Chinese Humanoid Robot Suppliers Account for Over 95% of Global Shipments
nashnova research
Global humanoid robot shipments hit nearly 25,000 units in H1 2026, up 432% year-on-year, with over 95% built by Chinese suppliers — China now dominates both the supply side and the demand side as the industry shifts from labs to factory floors.
What does 25,000 units actually mean?
Global shipments reached nearly 25,000 units in H1 2026, up 432.1% year-on-year. Market size topped $740 million, up 322.7%.
This means → humanoid robots have crossed from trade-show curiosities into volume delivery. Half a year's shipments rival roughly five times last year's total.
Demand is just as concentrated: China shipped over 19,000 units, accounting for 77.9% of the global total. In plain terms = for every 10 humanoid robots sold worldwide, nearly 8 went to a Chinese buyer.
Who is building them — and who ships the most?
Per IDC, Chinese suppliers accounted for over 95% of global shipments. This reflects a manufacturing base that serves not just the domestic market but overseas customers in volume.
Among individual firms, AgiBot (智元机器人) shipped more than 8,600 units in H1, capturing roughly 35% of global share and over 45% of the Chinese market — ranking first worldwide.
This means → beyond Unitree, AgiBot has emerged as the volume leader. The industry is no longer a one-company story.
Where are these robots actually being used?
In 2025, Chinese humanoid shipments were concentrated in three categories: academic research, exhibition / performance, and government data collection — together 83.8% of the total.
By H1 2026, those three categories had fallen to 69%. Industrial manufacturing, retail, and logistics gained share steadily.
This means → the industry is shifting from "bought for research or demo" to "put to real work" — commercial deployment is accelerating.
Can the supply chain keep up?
Surging shipments are pulling upstream component suppliers into the market: servo motors (motors that drive joint movement), reducers (gearboxes controlling joint speed and torque), dexterous hands, sensors, controllers, and AI compute platforms.
Per the National Business Daily, competition is expanding from single-unit hardware performance to integrated capability across robot design, AI models, perception, control, and component supply chains.
In plain terms = the race used to be "whose robot walks steadiest." Now it is "who can wire together the AI brain, the eyes, the limbs, and the supply chain."
What comes next?
IDC projects global humanoid robot shipments will exceed 750,000 units per year by 2030 — roughly 50% above its earlier forecast.
Key drivers: continued advances in AI capability and broader adoption in manufacturing, logistics, and retail.
This means → supply-chain integration and AI model iteration speed become the defining competitive variables in the next phase. The companies that can run the full chain will capture this growth.
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