Humanoid robots are beginning to move beyond research labs and technology demonstrations, with manufacturers increasingly testing them in factories, warehouses and other professional environments.
According to the International Federation of Robotics (IFR), around 7,000 humanoid robots were sold globally in 2025 for industrial and professional service applications. The figure remains tiny compared with the wider robotics industry: about 542,000 conventional industrial robots were installed in 2024, alongside roughly 199,000 service robots. (Reuters)
The significance of the 7,000 figure is less about the absolute number and more about what it represents. The IFR included humanoid robots as a separate category in its statistics for the first time, reflecting the industry’s growing focus on machines designed to operate in environments built for humans.
From laboratory demonstrations to factory floors
Humanoid robots have attracted enormous attention because their body structure allows them to work around existing infrastructure without requiring companies to completely redesign their facilities.
That could make them useful for activities such as moving materials, handling containers, performing repetitive assembly tasks and working alongside conventional automation.
However, most current deployments remain limited. The IFR says many of the humanoids sold during 2025 went to research institutions and companies developing artificial intelligence systems rather than directly replacing workers in large-scale commercial operations. (Reuters)
Automotive manufacturers are among the early industrial adopters, with several companies experimenting with humanoids in controlled manufacturing environments.
China is becoming a major center
China has emerged as an especially important market for humanoid development, with domestic manufacturers, AI companies and robotics startups investing heavily in hardware and embodied AI.
At the same time, the rapid growth has attracted scrutiny. Reuters reported in September that Chinese regulators were slowing the rush of humanoid robotics companies seeking IPOs amid concerns that some valuations and reported revenues could be ahead of actual commercial demand. (Reuters)
That distinction is becoming increasingly important.
A robot performing an impressive demonstration is not necessarily a commercially viable robot. Companies ultimately need machines that can operate reliably, safely and economically over thousands of hours.
The next test is productivity
The robotics industry is therefore entering a new phase in which performance demonstrations are increasingly being replaced by operational metrics.
How many hours can a robot work without intervention? How accurately can it perform repetitive tasks? How much maintenance does it require? Can it operate safely beside humans?
Those questions will increasingly determine how quickly humanoids move from pilot programs into mainstream industrial deployment.
For now, humanoid robotics remains a small part of the overall robot market. But the emergence of measurable commercial deployments suggests that the technology is beginning to transition from experimental research toward real-world industrial applications.