launch of "XiaoRui G3", Jiuguang Technology has once again demonstrated its leading position in the intelligent robotics field. The introduction of this robot not only provides industry with efficient and reliable solutions but also sets a new benchmark for the development of intelligent robots in the future.