RH56DFX
The RH56DFX is a dexterous humanoid robot hand from Inspire Robotics featuring an innovative linear drive design with six miniature linear servo actuators and six integrated pressure sensors. It offers 6 degrees of freedom and 12 motor joints to mimic human hand motions, enabling accurate grasping via hybrid force-position control. With moderate speed and large grip force, it supports ROS integration and is ideal for robotic grasping operations in humanoids and prosthetics.
Robot Specifications
- Physical & Basic InformationPhysical & Basic
- Performance, Sensing & Control
- Software, Logistics & Integration
Hand Type
anthropomorphic
Intended Robot Type
humanoid
Number of Fingers
5
Status
commercial
Thumb Config
opposable
Total DOF
6
DOF Per Finger
12 motor joints total (2.4 avg per finger)
Independent Actuators
6
Underactuated Design
yes
Palm Width (mm)
85
Hand Length (mm)
200 mm
Hand Thickness (mm)
48 mm
Weight (g)
550 g (Net hand weight); 980 g (Package weight)
Materials
aluminum frame, silicone finger pads, tendon cables
Finger Link Segments
3 segments per finger
Finger Joint Types
Revolute; Linkage-driven (No tendons)
Actuator Type
micro linear servo
Actuator Location
in-hand
Available Countries
China, USA, Germany, Japan, India
Image Gallery
Below images are from Inspire Robotics's official sources
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Frequently Asked Questions
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Q1. What is the humanoid robot hand RH56DFX, and what problem does it solve?
The RH56DFX is a five-finger dexterous robotic hand developed by Inspire Robotics, featuring 6 degrees of freedom and 12 joints. According to the manufacturer, it addresses limitations of parallel-jaw grippers by enabling diverse grasps like pinch and power grasps for robotic arms and humanoid platforms.
Q2. What are the main capabilities and key features of RH56DFX?
The RH56DFX incorporates an innovative linear drive design with six micro linear servo actuators, hybrid force-position control, and integrated pressure sensors. According to Inspire Robotics, it simulates human-like grasping with moderate speed and self-locking on power-off.
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