China’s humanoid robot industry is not waiting for the world to catch up. At a public showcase on the outskirts of Shanghai, families lined up to watch robots perform martial arts, attempt front flips, and fold laundry. What looked like entertainment was also a signal: a country is actively normalizing a technology that most of the world still treats as science fiction.
A Carnival With a Strategic Purpose
The event took place at an R&D hub housing more than 100 companies involved in researching, developing, manufacturing, and marketing robotic technologies. On the day described, the atmosphere was festive. Children cheered on remote-controlled robots firing water beads at each other. Parents bought miniature robotic dogs as gifts. A humanoid in a decorated top performed drunken boxing while another executed a front flip for the crowd.
This is not incidental. Public showcases like this one serve a specific function: they give ordinary people direct, physical contact with technology that might otherwise feel abstract or threatening. When a child watches a robotic dog attempt a handstand, the machine stops being a concept and becomes something familiar. That shift in perception is exactly what companies and policymakers are working toward.
Embodied AI as National Strategy
The numbers behind China’s robotics push are not trivial. Nearly 90% of the more than 13,000 two-armed, two-legged robots delivered globally last year were manufactured in China. That level of market concentration reflects years of deliberate industrial policy. Embodied AI, the idea of embedding artificial intelligence into physical systems that interact with the real world, was explicitly included in China’s latest five-year plan.
The companies at this carnival are not hobbyists. DexForce, one of the exhibitors, had a humanoid model on display capable of making coffee. Yang Duan, a product manager at the company, described the broader ambition clearly: these machines are designed to free people from physical work and repetitive tasks. A few booths away, a pair of robotic arms was attempting to fold a basket of T-shirts. The tasks are modest by engineering standards, but they point toward a practical vision of what humanoid robots are actually for.
Simultaneously, in other Chinese cities, humanoids were performing for crowds in shopping malls and tourist attractions. In Beijing, bipedal robots were running half-marathons. The public relations effort is coordinated and wide in scope.
Why Progress Elsewhere Has Been Slower
Here is what most coverage of humanoid robots tends to understate: the engineering challenges are genuinely hard, and skepticism within the robotics community is widespread. Humanoids are heavy, which creates safety risks. They balance on two legs, which is mechanically complex and failure-prone. Battery life remains limited. Prices remain high. A significant number of roboticists question whether a human-shaped body is even the right design for most practical applications.
These are not minor objections. They explain why humanoid robots have remained largely in demonstration mode in most parts of the world, impressive in controlled settings but not yet embedded in daily life at scale.
China’s approach is to push through that uncertainty rather than wait for it to resolve. The carnival in Shanghai, the half-marathons in Beijing, the malls and tourist sites across multiple cities: all of it is part of a strategy to build public familiarity and social acceptance before the technology is fully mature. The bet is that exposure accelerates adoption, and that adoption creates the feedback loop needed to improve the technology faster.
What This Moment Actually Means
The deeper question raised by a robot carnival in Shanghai is not whether humanoids will eventually work. It is who shapes the conditions under which they enter society, and how quickly.
Public acceptance of a technology is not automatic. It is built, through repeated contact, through visible demonstrations of usefulness, and through cultural framing. China is investing in all three simultaneously. The families at this event were not passive observers of a product launch. They were participants in a process of normalization, one that takes years and requires sustained effort.
For workers, the implications are worth thinking through carefully. Humanoids designed to handle physical labor and repetitive tasks will change the nature of certain jobs, not necessarily by eliminating them outright, but by shifting what human effort is needed for and where it is most valuable. The technology augments human capacity in physically demanding or dangerous environments. How that transition is managed, and for whom, matters as much as the engineering itself.
The crowd at the Shanghai carnival chanted for more. That enthusiasm is real, and it is being cultivated deliberately. Understanding why that matters is the first step toward thinking clearly about what comes next.
In Short
China accounts for nearly 90% of global humanoid robot deliveries, and the country is actively building public familiarity with the technology through large-scale demonstrations. Embodied AI is part of national policy, not just corporate ambition. The engineering challenges are real and widely acknowledged, but the strategy is to normalize the technology through exposure while the hardware continues to improve. The carnival in Shanghai is less a product showcase than a preview of a longer transition already underway.
Based on reporting from MIT Technology Review.