Forbes Reports Hexagon and Schaeffler Plan to Deploy Humanoid Robots

Forbes reported on October 9, 2026, that Hexagon will deploy 1,000 humanoid robots at a Schaeffler plant. The report says this is not a simple replication of the deployment.

If the report of 1,000 robots is accurate, the plan would be based on repeated use inside factories, rather than remaining at the consideration stage. Deploying humanoid robots at scale makes not only robot performance but also adapting them to factory floors and maintaining them a challenge.

What stands out in this report is its emphasis on a scale of 1,000 robots, rather than a demonstration involving one or a few units. However, the report describes it as not a “copy-paste process,” suggesting that the deployment procedures and work design must be refined to suit conditions at each site, rather than installing identical robots uniformly. The success of humanoid robots depends not only on their performance but also on how they fit into processes, handle exceptions, meet safety requirements and are maintained. The key issue, therefore, is how to standardize deployment, rather than the number of robots alone. Viewed alongside related articles from us, the August 19 report, Hexagon begins training AEON humanoids at Schaeffler plant, described an initial phase of gathering data on site. It was followed by an August 13 announcement, Schaeffler unveils molded strain wave gear for humanoid robots, suggesting parallel efforts to prepare the robots’ training environment and the components. The latest report can be read as a progression from “training” to “deployment at scale,” but whether the results of training can be extended to 1,000 robots is a separate question. As we have noted before, accumulating and standardizing data from real-world operations are prerequisites for wider adoption, an issue also raised in China’s humanoid robot industry focuses on supply constraints. From an industry perspective, the report suggests humanoid robots are moving from being “products” toward becoming part of “factory operating systems.” If deployment reaches 1,000 units, what is needed will include not only the robots themselves but also training data, maintenance parts, factory safety rules and uptime management. The Schaeffler-Hexagon pairing can be seen as an example of connecting expertise in mechanical components and measurement and spatial awareness with factory deployment design, though how far this can be standardized remains unclear. The points to watch are the processes targeted for deployment, its timing and the division of operational responsibilities.

In Japan, this report is likely to raise questions about factory deployment design, component supply and measurement technology. Public information does not specify which processes the robots will be used in, but for companies with adjacent technologies such as strain wave gears and measurement systems, adapting to operational standards may matter more than competing on the performance of individual robots.