At a robot carnival held by an R&D center on the outskirts of Shanghai, humanoid robots were not hidden in a lab or framed as distant prototypes. They were performing for families, entertaining children and showing how China wants artificial intelligence to move from software into the physical world.
The scene captured a broader shift. Humanoids are becoming a public-facing part of China’s push to bring artificial intelligence into daily life, and the country’s companies are already major players in machines built with two arms and two legs.
Robots Become a Family Attraction
The carnival took place during a public holiday, and families came to see robots at close range. One 11-year-old boy showed off a mini robotic dog his mother had just bought him, excited as it attempted stunts for people nearby.
That kind of direct encounter matters. Robots can seem abstract when they are discussed as industrial equipment, research projects or artificial intelligence systems. At the carnival, visitors could watch them move, fail, recover, compete and perform.
Children were not only spectators. Near the robotic dog sales area, staffers helped youngsters learn how to make a quadrupedal robot climb stairs. Elsewhere, two remote-controlled robots battled in a temporary ring, firing water beads as children cheered. A staffer ultimately called the match a draw.
The event was less about presenting robots as finished household tools and more about turning them into something people could understand through experience. The machines were on display as entertainment, but the setting also gave companies a way to normalize the idea of robots sharing everyday spaces with people.
Embodied AI Moves Into View
China’s latest five-year plan emphasized embodied AI, the idea of placing artificial intelligence into physical systems. The Shanghai carnival showed what that concept looks like outside policy language: machines that walk, fold, make coffee, perform and interact with crowds.
The broader robotics hub connected to the event houses more than 100 companies that research, develop, manufacture and market robotic technologies and equipment. Many of those companies work on specialized machines designed for practical jobs, including transporting heavy loads and inspecting sewage pipes.
At the carnival, however, practical robotics shared space with spectacle. A DexForce model was exhibited making coffee. Nearby, a pair of robotic arms attempted to fold a basket of T-shirts. These demonstrations presented a familiar promise: robots may eventually take on physical tasks that people find tiring, repetitive or routine.
Yang Duan, a product manager at DexForce, described the ambition directly, saying such machines “can free people from physical work and mundane chores.” That claim is central to the humanoid pitch: if robots can operate in spaces built for human bodies, they may be able to handle more parts of daily life without requiring the world around them to be redesigned.
China’s Humanoid Lead Is Already Visible
The scale of China’s role in humanoid robotics is clear from the source article’s numbers. Nearly 90% of the more than 13,000 two-armed, two-legged robots delivered globally last year were made in China.
That production base helps explain why public demonstrations are spreading. The Shanghai carnival was not an isolated showcase. As it took place, shopping malls and tourist attractions in several other Chinese cities were also hosting humanoids that performed for crowds. In Beijing, bipedal robots were running half-marathons.
These appearances function as a public relations campaign as much as a technology demonstration. Humanoid robots face skepticism, and companies need more than technical milestones to build demand. They also need people to imagine where these machines might fit in normal life.
The carnival format makes that easier. A robot folding T-shirts may not be perfect, but it turns an abstract debate into a visible task. A humanoid performing on stage may not prove usefulness, but it shows mobility, balance and coordination in a way a product sheet cannot.
The Limits Are Still Real
The enthusiasm around humanoids does not erase the challenges. Outside China, progress has been slow. The source article notes safety concerns tied to the weight of these machines and the difficulty of balancing on two legs.
Price and battery life are also barriers. These limits matter because public entertainment can make robots look ready before they are broadly practical. A stage performance, a coffee demonstration or a short competition can show capability, but everyday usefulness demands reliability over longer periods and in less controlled environments.
There is also a deeper design debate. Some roboticists remain skeptical that the human form is the right form for a robot. Specialized machines may be better suited to many jobs, especially when a task does not require a body that resembles a person.
That skepticism makes the carnival more interesting, not less. The event displayed robots in many forms: humanoids, robotic dogs, robotic arms, quadrupedal machines, remote-controlled competitors and small robotic lions. China’s robotics push is not only about building machines that look human; it is also about putting artificial intelligence into bodies that can act in the physical world.
A Showcase Built for Hearts and Minds
The strongest signal from Shanghai was the audience response. In the main tent, applause followed a humanoid wearing a blinged-out top as it performed drunken boxing, while another humanoid executed a front flip. Small robotic lions waited nearby for their own performance.
The crowd wanted more. They chanted: “More, more, more.”
That reaction helps explain why public robot showcases are valuable. They do not settle the technical questions around humanoids, and they do not prove that every machine on display is ready for everyday work. But they do shape public expectations.
For China’s robotics companies, the carnival offered a way to present embodied AI as something tangible, entertaining and close at hand. For visitors, it made the future of humanoid robots feel less like a research topic and more like a performance happening right in front of them.