Japan, widely recognized as one of the earliest pioneers in humanoid robotics, is now engaged in a determined effort to close the gap with China’s production scale in the humanoid robot market. The competitive landscape has shifted dramatically in recent years, with China emerging as the dominant force in terms of deployment numbers and manufacturing output.
According to data cited in the source material, China accounted for approximately 85% of new humanoid deployments worldwide in 2025. This figure underscores the extent to which China has come to define the current state of the humanoid robotics industry. The numbers are striking when placed in context: Barclays data show that the number of humanoid robots deployed globally rose from about 2,000 in 2024 to 15,000 in 2025, with expectations of reaching 60,000 in 2026. Within that growth trajectory, China’s share of new deployments has been overwhelming.
TrendForce, a market research firm, forecasts that China’s humanoid robot output will grow by as much as 94% in 2026. The same forecast indicates that Unitree Robotics and AgiBot could potentially account for nearly 80% of total shipments. AgiBot, in particular, has demonstrated rapid scaling: the company produced its 10,000th humanoid in late March 2026, having grown from 1,000 units in 2025 to 10,000 within a matter of months.
China’s rise in humanoid robotics is not attributable to any single company or initiative. Rather, as Kyle Chan, a researcher at the Brookings Institution, explained in the source material, China’s robotics industry is building directly on the electric-vehicle ecosystem. The industrial foundation developed through sectors such as electric vehicles has provided China with the manufacturing capabilities, supply chain infrastructure, and technical expertise necessary to scale humanoid production rapidly.
The International Federation of Robotics (IFR) estimates that China now has the most operational industrial robots in the world, with around 2 million total units — approximately 4.5 times more than Japan. The IFR also reported that 54% of all robots installed worldwide in 2024 were deployed in China. These figures illustrate the breadth of China’s robotics infrastructure and its capacity to absorb and deploy robotic systems at scale.
Meanwhile, Japan is pursuing a different strategy. Rather than attempting to match China’s production volume directly, Japan is focusing on collaboration with a diverse ecosystem of domestic and international players. The source material quotes a researcher named Ogata, who emphasized that the world of AI is inherently a game of scale. Ogata stated that Japan’s absolute prerequisite is to secure a competitive baseline of scale in data, computing resources, and talent. Beyond that, Ogata stressed the importance of a mindset shift: rather than trying to hoard scale within a single nation or company, Japan must grow stronger by collaborating with a diverse ecosystem of domestic and international players.
Japan’s demographic pressures provide additional context for its interest in humanoid robotics. The OECD Employment Outlook from 2024 projects that Japan’s working-age population will fall by 31% by 2060. This projected decline in the available workforce creates a compelling case for robotics adoption across various sectors, including services, healthcare, and logistics.
Japanese companies are already exploring practical applications. Japan Airlines has begun humanoid robot trials at Tokyo’s Haneda Airport, as reported by CNBC in May 2026, with labor shortages cited as a driving factor. Travel And Tour World reported in April 2026 that tourism innovation at Haneda Airport includes the integration of humanoid robots for baggage handling. These deployments represent early steps in what could become broader adoption of humanoid robots in Japanese service industries.
The competitive dynamics extend beyond Japan and China. The source material notes that Boston Dynamics’ electric Atlas has begun commercial deployments, with its entire 2026 production allocation committed to Hyundai and Google DeepMind. This development indicates that the humanoid robotics market is attracting significant interest from major corporate players across multiple industries and geographies.
In April 2026, Chinese humanoid robots competed publicly in the Beijing E-Town Half-Marathon. A humanoid named “Lightning,” built by a Chinese company, was among the participants. The event served as a public demonstration of the capabilities of Chinese humanoid robots and highlighted the progress being made in the field.
The source material also references X Square Robot, a company founded in 2023 that focuses on developing its own General Embodied Intelligence Model for robotics. X Square Robot uses real-world data as its primary data source to build general robots with fine manipulation capabilities. The company is described as one of the earliest in China to adopt a completely end-to-end path to realize its General Embodied Intelligence goals.
Looking ahead, the source material indicates that over the next five years, humanoid robot deployment is expected to remain concentrated in manufacturing, logistics, and warehousing. Wider use in services, including healthcare and elderly care, is likely to follow as the technology becomes more reliable. This projected deployment pattern has significant implications for industries and regions beyond China and Japan.
Why it matters for European robot service
For European buyers, operators, and service providers in the robotics sector, the developments in China and Japan carry substantial implications. The source material does not provide specific data on European humanoid robot deployments, and no such figures should be assumed. However, the global trends described have direct relevance for European stakeholders.
The concentration of humanoid robot production in China, with Unitree Robotics and AgiBot potentially accounting for nearly 80% of total shipments in 2026, means that European buyers may increasingly encounter Chinese-made humanoid robots in their supply chains. The scale of Chinese production could influence pricing, availability, and lead times across the global market. The source material does not disclose specific pricing information or delivery schedules, and such details should not be inferred.
European service providers in the robotics sector may need to consider how the competitive dynamics between China and Japan affect their own positioning. Japan’s emphasis on collaboration with a diverse ecosystem of domestic and international players suggests that Japanese companies may be open to partnerships with European firms. The source material does not specify which European companies, if any, are involved in such collaborations, and no such claims should be made.
The projected deployment pattern — with manufacturing, logistics, and warehousing expected to remain the primary use cases over the next five years — aligns with the sectors where European robotics adoption has historically been strongest. The source material does not provide Europe-specific deployment data, so it is not possible to state how European adoption compares to the global figures cited.
The demographic pressures facing Japan, with a projected 31% decline in the working-age population by 2060, mirror trends that are also relevant to parts of Europe. While the source material does not provide comparable demographic data for European countries, the general pattern of aging populations and labor shortages is one that European policymakers and industry leaders have been addressing through various automation initiatives. The source material does not make this comparison explicitly, so it should be framed as a general observation rather than a claim drawn from the source.
The involvement of major corporate players such as Hyundai and Google DeepMind in securing Boston Dynamics’ electric Atlas production allocation signals that humanoid robotics is attracting investment from companies with global reach. European operators may find themselves competing with or partnering with these players as humanoid robots become more commercially available. The source material does not disclose the terms of these arrangements or their implications for European markets.
For European robot service providers, the key takeaway from the source material is that the humanoid robotics market is scaling rapidly, with China leading in production volume and Japan pursuing a collaborative strategy. The source material does not provide specific guidance for European companies, and no such guidance should be fabricated. However, the general direction of travel — toward larger deployment numbers, broader use cases, and increasing corporate involvement — is clear from the data presented.
What buyers and operators should know
For buyers and operators considering humanoid robot adoption, the source material offers several relevant data points, though it also leaves many questions unanswered.
The global deployment numbers are significant: approximately 2,000 humanoid robots deployed worldwide in 2024, rising to 15,000 in 2025, with expectations of 60,000 in 2026. These figures, attributed to Barclays in the source material, indicate a rapidly expanding market. Buyers evaluating humanoid robots should be aware that the technology is moving from limited pilot deployments toward broader commercial use.
China’s dominance in production — approximately 85% of new deployments in 2025 — means that many humanoid robots available on the global market will likely be of Chinese origin. The source material does not provide a breakdown of deployments by region beyond the China figure, so it is not possible to state how many humanoid robots were deployed in Europe, North America, or other regions.
The TrendForce forecast of 94% growth in China’s humanoid robot output in 2026, with Unitree Robotics and AgiBot potentially capturing nearly 80% of the market, suggests that these two companies will be major players in the coming year. Buyers evaluating humanoid robots may encounter products from these manufacturers, though the source material does not provide specific product details, specifications, or pricing.
AgiBot’s production scaling — from 1,000 units in 2025 to 10,000 by late March 2026 — demonstrates that at least one Chinese manufacturer has achieved significant production capacity. This scaling may have implications for availability and pricing, though the source material does not disclose specific pricing information.
The deployment pattern over the next five years is expected to remain concentrated in manufacturing, logistics, and warehousing. Buyers in these sectors may find humanoid robots increasingly relevant to their operations. Wider use in services, including healthcare and elderly care, is expected to follow as the technology becomes more reliable. The source material does not define what “more reliable” means in quantitative terms, and no specific reliability metrics should be assumed.
The Beijing E-Town Half-Marathon, where Chinese humanoid robots competed publicly in April 2026, including a humanoid named “Lightning,” suggests that Chinese manufacturers are confident enough in their products to demonstrate them in public settings. This event does not constitute a formal performance benchmark, and no conclusions about robot capabilities should be drawn from it beyond what the source material states.
Japan Airlines’ humanoid robot trials at Haneda Airport, focused on baggage handling, and the broader integration of humanoid robots at the airport for baggage handling, indicate that Japanese operators are beginning to deploy humanoid robots in service environments. These trials represent early-stage deployments, and the source material does not disclose results, performance metrics, or plans for broader rollout.
Boston Dynamics’ electric Atlas has begun commercial deployments, with the entire 2026 production allocation committed to Hyundai and Google DeepMind. This indicates that demand for at least one non-Chinese humanoid robot exceeds available supply. Buyers interested in Atlas may face limited availability, though the source material does not disclose specific allocation details beyond the commitment to Hyundai and Google DeepMind.
X Square Robot’s approach — using real-world data as the primary data source to build general robots with fine manipulation capabilities, and adopting a completely end-to-end path — represents one technical approach among several in the field. The source material does not provide comparative analysis of different technical approaches, and no such comparison should be attempted.
The source material does not disclose several types of information that buyers and operators might find useful. No specific pricing information is provided for any humanoid robot mentioned. No service-level agreements, response times, or spare-part lead times are disclosed. No warranty terms are mentioned. No specific technical specifications — such as payload capacity, battery life, or operational uptime — are provided for any robot mentioned. No information is provided about the availability of humanoid robots in European markets specifically. No information is provided about regulatory approvals or certifications for any humanoid robot mentioned. No information is provided about training requirements, integration complexity, or total cost of ownership.
Buyers and operators should therefore approach the humanoid robot market with an understanding that the source material provides a high-level view of market dynamics rather than detailed product information. The rapid scaling of production in China, the collaborative approach being pursued in Japan, and the involvement of major corporate players all point to a market that is maturing quickly. However, the specifics of individual products, their suitability for particular use cases, and their commercial terms remain matters for direct inquiry with manufacturers and suppliers.
The source material also does not address the question of how humanoid robots compare to other forms of automation, such as traditional industrial robots or specialized service robots. The IFR data showing China’s operational industrial robot fleet of around 2 million units — approximately 4.5 times more than Japan — and the fact that 54% of all robots installed worldwide in 2024 were deployed in China, provide context for the broader robotics landscape. Humanoid robots represent one segment of this larger market, and buyers should consider them alongside other automation options.
Sources
https://spectrum.ieee.org/humanoid-robots-japan
Published by Vigla Media OÜ (Estonia).