About the Summit

Industrial buyers face a practical challenge: how to evaluate humanoid robots for real production tasks, justify the investment, and build confidence in reliability at scale. Across automotive manufacturing, warehousing, electronics production, and contract manufacturing, humanoid robotics and physical AI offer opportunities to rethink how repetitive and labour-intensive tasks are performed. Successful deployment requires more than selecting a robot. Task variability, workspace conditions, safety requirements, and integration with existing systems all influence what can be achieved. Manufacturers and buyers must assess component reliability, manufacturing scalability, task performance, and total cost of deployment, while establishing clear qualification criteria and safety validation. The commercial case must account for the complete deployment, from integration and training to maintenance and long-term support. Progress depends on connecting technologies with practical operating experience. Joint actuators, precision motion components, dexterous end-effectors, sensing systems, and battery technology each have a role in addressing different industrial requirements. Alongside these components, physical AI, teleoperation, simulation, and fleet management tools can support reliable deployment when their capabilities and limitations are properly understood. The European Humanoid Robotics Summit 2027 (EHRS 2027) brings together robot manufacturers, component and technology suppliers, industrial buyers, systems integrators, research organisations, and investors. Through operator case studies, technical presentations, and panel discussions, the summit will examine how to scale reliable manufacturing, prove industrial value, and turn pilot deployments into repeat orders. Taking place on 28–29 April 2027 in the United Kingdom, EHRS 2027 provides a focused setting for knowledge exchange, supplier engagement, and commercial collaboration. From first deployments to repeat orders, the summit connects the people specifying, building, and purchasing solutions for reliable, cost-competitive humanoid robotics.