China’s Robots Face Test of Commercial Viability Beyond Flashy Demos

China’s humanoid robot makers have spent the past two years dazzling investors with machines that can breakdance, throw punches and even set marathon records. This week, they face a tougher test: proving the technology can work reliably enough to generate economic value.

More than 300 companies are expected to attend the World Robot Conference in Beijing from Wednesday through Sunday, showcasing more than 2,000 exhibits and launching over 150 products, according to Beijing authorities.

The conference coincides with the Shanghai stock market debut of Unitree, one of the world’s largest humanoid robot makers by sales volume, after its initial public offering was more than 8,000 times oversubscribed by retail investors.

Unitree founder Wang Xingxing is scheduled to address the conference’s main forum on Thursday on the next decade of the humanoid robot industry, according to the Beijing municipal government.

The event comes as investor enthusiasm for Chinese humanoid robots reaches new highs, but the focus is shifting from viral demonstrations to commercial applications. Investors and customers are increasingly judging robots by how productively they work, how much human supervision they require and whether they can generate returns that justify their cost.

Robots in China are beginning to replace human workers in niche applications, including hotel food deliveries and some assembly-line tasks. But large-scale adoption across industries beyond limited pilot projects has yet to emerge.

Some industry executives say the shift toward commercial applications is overdue.

Lumos Robotics, a Mitsubishi Electric-backed startup exhibiting at the conference, has focused its MOS robot on industrial inspection and material handling rather than household or entertainment uses.

CEO Yu Chao said that companies most at risk in China’s crowded embodied-AI sector were those developing robot bodies, models or data in isolation without proving their technology in real-world applications.

For Yu, the eventual shakeout will come down to a simple question: can a robot create value for a customer? Companies that cannot, he said, “will be washed out.”

Georg Stieler, a robotics analyst who advises industrial companies in China, estimates that 50% to 70% of humanoid robots produced this year could end up in “data factories”, where they are used to collect training data rather than perform productive work for paying customers.

Guotai Securities estimates an industrial humanoid robot would need to cost about 160,000 yuan ($22,300), including maintenance, to pay for itself within two years compared with a worker earning 80,000 yuan annually.

In reality, such robots typically cost between 300,000 yuan and 500,000 yuan, according to Berlin-based think tank MERICS.

ROBOT GAMES TEST WORK ABILITY

Some of the industry’s claims will face a more public test from Saturday, when the World Humanoid Robot Games begin at Beijing’s National Speed Skating Oval.

Running from Aug. 22 to 26, the event will combine races, football and fighting with a growing number of competitions designed around workplace tasks.

Official plans include factory, hotel and household scenarios, with some events requiring robots to perform longer, continuous tasks in complex environments.

The competition schedule reviewed by Reuters includes packing and warehousing, industrial assembly and material feeding, retail and office services, electric-vehicle charging and dexterity tasks such as connecting cables and using tools.

Unlike a sprint or dance routine, such tasks test whether robots can identify unfamiliar objects, manipulate them repeatedly, recover from mistakes and complete jobs without engineers intervening.

The challenge of turning impressive demonstrations into economically viable products is not confined to China.

In the United States, Jerry Wang, CEO of AIxCrypto Holdings, recently launched RoboShare, a marketplace designed to allow businesses to rent robots by the task rather than buy them outright.

Wang said one of the biggest bottlenecks is not the robots themselves but the ecosystem around them. Skilled operators remain scarce, while transportation, deployment and maintenance costs can make robotic labour uneconomic.

Geopolitics is adding another layer of uncertainty. The U.S. Federal Communications Commission in July restricted new equipment authorisations for foreign-made advanced robotic devices, affecting companies including Unitree, although previously authorised models can still be sold.

Technology research firm IDC estimates China accounts for 82% of global humanoid robot shipments. Under its worst-case scenario for the U.S. restrictions, U.S. humanoid robot sales would be 58% below its previous baseline forecast by 2030.

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