The native intelligent humanoid robot "Yinhe Xingzai" has opened for pre-order: the number of pre-orders exceeded 200 units in 24 hours

On September 3, the native intelligent humanoid robot "Galbot ET1" officially opened online pre-orders, and the product performed well in the first market. Within 24 hours of going online, the overall booking volume of the robot exceeded 200 units, of which over 100 units were booked on JD.com.

It is understood that "Galaxy Xingzai" is independently developed by Galaxy Universal Robots. It is the industry's first truly native intelligent robot. It is different from the traditional robot's preset program operation mode. It relies on embodied intelligent large-model technology and has the capabilities of autonomous perception, autonomous decision-making and autonomous action. It is a new generation of intelligent humanoid robot products.

In terms of technical architecture, the robot is equipped with Galaxy General's self-developed physical world native intelligence and a large model with hundreds of millions of parameters. It is built for real-time multi-modal interaction and precise motion control of humanoid robots. It is trained on massive data of 100,000 hours of human actions and has strong independent learning and real-time generalization capabilities. There is no need to modify the code in the background or manually enter action scripts in advance. The robot can capture human movement trajectories in real time through visual observation and human-computer interaction, and learn new movements independently on site. It can also flexibly adapt to different scenarios and complete impromptu interactions. The movements are smooth and silky, and the anthropomorphic performance far exceeds traditional intelligent robots.

Public information shows that "Galaxy Star Boy" has previously made its public debut at the 2026 World Robot Conference. At the exhibition site, the robot completed complex and difficult movements such as dance linkage, somersaults, and handstands. It also achieved real-time human-machine synchronization, anthropomorphic visual interaction, and voice interaction. With its athletic ability and intelligent interactive performance, it gained attention from the industry and market.

Currently, the robot can be adapted to a variety of commercial scenarios such as cultural tourism guides, business scene diversion, performing arts displays, and anthropomorphic interactive interpretations. It has improved to a certain extent the industry shortcomings of traditional humanoid robots with single functions, weak scene adaptability, and limited intelligence. It has provided technical support for the advancement of humanoid robots from display prototypes to commercial and civilian applications.

Industry analysts believe that the positive booking data for this new product launch reflects the continued increase in market acceptance of native intelligence and embodied intelligence technology routes, and the pace of commercialization and scenario-based application of domestic humanoid robots is further accelerating.