$2,700
Inspire Robots Dexterous Right Hand (RH56F1-E2R) is a Robot Accessory from INSPIRE ROBOTS. Applications and Use Cases Humanoid robots and wheeled manipulators A right-hand dexterous end-effector such as RH56F1-E2R is commonly used on humanoids and mobile manipulators to enable: two-handed object handoff and stabilization, tool holding and basic.
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Inspire Robots Dexterous Right Hand (RH56F1-E2R) is a Robot Accessory from INSPIRE ROBOTS. Applications and Use Cases Humanoid robots and wheeled manipulators A right-hand dexterous end-effector such as RH56F1-E2R is commonly used on humanoids and mobile manipulators to enable: two-handed object handoff and stabilization, tool holding and basic tool use, coordinated manipulation where one hand stabilizes and the other performs a fine motion.
Inspire Robots Dexterous Right Hand (RH56F1-E2R) is a Robot Accessory from INSPIRE ROBOTS. Applications and Use Cases Humanoid robots and wheeled manipulators A right-hand dexterous end-effector such as RH56F1-E2R is commonly used on humanoids and mobile manipulators to enable: two-handed object handoff and stabilization, tool holding and basic tool use, coordinated manipulation where one hand stabilizes and the other performs a fine motion.
Manufacturer-facing descriptions for the RH56 dexterous hands commonly cite 6 degrees of freedom (DOF) and 12 motor joints, reflecting a design intended to reproduce practical human grasp patterns (e.g., power grasp, pinch grasp, tripod-style grasps) rather than full independent actuation for every finger segment.
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The points below summarize model-specific information supported by manufacturer, regulatory or technical documentation.
Applications and Use Cases Humanoid robots and wheeled manipulators A right-hand dexterous end-effector such as RH56F1-E2R is commonly used on humanoids and mobile manipulators to enable: two-handed object handoff and stabilization, tool holding and basic tool use, coordinated manipulation where one hand stabilizes and the other performs a fine motion (e.g., turning, aligning, repositioning).
Manufacturer-facing descriptions for the RH56 dexterous hands commonly cite 6 degrees of freedom (DOF) and 12 motor joints, reflecting a design intended to reproduce practical human grasp patterns (e.g., power grasp, pinch grasp, tripod-style grasps) rather than full independent actuation for every finger segment.
Commonly cited benefits of the RH56 dexterous-hands family include 6 DOF, 12 motor joints, mixed force/position control concepts, and RS485-based integration—features aimed at human-like grasping and stable manipulation in research and robotics development.
As part of the RH56 family, it is positioned for humanoid robots and manipulation R&D, with published family parameters such as 6 DOF, 12 motor joints, and RS485-based integration supported by formal manuals and instructions.
Kinematics and actuation (family-level) Degrees of freedom (DOF): 6 Motor joints: 12 Actuation concept: RH56-series documentation describes an integrated design that combines compact actuators and embedded control/communication features intended for dexterous grasping.
Suitability depends on the exact configuration, compatible systems, intended professional use and manufacturer instructions.
Evaluate Inspire Robots Dexterous Right Hand (RH56F1-E2R) for the documented robotics workflow supported by its exact hardware, payload and software configuration.
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The table summarizes confirmed model and technical information confirmed from product specifications and technical documentation. Configuration-sensitive values should be checked against the exact supplied unit.
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Technical or regulatory resource relevant to Inspire Robots Dexterous Right Hand (RH56F1-E2R) evaluation.
Key questions for evaluating Inspire Robots Dexterous Right Hand (RH56F1-E2R) before purchase.
Applications and Use Cases Humanoid robots and wheeled manipulators A right-hand dexterous end-effector such as RH56F1-E2R is commonly used on humanoids and mobile manipulators to enable: two-handed object handoff and stabilization, tool holding and basic tool use, coordinated manipulation where one hand stabilizes.
Exact robot model, revision and manufacturer part reference; Payload, reach, mobility, speed or working-envelope requirements relevant to the application; Battery, charging, runtime and power requirements where applicable.
No. Hardware revision, software, accessories, modules, handpieces, probes or other options can vary. The written quotation and exact-unit identification should define the supplied configuration.
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