Image disclosure: The featured image was generated with AI. It depicts a fictional robot production facility, not a real factory or manufacturer’s model.

Chinese manufacturers have reshaped global markets for solar panels and electric cars through industrial scale, state support and falling costs. A similar contest is emerging in humanoid robotics. It could reorder the industry by 2031—provided inexpensive machines become dependable workers.

Analysis by Nico Nuss · Research current as of 9 September 2026

China’s next big export story begins with a price tag. In Unitree’s official online shop, the cheapest version of its humanoid R1 range starts at US$4,900, excluding shipping, taxes and import duties. That does not buy a universal factory worker; according to the manufacturer, even support for further development is reserved for the EDU version. Yet the offer marks a shift: a humanoid robot is becoming a product customers can order. Source: Unitree, R1 product page.

That poses an uncomfortable question for Western developers. Can they build an economically viable mass-production business before Chinese competitors establish their future customers’ price expectations? The solar industry has seen how quickly a technological lead can lose value when others scale manufacturing more cheaply. That contest is still unfolding in electric cars. In humanoid robotics, it is just beginning.

In this article

An export offensive is taking shape, but its outcome is uncertain

China is building the conditions to supply humanoid robots in large numbers and at prices that could put Western manufacturers under considerable pressure. State industrial policy, specialised suppliers and intense domestic competition create a combination familiar from other industries.

That is not proof of a comprehensive plan to eliminate Western businesses through deliberately loss-making prices. The Chinese strategy documents examined set out goals for technological and industrial leadership. In 2023, the Ministry of Industry and Information Technology, or MIIT, called for an initial innovation system by 2025 and an internationally competitive industrial ecosystem with world-class technological capabilities by 2027. These are policy targets, not confirmation that they have been fully achieved. Source: MIIT, explanation of the development guidelines.

The development of a globally competitive industry is therefore documented. The displacement of Western suppliers is a plausible consequence. What could prove decisive is China’s ability to shape this young market’s economics before many competitors have ramped up production.

Shipment volumes are an advantage, not yet proof of productivity

Unitree reported more than 5,500 humanoid robots sold and delivered to end customers in 2025, with production exceeding 6,500 units. Its figures explicitly distinguish orders, shipments and output. Source: Unitree, clarification of 2025 sales figures.

UBTECH reported sales of 1,079 full-size humanoid robots in the same year. At year-end, it put its annualised production capacity at more than 6,000 units. Sales and capacity are different measures: a factory capable of building thousands of robots must first secure enough orders. Source: UBTECH, 2025 annual results.

More recent market estimates also suggest acceleration. In August, AP reported, citing Omdia, that Chinese manufacturers had shipped around 18,500 humanoid robots in the first half of 2026. The agency also stressed that many machines were still used for demonstrations, entertainment and research. A lead in unit shipments is therefore not necessarily an equivalent lead in productive work. Source: AP, 19 August 2026.

How scale can turn into pressure on competitors

Publicly backed capital makes it easier to develop an industry whose eventual demand remains uncertain. One example is Shanghai’s embodied AI fund, registered in 2025. Shanghai State-owned Capital Investment and the Pudong district initiated it with a target size of one billion yuan and a first close of 560 million yuan. This is an investment fund, not a subsidy already paid out in full to robot manufacturers. Source: Shanghai municipal government, fund announcement.

The underlying competitive hypothesis is straightforward. Larger production runs spread development costs across more machines. Lower prices facilitate additional sales. More deployments can, in turn, support technical improvements, provided useful operational data is generated and may lawfully be used.

Western manufacturers could face pressure on two fronts. They might have to cut prices before reaching the volumes needed to lower costs accordingly. Investors could respond to weaker margin prospects by becoming more cautious about funding. Displacement would then follow from the structure of the market, even without a demonstrable central instruction from Beijing.

Solar shows how quickly an industry’s economic foundations can erode

The clearest historical parallel comes from solar manufacturing. In 2022, the International Energy Agency documented that China had invested more than US$50 billion in new photovoltaic manufacturing capacity since 2011—ten times Europe’s investment. China’s share then exceeded 80% at every major manufacturing stage. The IEA attributed its rise to industrial policy, economies of scale and continuous innovation. Source: IEA, Solar PV Global Supply Chains, 2022.

Oversupply subsequently intensified the price decline. According to the IEA, module prices had more than halved between early 2023 and the reporting period of Renewables 2024. Integrated photovoltaic manufacturers recorded negative net margins in 2024. Destructive competition therefore also affects Chinese producers. Source: IEA, Renewables 2024.

Meyer Burger offers a concrete European example. The company stopped module production in Freiberg, in the German state of Saxony, in March 2024. Its half-year report attributed the decision to deteriorating European market conditions and a lack of political support measures in Germany. This corporate account does not establish that Chinese competition alone was responsible. It does, however, illustrate how fragile a manufacturing operation’s economics can become under sustained price pressure. Source: Meyer Burger, Half-Year Report 2024.

The transferable lesson is that a technically capable manufacturer can still lose its economic foundation if market prices fall faster than its own production costs.

The difference from robotics is substantial. Solar panels provide a relatively standardised, measurable benefit. The performance and economics of humanoid robots depend heavily on the task, software, environment and human supervision. Purchase price alone reveals little about the work a machine can reliably perform.

The benefits of solar’s development also belong in the comparison. Concentrated manufacturing created dependencies and put competitors under pressure. Cheaper modules simultaneously helped solar energy expand worldwide. Robotics could reproduce that tension: what threatens manufacturers may benefit users.

Electric cars: Export pressure meets a political response

The electric-car industry illustrates a second version of this mechanism. According to Global EV Outlook 2026, almost three-quarters of all electric cars produced worldwide in 2025 were made in China. Chinese exports doubled to more than 2.5 million vehicles. The IEA describes intense domestic competition squeezing margins and pushing manufacturers to seek higher profits abroad. Source: IEA, Global EV Outlook 2026.

Manufacturing location and ownership must be distinguished: “made in China” includes vehicles produced by foreign manufacturers. The IEA’s “electric cars” category also includes both battery-electric vehicles and plug-in hybrids.

Unlike the robotics hypothesis, the European electric-car dispute includes a specific official finding of market-distorting support. Following its anti-subsidy investigation, the European Commission imposed additional countervailing duties in October 2024, including 17% for BYD, 18.8% for Geely and 35.3% for SAIC. That finding concerns the battery-electric vehicles investigated. It cannot be transferred to humanoid robots. Source: European Commission, October 2024 decision.

Nor has Western competition been eliminated in electric cars. EU production grew 30% in 2025 to almost 3.2 million vehicles, according to the IEA. This is a case of shifting industrial weight, substantial competitive pressure and political resistance. Source: IEA, Manufacturing and trade, 2026.

What could happen over the next five years

A plausible path can be outlined through September 2031. The phases below are scenario analysis based on the developments described, not confirmed production forecasts.

2026–2027: Further production ramps could spread affordable machines through research, education, entertainment and early business applications. The key question would be whether announced capacity turns into paid deliveries.

2028–2029: Proven applications could be rolled out across multiple sites. Manufacturers would compete more strongly through complete packages of hardware, software and maintenance. Demonstrable reliability and repeat orders from independent customers would be prerequisites.

2030–2031: Chinese suppliers could shape major volume segments in accessible markets. Western manufacturers could face consolidation pressure or focus on specialised applications. For that to happen, Chinese systems would need to deliver competitive total costs and dependable service.

From this perspective, tightly defined business tasks are likely to be the first major market. A universal household robot must handle much more varied situations. An export offensive in industrial systems is therefore different from millions of autonomous household helpers.

The most severe scenario would be oversupply before demand matures: many suppliers build capacity, few applications pay their way and prices fall. Western companies could then come under pressure even before the broader market fulfils its biggest promises.

Why the outcome remains open

China itself warns of misallocation. In November 2025, the National Development and Reform Commission, or NDRC, said technological approaches, business models and use cases were not yet fully mature. With more than 150 companies in the sector, it warned of the risk that highly similar products would crowd the market. That contradicts the picture of a fully coordinated, risk-free offensive. Source: NDRC, press conference of 27 November 2025.

Meanwhile, Western deployments have produced concrete operating experience. BMW reports that Figure 02 supported production of more than 30,000 BMW X3 vehicles at Spartanburg over ten months in 2025, moved more than 90,000 components and logged around 1,250 operating hours. This was a limited pilot, but one with specific performance data from a customer’s plant. Source: BMW, humanoid robots in production.

The global market is also already politically fragmented. In July 2026, the US Federal Communications Commission added foreign-produced advanced robotic devices to its Covered List. Covered equipment can consequently no longer receive new FCC equipment authorisations. Any forecast must therefore account for regional differences in market-access barriers. Source: FCC, Public Notice DA 26-786.

The price of dependable work will decide the contest

Whether China’s shipment lead becomes lasting market power will show up in ordinary operating data. How often must people intervene? How much promised working time is productive? How many customers reorder? And what does a completed task cost once integration, maintenance, downtime and supervision are included?

Until those questions are answered, low hardware prices are a competitive signal, not evidence that an industrial revolution has already been won. Market shares also warrant scrutiny: some surveys include machines with human-like upper bodies mounted on wheels. Shipments, production, capacity and installations measure different things.

The decisive number in the coming robotics contest will be the price of an hour of reliably completed work. China is well placed to push that price sharply down. If it succeeds, Western manufacturers could face pressure long before humanoid robots become an everyday presence. Whether solar’s history repeats itself will depend on who turns inexpensive hardware into consistently dependable work.

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Nico Nuss [Image content created with AI]
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Author Nico Nuss has been working on mobile computing and automation software since 2001. Drawing on his experience and strong interest in future technologies, he focuses on robotics and AI.

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