A humanoid robot is a machine built on a human body plan, usually a torso, two arms, and often two legs, so that it can work in spaces designed for people. No ranking can name the best one, because the evidence that exists is a small number of pilots and a safety standard that is still a draft. The International Federation of Robotics (IFR) describes the aim as a general-purpose robot that performs many tasks, and the International Organization for Standardization (ISO) was still circulating a committee draft for self-balancing industrial robots in July 2026.
Key takeaways
- The IFR's July 17, 2025 position paper describes the humanoid goal as one robot that can do many tasks rather than one, partly because buildings and tools are made for human bodies.
- The same IFR release says nothing in its public text about safety standards, costs, or reliability, so those claims need other sources.
- A documented 2023 pilot placed the Digit robot in a Georgia warehouse to move totes, and the sources reviewed give no measured performance figures.
- ISO/CD 25785-1, the draft safety standard for dynamically stable industrial mobile robots, reached stage 30.60 on July 8, 2026, and it excludes robots used outside industrial settings.
What "humanoid" is meant to deliver
The IFR published a position paper titled "Humanoid Robots: Vision and Reality," announced on July 17, 2025. It states the vision as a general-purpose robot that can perform not just one task, but many. It names labor shortages and demographic change in most developed economies as sources of demand, and it says a human-like form may help because many environments are designed around the human body. It also notes that generative AI allows humanoids to learn some tasks from demonstration, which could change how robots are taught new work.
The IFR release cites interest from companies including NVIDIA, Tesla, and Amazon, along with defense funding in the United States and mass-production goals published by China's Ministry of Industry and Information Technology. It contains no market figures or unit forecasts. A separate summary of the paper reports that the IFR sees mass adoption as household helpers as unlikely in the near or medium term and sees strong interest in logistics and manufacturing instead.
One documented pilot: Digit in a warehouse
In December 2023, GXO Logistics and Agility Robotics announced a proof-of-concept pilot of Digit, a bipedal robot, at a SPANX facility in Flowery Branch, Georgia, where GXO runs warehouse operations. According to the announcement as reported by trade press, Digit stands five feet, nine inches (about 175 centimeters), weighs 140 pounds (about 64 kilograms), and can lift up to 35 pounds (about 16 kilograms). The task was narrow: moving totes from autonomous mobile robots onto conveyors.
The companies said the robot needs no redesign of the warehouse beyond what already exists for people, and that they planned to pilot it in more roles in 2024 if the first phase went well. The sources reviewed contain no throughput, error, downtime, or injury figures, and the worker-satisfaction survey cited was a general GXO survey about technology rather than a study of this robot. A pilot like this shows that a task can be attempted in a real building. It does not show cost savings or safety performance.
Why balance changes the safety question
A wheeled cart or a bolted-down arm stops moving when power is cut. A walking robot may not: if its controller fails, it can fall. ISO's draft standard 25785-1, "Robotics: Safety requirements for dynamically stable industrial mobile robots (legged, wheeled, or other forms of locomotion), Part 1: Robots," is aimed at exactly this case. Its abstract covers robots whose balance depends on active control, including bipedal, quadrupedal, and wheeled designs, and it addresses significant hazards during intended use and foreseeable misuse.
| In the draft's scope | Outside the draft's scope |
|---|---|
| Industrial mobile robots with actively controlled stability | Robots used outside industrial settings |
| Legged and wheeled self-balancing designs | Ridden or wearable robots, road vehicles, aerial, marine, and underwater robots |
| Workplaces where public access is restricted | Floor-cleaning robots and robots controlled directly by a human operator |
| Hazards in intended use and reasonably foreseeable misuse | Extreme conditions, hazardous radiation, corrosive settings, nuclear sites, dangerous loads |
The draft is a committee draft under technical committee ISO/TC 299, and a Part 2 on integrating such robots into applications is to be developed separately. A listing from the Institute for Standardization of Serbia records the stage as 30.60 on July 8, 2026. The title speaks of dynamically stable robots rather than humanoids, and the abstract names legged and wheeled designs alike. Robots used in homes or open public spaces fall outside it by design.
How to read a humanoid claim
- Which task was performed, and for how long? A demonstration video shows a task can occur, not that it occurs reliably.
- Was a person guiding the robot remotely at any point?
- Where did it run: a controlled test area, or a live facility with workers nearby?
- Are throughput, error rate, and downtime reported, and by whom?
- Which safety standard applies, and has it been published or is it still a draft?
FAQ
Which humanoid robot is the best?
No source reviewed ranks them. Robots are built for different jobs, and published evidence is mostly pilots with narrow tasks and no independent performance data.
Are humanoid robots already working in homes?
The IFR's assessment, as summarized in secondary coverage, is that mass adoption as household helpers is unlikely in the near or medium term.
Is there a published safety standard for walking robots?
Not yet for self-balancing industrial robots. ISO/CD 25785-1 was still a committee draft as of the July 8, 2026 record found.
Why build a robot shaped like a person?
The stated reason is compatibility with spaces, tools, and workflows made for people. Whether a human shape beats a purpose-built machine for a given task is a separate question the sources do not settle.
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Last verified: October 2026
Sources
- New IFR position paper on humanoid robots published, International Federation of Robotics, July 17, 2025
- ISO/CD 25785-1 project record, Institute for Standardization of Serbia, listing the ISO draft, July 8, 2026
- GXO Begins Pilot of Agility Robotics Digit Robot, Material Handling and Logistics (MH&L), December 8, 2023
- Humanoid Robots: Vision and Reality position paper summary, International Federation of Robotics release distributed by Business Wire, August 14, 2025