Kollmorgen outlines humanoid motion scaling at RoboBusiness

Humanoid robot companies have reached a critical inflection point: working prototypes are becoming more common, but the path to scalable, manufacturable production remains unclear. Kollmorgen identifies the core issue as one of timeline misalignment—software teams can rapidly iterate, but the motion systems (actuators, motors, drives, precision components) that physically move a humanoid require substantially longer lead times. This is not a novel engineering problem in isolation; rather, it is a systems-integration challenge where each body zone (arm, leg, torso, hand) has distinct mechanical and control demands that cannot be solved with a single standardized approach.

By framing the problem as zone-by-zone rather than monolithic, Kollmorgen signals that humanoid OEMs need specialized motion partners who understand both the unique constraints of each subsystem and the path to volume manufacturing. Yoshi Umeno, who brings experience working with leading global humanoid makers, will present a practical framework for evaluating such partnerships—essentially, a decision tree for which motion solutions fit each zone and how co-engineering support can compress the prototype-to-production cycle. The presentation's timing at RoboBusiness, an event aimed at commercial robotics developers across manufacturing, healthcare, agriculture, and logistics, underscores that this bottleneck is becoming a widely recognized industry constraint as humanoid adoption moves beyond research labs.