Robotics in Manufacturing

Robotics market

About 7,000 full-size humanoid robots were sold in a year

About 7,000. That is how many full-size humanoid robots, those taller than 140 cm, were sold worldwide in 2025, according to the International Federation of Robotics.

Seven thousand is a real market and a small one. The same IFR release counts almost 250,000 professional service robots sold that year and almost 34.2 million consumer robots. Humanoids draw more attention than either, yet IFR's own description is that most current applications remain specialised and often need a person teleoperating the robot.

This page traces the humanoid figure and its definition to the IFR release, sets it beside the rest of the service robot market for scale, and records what IFR says is still holding adoption back.

Data covers Global sales of full-size humanoid robots in 2025, with service robot totals for scale (IFR World Robotics 2026 Service Robots release, September 2026). Published 2026-10-06. Last reviewed 2026-10-06. Last updated 2026-10-06. Edited by Mike Ramsey / Reliable Media.

The figures and where they come from

Each figure is rated for how safely you can cite it today. Ratings judge current usability, not whether a number was ever correct.

FigureWhat it isSourceCitation ConfidenceNotes
about 7,000Full-size humanoid robots sold[A]HighFull-size means taller than 140 cm. IFR describes these as intended for commercial and professional applications beyond research and entertainment.
Often teleoperatedHow they are operated today[A]HighIFR's own caveat: impressive pilot projects, specialised applications, and frequently a human controlling the machine remotely.
Safety, cost, business caseWhat limits adoption, per IFR[A]HighIFR names safety standards, high training and maintenance costs, and the lack of a strong business case, particularly in industrial settings.
almost 250,000Professional service robots sold, for scale[A]HighShown for scale only. The release does not say humanoids are counted inside this total, so do not divide one by the other.
almost 34.2 millionConsumer service robots sold, for scale[A]HighMostly domestic robots. A different market from humanoids, included only to calibrate size.

Why the numbers disagree

Most humanoid numbers in circulation are forecasts, order announcements or funding totals. Those describe expectation and intent. IFR's figure counts units sold in one year, so it measures what happened rather than what is hoped for, and that is why it reads as small next to the headlines.

The definition does real work. IFR counts full-size humanoids above 140 cm, sold for commercial and professional use beyond research and entertainment. A count that took in small research platforms, educational kits or display units would be larger and would not be measuring the same thing.

Sold is not the same as autonomous. IFR says most current applications remain specialised and often require human teleoperation. A humanoid that has been delivered and is working may still have a person steering it, which matters for any claim that humanoids are replacing workers.

How to cite these figures

Cite it as IFR World Robotics 2026: about 7,000 full-size humanoid robots, taller than 140 cm, sold worldwide in 2025.

Keep the definition attached. Full-size, above 140 cm, commercial and professional applications beyond research and entertainment. Dropping it invites comparison with counts that include small research and hobby humanoids.

Do not compute a humanoid share of the service robot market from this release. IFR reports humanoids and professional service robots side by side without saying one sits inside the other.

Where people go wrong

Reading forecasts or order books as sales. They describe intent; the IFR figure counts units sold.

Treating a sold humanoid as an autonomous one. IFR says most current applications often require human teleoperation.

Dividing 7,000 by the professional service robot total to get a market share. The release does not establish that humanoids are part of that total.

How we checked

The humanoid count comes from IFR's World Robotics 2026 service robot release, which previews a special chapter on humanoids in the full report. We took the figure and its 140 cm definition from the release text and did not blend it with company announcements.

The service robot totals appear for scale only. Each is quoted from the same release, and none is used in arithmetic against the humanoid count, because the release does not say how the categories overlap.

The caveats about teleoperation and adoption barriers are IFR's wording rather than our reading, which is why they appear in the table as cited figures instead of as commentary.

Full source list

Primary sources, with live links. Every figure above traces to one of these.

  1. [A]International Federation of Robotics (IFR)September 30, 2026

    IFR, "Global Sales of Professional Service Robots Surge 24%" (World Robotics 2026 Service Robots release)

    https://ifr.org/ifr-press-releases/news/global-sales-of-professional-service-robots-surge-24-percent

Common questions

How many humanoid robots were sold in 2025?
About 7,000 full-size humanoids, taller than 140 cm, were sold worldwide in 2025, according to IFR's World Robotics 2026 service robot release. The count covers commercial and professional applications beyond research and entertainment.
Why is the IFR humanoid figure so much smaller than the headlines?
Because it counts sales. Most humanoid figures in circulation are forecasts, order announcements or investment totals, which describe intent. A count of units sold in a single year is a different measure, and a much smaller one.
Are these humanoids working on their own?
Not necessarily. IFR says most current applications remain specialised and often require human teleoperation, so a deployed humanoid may still be controlled by a person.
What is holding humanoid adoption back?
IFR names safety standards, high training and maintenance costs, and the lack of a strong business case, particularly in industrial settings. It says progress in intuitive programming, robust manipulation, economic scaling and standardised safety is still needed.

More data, traced to source