Humanoid robots are no longer just dancing for the cameras; they are starting to clock in for work.
Smart Analytics Global (SAG) estimates that global humanoid robot shipments reached about 19,100 units in the first half of 2026, up 272% from a year earlier.
The growth is also reshaping the market’s leadership. Shanghai-based AGIBOT shipped about 8,400 robots, giving it 44% of global shipments and pushing it ahead of Unitree Robotics, which shipped about 5,900 units for a 31% share. Together, the two companies accounted for roughly three-quarters of worldwide shipments.
China’s lead extends beyond its biggest manufacturers. Chinese vendors accounted for more than 97% of global humanoid robot shipments during the period, while Chinese customers represented more than 85% of global demand, SAG said.
SAG expects worldwide shipments to approach 60,000 units for all of 2026, with industry revenue reaching about $1.6 billion. It forecasts shipments could reach 500,000 units by 2030.
Robots are moving into the workplace
The most important change may not be the number of robots sold, but where they are being used.
Industrial and commercial applications represented more than 70% of shipments in the first half, compared with about 50% a year earlier, SAG said. Manufacturing, logistics, warehousing and other controlled environments are emerging as the industry’s main route to commercial scale.
“Global humanoid robot shipments nearly quadrupled in 1H 2026, but an equally important shift is taking place in how these robots are being deployed,” Linda Sui, founder and principal at SAG, said in the report.
AGIBOT’s broader product lineup has helped it target industrial and commercial customers, while research, education and performance applications continue to represent a meaningful portion of Unitree’s deployments, according to SAG. Other Chinese manufacturers are also pursuing wheeled designs, which may prioritize stability and cost in structured workplaces.
China’s manufacturing advantage
China’s dominance reflects more than government support. The country has a large manufacturing base, domestic suppliers and a huge pool of industrial environments where robots can be tested and refined.
That combination could create a powerful feedback loop: more robots deployed in factories and warehouses can generate more operational experience, while domestic manufacturing can help companies improve designs and lower costs. But shipment numbers alone do not prove that humanoid robots are ready for widespread use. SAG said challenges remain around training data, AI models, reliability, manipulation accuracy, safety and cost.
The volume race has limits
The industry’s biggest question is whether rapid hardware production can keep pace with improvements in the software and AI controlling these machines.
SAG does not expect general-purpose humanoid robots for household tasks to reach meaningful mass-market scale within the next five years. More human-like robots designed for interaction and companionship also face questions around cost, consumer acceptance and regulation.
Geopolitics adds another complication. Recent US restrictions generally prevent new foreign-produced advanced robotic devices from receiving the FCC authorization needed for importation or sale. Previously authorized models remain unaffected, and conditional approvals are possible, but the rules could still make U.S. expansion harder for Chinese manufacturers.
For now, China’s shipment lead is undeniable. But the next stage of competition will depend less on how many robots leave factories and more on whether those machines can reliably perform useful work at an economically viable cost.
Read more: Chinese EV makers are racing Tesla to mass-produce humanoid robots, further expanding China’s lead in the global robotics industry.