The robots lined up on the track. For a moment, it looked almost like an ordinary athletics meet. Then the race started. The machines lurched forward, their metal legs struggling to keep their balance as they sprinted toward the finish line. One of them, a Chinese humanoid robot called Tiangong Ultra, finished the 100 meters in 8.64 seconds – faster than Usain Bolt’s human world record.
The scene took place this August at the World Humanoid Robot Games in Beijing, where more than 2,000 robots competed in 51 events. Some ran and boxed. Others performed household chores or industrial tasks. Some simply fell over. It was part sporting event, part technology demonstration, and part vision of the future.
And the way that future was described was revealing. In Western coverage, the event was often framed as a spectacle, a demonstration of Chinese state power or even propaganda.
Chinese state media had a different emphasis. The focus was less on the event itself and more on what the robots might eventually do: work in factories, move through warehouses, assist in homes or become part of everyday life.
Neither interpretation is necessarily wrong. Beijing clearly wants to showcase China’s technological progress, and the World Humanoid Robot Games was designed to do exactly that. But the difference in emphasis is striking. The same robots can be seen as a technological achievement, an industrial strategy, or a piece of political theater. Reducing the event to the latter risks missing what is happening on the technological side.
China’s humanoid robotics industry is not simply a governmental display. The country has invested heavily in the sector, and Chinese companies are developing robots for factories, logistics, healthcare, and other commercial applications. The Robot Games are part of that broader strategy. They are designed not only to show what robots can do, but also to test how they might be used outside the laboratory.
That does not make the games any less political. Beijing has made technological development a national priority, and events like this clearly serve that ambition. But political purpose and technological progress can exist at the same time. Calling the event propaganda makes it easier to stop looking at the technology itself. The political message then becomes more important than what is actually being built.
China is not the only place where technology comes with a vision of the future. In the United States, Silicon Valley has been selling such visions for years. Autonomous cars, AI assistants and humanoid robots have all been presented not simply as products, but as glimpses of a different way of living and working. Tesla, for example, presents its Optimus robot as part of a broader technological transformation that brings artificial intelligence into the physical world.
These visions are necessarily speculative. They are shaped by commercial interests, investors, and the desire to convince people that a technology will matter before it has fully arrived. Yet imagined futures from Silicon Valley are rarely described as propaganda. They are framed as innovation or ambition.
Both Chinese and Western technology companies sell visions of the future. But those visions are not always interpreted in the same way. This is where the idea of Sinofuturism becomes useful. The term describes China as a source of its own technological future. China is not only adopting new technologies but also developing its own ideas about what life with them could look like.
This is visible in the way Chinese officials and companies talk about humanoid robots. They are not presented only as machines that can run faster or lift more. They are supposed to take over unsafe and undesirable jobs, assist people in their homes, or care for the elderly. The future they describe is one where robot technology becomes part of how society works.
That future may be exaggerated. Some of the promises may never materialize. But even if some of them fail, they show how Chinese companies and officials imagine technology changing everyday life.
Of course, China uses technology to promote its own political goals. But why does this so often become the main way Chinese technology is understood? When a Chinese company develops a humanoid robot, coverage often focuses on what Beijing wants to achieve with it. When a Western company develops one, the focus is more likely to be on what the technology might make possible.
That difference matters. Technology is never completely separate from the society and politics around it. But if we treat China’s technological ambitions mainly as political messaging, we risk missing something else: Countries and companies do not just adapt to the future. They shape it through the technologies they develop and invest in. China is also trying to shape what its own future will look like.
The robots in Beijing may have been part of a political message, but the companies that made them have their own ambitions for the future. The technology is still developing, and many of the presented robots were far from ready for everyday use. That does not make the vision behind them irrelevant.
The robots showed one possible version of what Chinese technology could become. Seeing that future only as propaganda risks missing what is actually changing.