Allient Inc., a global entity in the design and manufacturing of speciality motion, controls, and power solutions, has today unveiled a new whitepaper focusing on motor technology for humanoid robotics.
Entitled 'A Selection Guide to Motors for Humanoid Robotics Systems', the document addresses the growing shift of humanoid robots from research settings to commercial and industrial use, underscoring the rising need for advanced actuator performance in dynamic contexts.
Motor selection for enhanced stability
The whitepaper delves into how actuators' functionalities such as locomotion, manipulation, balance, and interaction are crucial within humanoid systems. It explores various motor technologies, including frameless, slotless, geared, and direct-drive models.
Additionally, the examination considers crucial performance aspects like torque density, inertia, response behaviour, and thermal constraints, all within compact actuator environments. It further discusses the system-level difficulties, joint-level selection factors, and new trends emerging in humanoid actuation technology.
Industry insights and application
Drawing on decades of expertise in motor and motion technologies, Allient seeks to aid the adoption of humanoid robotics systems in real-world applications. Their focus on high torque density, precise control, and efficient integration underlines the importance of informed motor selection.
Robert Mastromattei, Chief Commercial Officer and Group President at Allient, emphasised the significance of motor selection, stating, “Motor selection has a direct impact on humanoid system performance. This whitepaper highlights key considerations in humanoid actuation and offers insight into selecting motors across different joint functions.”
