DH11 Context
Overview
Context
Market context
PUDU DH11 is Pudu Robotics' 11-DoF five-finger dexterous hand for semi-humanoid and humanoid robots.
Target environment: Humanoid platforms, service robots, manipulation labs and robot arms needing compact human-like end-effectors. Workflow context: Dexterous grasping, tactile interaction, object handling, twisting, pulling, pushing and pressing tasks. Customer context: Robot builders, Pudu X-Lab teams, humanoid integrators and researchers comparing dexterous hand options. Deployment model: Commercially presented manipulation subsystem in Pudu's embodied-AI robot line. Commercial maturity: Public product with official specifications and positioning around tactile sensing and cable-driven structure. Adoption constraints: Adoption depends on force output, tactile reliability, finger durability, control interface, size and integration with target robots. Market position: Service-robot OEM moving into reusable humanoid manipulation hardware for its own and potentially adjacent robot systems. Adjacent products: Linker Hand L20, AGILINK OmniHand, DexRobot DexHand021 Pro, Inspire RH56DFX
Workflow
Dexterous grasping, tactile interaction, object handling, twisting, pulling, pushing and pressing tasks.
Deployment environment
Humanoid platforms, service robots, manipulation labs and robot arms needing compact human-like end-effectors.
Specifications
Total degrees of freedom: 11 Form Type: Five-finger dexterous robotic hand Motor Count: 6 motors Tactile Sensing: 12 tactile sensing areas across palm, four fingers and thumb Max Grip Force: 30 N Max Lifting Load: 40 kg Finger Bend Speed: 150 deg/s Thumb Bend Speed: 191 deg/s Manipulation: Gripping, pinching, twisting, pulling, pushing and pressing Target Applications: Specialized robots, semi-humanoid robots and humanoid robots Weight: 500 g Configuration: 5-fingered anthropomorphic hand Grip Force: ~30 N (finger/palm) Active Dof: 6 Passive Dof: 5 Tactile Sensing Areas: 12 regions (palm + fingers + thumb) Tactile Resolution: ~1,018 tactile sensor pixels Sensing Type: Visuo-tactile / pressure sensing Durability: Cable-driven structure with steel strands for wear resistance Environmental: Dust + water resistant (not IP-rated publicly) Weight: 0.45
Tags
Peer Group: Robot hands, Robot hand components Workflow: End-effector manipulation Capability: Tactile Dexterity, Tactile sensing, Robotic grasping, Tactile feedback, Dexterous manipulation Stack Layer: Manipulation stack
View DH11 overview