Skip to main content Skip to search Skip to navigation

Inspire Robots Dexterous Robotic Hand

Inspire Robotics Dexterous Robotic Hand

  • RH56BFX
  • RH56DFX
  • RH56DFTP
  • RH56DFQ
  • RH56E2

Description

The Dexterous Hands are highly advanced, human-like robotic hands with finely controllable finger joints, designed for demanding gripping and manipulation tasks. Each hand features an innovative structure with multiple miniature servo actuators and integrated force/pressure sensors. Together, these components enable precise, differentiated gripping movements that closely resemble natural human grasping.

With multiple degrees of freedom and motorized joints per hand, the Dexterous Hands can perform a wide range of grasp types – from precision grips such as pinch and tripod grips to powerful, stable holding grips. Through a combination of force and position control, objects of various shapes and properties can be securely and adaptively picked up, held, and moved.

The robotic hands are designed for easy integration into modern robotic systems. They support common control frameworks and provide interfaces for programmable control, making them particularly suitable for robotics research, manipulation research, and humanoid systems.

Depending on the selected model, the behavior of the hands varies: Some variants are designed for high gripping force and robust handling, while others focus on fast and expressive movements or fine motor tasks.

Key Features at a Glance

  • Human-like robotic hand for versatile gripping and manipulation tasks
  • Multiple degrees of freedom and motorized finger joints per hand
  • Integrated force/pressure sensing for sensitive control
  • Combination of force and position control for adaptive grasping
  • Support for common robotics control environments
  • Variants available for different speed and gripping force requirements

 

Technical Comparison of the Dexterous Hands

 

Feature / Model RHBFX RHDFQ RHDFX RHDFTP RHE2
Number of Degrees of Freedom (DOF) 6 6 6 6 8
Motorized Joints 12 12 12 12 16
Gripping Force (approx.) medium high medium medium very high
Speed high medium high variable medium
Integrated Sensors Force & Pressure Force & Pressure Force & Pressure Force & Pressure Force & Pressure + advanced feedback sensors
Control Force & Position Control Force & Position Control Force & Position Control Force & Position Control Force & advanced control
Primary Application fast gripping movements robust load handling standard manipulation fine motor skills & pinch grip high-load manipulators
Structure / Mechanics Aluminum & composite Aluminum & composite Aluminum & composite Aluminum & composite Reinforced structure, aluminum & composite
ROS Integration yes yes yes yes yes
Optional Wrist Module yes yes yes yes yes
Special Features high dynamics high force standard solution highly precise finger control additional gripping axes, reinforced

 

Brief Description of the Models

RHBFX: Highly dynamic robotic hand with a focus on high speed and responsiveness. Well suited for applications involving frequent and rapid gripping and motion changes.

RHDFQ: Version with increased gripping force and a robust design. Ideal for heavy objects or load-handling applications.

RHDFX: All-round model of the Dexterous Hands. Balanced in terms of force, speed, and control.

RHDFTP: Focused on pinch grips and fine motor skills. Particularly suitable for small, precise objects or assembly tasks.

RHE2: Advanced version with additional degrees of freedom and gripping axes. Designed for more complex manipulation tasks or objects with varying form factors.

Reviews

Write the first review for this item and help others make a purchase decision!

There are no reviews yet.

Version 
Wrist 
Control interface 
Tactile sensors 
Side 
Price on request
  • Available immediately

Forum

Discuss topics such as Dynamic Gait Planning, mobile manipulation, SLAM, navigation & HRI. Everything is based on ROS 1.0 & 2.0, Open Source and completely free of charge.

go to Forum

Docs

Access all our open-source projects! Documentation for all robots and ROS-based systems, including code snippets, manuals and application examples.

Go to Documentation

Development
Boards

Almost every robotics or electronics project requires a certain level of logic and control. This can be achieved using active components or complete development boards.