It’s not often that a robotics firm unleashes a clip so movie-quality that one might mistake its purpose as being from a deleted scene of I, Robot. However, this was exactly the case with UBTECH Robotics, as they showcased several hundred of their Walker S2 robots moving their heads in tandem, waving, and lining up to enter shipping containers. Of course, there was no denying the impressiveness of such footage, but neither was there denying its credibility. Figure AI’s CEO Brett Adcock, who competes directly with UBTECH in the humanoid robot industry, was quick to respond on X, writing, This teaser shows several hundred robots moving their heads in unison. Look closely at this robot. Look at the reflection on this robot. “Look at the reflections on this bot, then compare them to the ones behind it. The bot in front is real everything behind it is fake. If you see a head unit reflecting a bunch of ceiling lights, that’s a giveaway it’s CGI.”
UBTECH’s rebuttal was quick and precisely technological. “100 percent real footage shot on-site” was claimed in a follow-up video released by the Shenzhen-based company, which was recorded in one take with a first-person perspective drone camera, with real, ambient sound. This, asserted their chief brand officer, Tan Min, “stem from a lack of understanding of China’s manufacturing capabilities and the collaborative, systemic strength of our supply chains.” And this concern is, in fact, valid: a vertically integrated Chinese manufacturing system would be able to deliver high volume production runs of such robotics, sensors, actuators, and precision machines within timelines that would not be manageable in the West.
However, the Walker S2 itself is much more than a showpiece. Unveiled in July, this is the first humanoid robot in the world that boasts self-swappable batteries, which is essential for its use in a continuous, 24-hour industrial task. It incorporates a reasoning framework designed for multiple modalities, based on DeepSeek R1, so that the robot can integrate visual, audio, as well as proprioceptive inputs. UBTECH, in its previous pilot projects, had used humanoids that were installed in automobile assembly lines, with responsibilities such as lifting boxes, installing parts, as well as conducting quality inspections.
From the viewpoint of engineering, the S2’s walking technology complements sophisticated balancing algorithms with high torque motors. More importantly, its AI-core incorporates multiple modules responsible for perception, as well as execution, capabilities essential for its adaptability in unstructured industrial environments, a challenge many other humanoids, until this day, still face. Such measures appear to reflect Beijing’s focus on the use of AI within the physical world.
Apparently, the firm’s production plans are lofty: starting with 5,000 units of industrial robots in 2026, then increasing production to 10,000 units in 2027. Such production levels will be the staple in the Chinese manufacturing landscape, which will offer the robot manufacturers ample suppliers for LiDAR, Harmonic drives, and composites. Such would mean faster production with reduced costs, unlike their counterparts in the West.
However, apart from the warehouse show, UBTECH has acquired contracts totaling hundreds of millions of yuan, involving applications in border controls as a guidance system for travelers, logistics processing, as well as inspection tasks in steel and aluminum factories. Such applications provide real-world scenario testing of the ‘embodied AI’ aspects of UBTECH’s Walker S2. A key aspect of its commercial viability is its self-navigation, object processing, as well as human interaction capabilities.
An authenticity debate reflects the more general concern in robotics: that of the gap between advertising media and real-world performance. Indeed, as industry observers point out, sensational videos, even if real or hyped up, may cloud one’s judgment on readiness levels, misleading investment or buying public alike. Ultimately, the only real proof will come with real-world, measurable functionality in production settings.
But for China, the implications of thislaunch run much deeper. Embodied AI represents a national strategic interest, with provincial administrations allocating funds for humanoid robotics as a component of their plans for the integration of AI within the “real economy.” A successful project would mean that problems of labor scarcity, as well as the demographics, of their own population would be remedied, while the rest of the world would come under their control with their self-governing machines. In this scenario, the Walker S2 robotics system is more than mere technology.
