Humanoid robots built by the Chinese robotics firm Unitree took part in a Chinese New Year gala, performing a synchronized routine alongside human dancers. The demonstration offered a public display of the machines’ balance, motion control, and real-time coordination, marking a visible step in the progression of humanoid robotics from laboratory settings into live entertainment.
The performance highlighted advances that have long been goals for robotics engineers: the ability to move precisely and in tight coordination with human performers. While the gala was a controlled showcase rather than a test of general capability, it underscored the growing investment in what is known as embodied artificial intelligence — AI that can interact physically with the world. Analysts have noted that such public demonstrations serve as marketing milestones as companies compete to bring humanoid platforms to commercial markets.
The presence of robots in entertainment, manufacturing, and service settings is steadily increasing, and Chinese firms in particular are driving efforts to push commercial robotics beyond research environments.
The Rise of Unitree Robotics
Unitree Robotics was founded in 2016 by engineer Wang Xingxing. He had developed his first four-legged robot, the XDog, as part of his master’s thesis.
The prototype became an online sensation and attracted early buyers and investors. Before founding Unitree, Wang worked at the drone manufacturer DJI. He started the company in a small office in Hangzhou, initially focusing on quadruped robots.
One of those early models, released in 2021, drew comparisons to Boston Dynamics’ Spot, a well-known robotic dog. Over the following years, Unitree expanded into humanoid forms.
By 2024, the company had unveiled a humanoid robot designed for mass production and had begun selling units to researchers and developers. The machines were shown internationally at a major consumer electronics event in early 2025. Unitree’s trajectory — from a single thesis project to a commercial robot maker — mirrors a broader shift in the robotics industry.
For years, humanoid and quadruped robots were largely confined to university labs and research institutes. Unitree and other Chinese firms have worked to lower costs and bring these machines to market, targeting applications in entertainment, manufacturing, and service roles.
The company has also taken steps toward a public stock listing, a move that would provide capital for further scaling.
From Research Labs to Public Stages
The gala performance reflects how quickly humanoid and quadruped robots have progressed from controlled research environments to public events. Watching robots coordinate precisely with human dancers offers viewers a tangible sign of progress in balance, motion control, and real-time synchronization.
For observers, it serves as a reminder that embodied AI is attracting significant investment and that robots are increasingly appearing in settings once reserved exclusively for human performers. While the choreographed routine was a staged demonstration, it nonetheless signals that humanoid robots have moved beyond the laboratory. The showcase also functions as a marketing milestone as companies race to commercialize humanoid platforms.
The growing investment in embodied AI and the expanding presence of robots in entertainment, manufacturing, and service roles suggest that such public demonstrations will become more common. For Unitree, the gala performance represents a public affirmation of the company’s decade-long journey from a thesis project to a commercial robot manufacturer competing on an international stage.
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