The backbone of the next generation of humanoid robotics
At HANNOVER MESSE 2026, Schaeffler, the current HERMES AWARD winner, and the Swiss company Hexagon Robotics sealed a technology partnership. The partners agreed that, following a successful pilot program, Schaeffler will deploy approximately one thousand AEON humanoids across its global production network over the next seven years; simultaneously, Schaeffler will supply Hexagon with high-precision actuators to be integrated into the AEON systems.
29 Apr 2026Share
The agreement signed in Hanover combines three elements that are crucial for the industrial deployment of humanoid systems: robot platform, key components, and real-world production data. According to Hexagon, AEON has already demonstrated the ability to operate a multi-machine station, load and unload parts, and perform inspection tasks in a real-world production environment during a pilot phase. Further applications, including automated parts inspection, are set to be rolled out starting in late 2026. “We are very pleased that our AEON humanoid is now moving into real-world production,” says Arnaud Robert, President of Hexagon Robotics, adding: “The collaboration with Schaeffler enables us to create measurable business value in various factory environments and scale our activities.”
Both User and Supplier
Here, a global industrial and automotive supplier is not only investing in humanoid robotics but is also entering the value chain as a component supplier. Schaeffler is thus positioning itself in two ways: as a user to increase efficiency in its own plants and as a supplier for an emerging robotics ecosystem. At the heart of the partnership are rotary actuators for key joints such as shoulders and elbows. The platform combines electric motors, power electronics, encoders, and, depending on the application, planetary or shaft gearboxes.
HERMES AWARD 2026 for Actuator Platform
With this, Schaeffler is taking control of one of the key cost and performance levers in humanoid robotics. “Our innovative actuator platform is the technological backbone for the next generation of humanoid robotics. With it, we are laying the foundation to make humanoid robotics scalable for mass production,” says Dr. Jochen Schröder, Executive Board Member for Production, Supply Chain Management, and Purchasing at Schaeffler AG. In its own presentation, the company notes that actuators can account for around 50 percent of a humanoid robot’s total costs. Schaeffler’s actuator platform for humanoid robots, which was honored with the HERMES AWARD at the opening of HANNOVER MESSE 2026, is designed to reduce installation space by around 20 percent and save weight, while maintaining high continuous torque.
HANNOVER MESSE as a Platform for Industrial Ecosystem Development
As a platform for industrial ecosystem development, HANNOVER MESSE 2026 explicitly focused its robotics section on bringing suppliers together with investment decision-makers. Against this backdrop, the Schaeffler-Hexagon agreement is an example of how the trade fair not only showcases technologies but also highlights value-creation partnerships.
Real Production Data as the Key to Value Creation with Humanoids
Humanoid robots have long been seen as a promise for the future. The difference with Schaeffler and Hexagon lies in their industrial focus. The focus is specifically on repeatable tasks in factory environments, data from real-world processes, and a multi-year rollout across multiple plants. Hexagon explicitly emphasizes that real production data is key to transferring AEON to new use cases and production environments more quickly.
Consequently, investment decision-makers in industry no longer view humanoid robotics merely as a long-term research topic. Relevant areas of evaluation now include specific application categories such as machine loading, parts handling, visual inspection, internal material flows, and tasks involving ergonomic or staffing bottlenecks.
Schaeffler-Hexagon Partnership as a Signal to the Industry
Industrial companies can draw three conclusions from this development. First: The economic viability of humanoid robotics will depend heavily on components such as actuators, sensors, power supply, and maintainability—not solely on AI models. Second: Scaling requires real production data—those who establish pilot environments early can build learning curves. Third: The question is not whether humanoids will replace traditional industrial robots, but where they will complement existing automation—especially in tasks that involve many variations and have been difficult to automate until now. The Schaeffler-Hexagon partnership thus sends a signal to the industry: Humanoid robotics is moving beyond mere innovation communication and is increasingly becoming a strategic issue for production, supply chains, and platforms.
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