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Chinese Humanoid Robots Are Entering Japan, but Local Integration Will Decide Who Wins
Chinese companies supplied most of the roughly 13,000 humanoid robots shipped worldwide in 2025, but Japan is unlikely to buy on volume alone: customers will demand reliable integration, local maintenance and measurab... Japan’s opportunity spans logistics, restaurants, factories, retail and airports, yet the countr...
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Key takeaways
- Chinese companies supplied most of the roughly 13,000 humanoid robots shipped worldwide in 2025, but Japan is unlikely to buy on volume alone: customers will demand reliable integration, local maintenance and measurab...
- Japan’s opportunity spans logistics, restaurants, factories, retail and airports, yet the country already had 450,500 industrial robots in operation in 2024.
- Unitree’s 2026 distribution deal with GMO AI & Robotics illustrates the emerging model: Chinese hardware paired with Japanese language support, implementation, software, maintenance and trials.
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openai.comCreate a landscape editorial hero image for this Studio Global article: How are Chinese robot makers entering Japan to address its labor shortage, and what does this trend reveal about the scale of Chinese humano. Article summary: Chinese makers are entering Japan less as sellers of futuristic humanoids than as providers of locally supported automation for labor-constrained operations. Their opportunity is real, but Japan’s demanding customers wil. Topic tags: general, news, general web, user generated. Style: premium digital editorial illustration, source-backed research mood, clean composition, high detail, modern web publication hero. Use reference image context only for broad subject, composition, and topical grounding; do not copy the exact image. Avoid: logos, brand marks, copyrighted characters, real person likenesses, fake screenshots, UI text, readable text, watermarks, charts w
Chinese robot makers are approaching Japan as more than a market for futuristic demonstrations. They are targeting labor-constrained operations with automation that can work inside existing facilities and be supported by local partners.
That creates a genuine opening—but not an easy one. Japan is already a major robotics market with deeply established industrial suppliers. For Chinese entrants, the decisive product is therefore unlikely to be a humanoid alone. It is a complete operating solution: a robot, integration, field service, safety processes and a credible business case.
China’s humanoid production advantage is now difficult to ignore
Research firm Omdia, as reported by Bloomberg, estimated that about 13,000 humanoid robots were shipped globally in 2025, with Chinese manufacturers accounting for the vast majority. Shanghai-based AgiBot was estimated to have shipped 5,168 units, the highest figure among individual makers in that dataset. 1
Unitree has reported a higher figure for its own shipments: more than 5,500 “pure” humanoids in 2025. That number excludes wheeled and dual-arm robots, while Omdia’s estimate for Unitree was lower, illustrating how shipment totals can vary with definitions and reporting methods. 7
The broad conclusion is more reliable than any single ranking: Chinese companies have achieved a level of humanoid production and price competition that gives them a practical route into overseas markets. But shipment volume does not automatically equal enterprise adoption. Many early units are used for research, education, demonstrations and development rather than large-scale commercial operations. 7
Why Japan is an attractive destination
Japan’s demographic pressure is creating demand for automation in places where hiring and retaining workers is difficult. The potential applications include warehouses and logistics, restaurants, retail, eldercare and home assistance, factories, and airports. 46
The appeal of humanoid or general-purpose machines is that they are designed around human environments. A robot that can move through existing doors, corridors and work areas may be more useful in an older facility than an automation system requiring a complete redesign.
Airports offer a visible example. Japan Airlines began a trial at Tokyo’s Haneda Airport with GMO AI & Robotics for tasks including baggage loading and cabin cleaning. The trial was described as a two-year program beginning in May 2026, rather than evidence of immediate permanent deployment. 50
This distinction matters. Japan’s labor shortage creates a reason to test robots, but each use case still has to prove that the machine can operate safely and consistently in a real workplace.
Japan is already a robotics heavyweight
Chinese humanoid makers are not entering a robotics vacuum. The International Federation of Robotics recorded 44,500 industrial-robot installations in Japan in 2024, while the country’s operational stock reached 450,500 units. That made Japan the world’s second-largest industrial-robot market by installations. 20
Japanese companies such as Fanuc, Yaskawa, Kawasaki and Nachi have long-standing relationships with manufacturers, integrators and service providers. Japan also has a substantial domestic manufacturing base for industrial robotics and related equipment. 17
That installed base changes the competitive challenge. A Chinese humanoid may attract attention because it is flexible, relatively affordable or capable of working in human-oriented spaces. But it must still fit into procurement, safety and maintenance systems shaped by decades of industrial automation.
The likely competition is not simply “Chinese robots versus Japanese robots.” In many cases, it is new general-purpose automation being evaluated alongside proven robot arms, conveyors, specialized machines and human workarounds.
The market-entry strategy is local partnership
The clearest route into Japan is to work through companies that already understand the market and can take responsibility after the sale.
In June 2026, GMO AI & Robotics became an authorized Japanese distributor for Unitree Robotics. The agreement covers sales, implementation support and secure communications. 44 Related reporting says the arrangement also includes software development, maintenance and operations, while GMO offers rental-based proof-of-concept trials.
47
That is a significant shift from simply importing hardware. A local partner can help with:
- Japanese-language customer support and training
- Site surveys and installation
- Workflow and software customization
- Network and security requirements
- Spare parts, repairs and preventive maintenance
- Pilot programs before a full purchase
- Accountability when a deployment fails or needs modification
Other examples show the same pattern beyond humanoids. Galbot has presented its G1 and S1 robots for retail and logistics applications, citing deployments in more than 100 Chinese stores. DOBOT has worked with Japanese automotive-parts company Asuka on sales and maintenance. 48
KEENON, meanwhile, has expanded service-robot support in Japan, with People’s Daily reporting more than 200 service sites and response targets for common malfunctions. 54 These examples suggest that distribution and after-sales coverage are not secondary details; they are part of the product being sold.
Customers buy workflow results, not a humanoid shape
A robot deployed in a warehouse may need to interact with warehouse-management software, lifts, doors, carts and safety procedures. In a restaurant, it must fit narrow corridors, staff routines and customer expectations. In a factory, it must work around production cells, inspection standards and existing automation.
That makes integration the central commercial test. Buyers will want to know:
- What task is being automated? Moving baggage, transporting materials, serving food and handling parts involve different requirements.
- How reliably does the robot perform? A demonstration is not the same as sustained uptime across shifts.
- Who maintains it? A distant manufacturer may not be enough for a business that cannot afford long downtime.
- How does it connect to existing systems? The robot must fit the customer’s physical and digital environment.
- What is the return? Labor savings, throughput, safety or service capacity must be measurable.
This is why a lower hardware price alone may not determine the winner. A cheaper robot can become expensive if it requires extensive site adaptation, specialized engineers or slow replacement parts.
Adoption will be gradual, even when interest is high
Enterprise robotics purchases typically involve pilots, site adaptation, safety validation, internal approvals and evidence of return on investment. In Japan, large distributors, trading companies and systems integrators can also make the sales process more structured and lengthy. 43
A distributor agreement, exhibition appearance or single-site pilot should therefore not be described as scaled adoption. It shows that a route to market exists; it does not prove that the technology is ready for broad deployment.
Chinese vendors will need local engineering capacity, patient financing and long-term customer commitments. They may also need to offer rentals or trials so operators can evaluate performance without committing immediately to a large capital purchase. GMO’s reported proof-of-concept rental model is one example of how that process can work. 47
Japan’s robotics market is growing, but estimates are not interchangeable
Market forecasts point to expanding demand, particularly in service and AI-enabled robotics, but the numbers differ because researchers define the market differently.
One MarketsandMarkets estimate values Japan’s service-robotics market at $3.63 billion in 2024 and forecasts $8.50 billion by 2029, equivalent to an 18.5% compound annual growth rate. 34 A separate estimate puts Japan’s intelligent-robotics market at $1.40 billion in 2025 and $5.42 billion in 2030, implying 31.0% annual growth.
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Those figures should not be added together or treated as a precise forecast for humanoids. They cover different categories. The useful takeaway is that Japan has two overlapping opportunities: a large, mature industrial-robot base and a growing market for service robots and more flexible automation.
The larger lesson for Chinese robot makers
China’s advantage is becoming visible in humanoid production volume, product variety and price-performance. Japan’s advantage remains its industrial installed base, customer relationships, engineering standards and service infrastructure.
That combination makes Japan both attractive and demanding. Chinese companies can use Japan’s labor shortage to open doors, but they are more likely to succeed when they embed themselves in Japanese distribution and integration networks. The winners will not be the companies that merely ship the most robots. They will be the ones that can keep those robots working, connect them to real operations and demonstrate a return that customers can defend internally.
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Chinese companies supplied most of the roughly 13,000 humanoid robots shipped worldwide in 2025, but Japan is unlikely to buy on volume alone: customers will demand reliable integration, local maintenance and measurab...
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Chinese companies supplied most of the roughly 13,000 humanoid robots shipped worldwide in 2025, but Japan is unlikely to buy on volume alone: customers will demand reliable integration, local maintenance and measurab... Japan’s opportunity spans logistics, restaurants, factories, retail and airports, yet the country already had 450,500 industrial robots in operation in 2024.
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Unitree’s 2026 distribution deal with GMO AI & Robotics illustrates the emerging model: Chinese hardware paired with Japanese language support, implementation, software, maintenance and trials.