Inspire Robots FTP Series RH56DFTP – 5‑Finger Dexterous Hand

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An industrial-grade 5‑finger dexterous hand with 6 degrees of freedom, 12 joints, and 17 tactile sensors distributed across fingertips, finger pads, and palm – delivering real‑time tactile feedback for precise grip optimization. 3 kg fingertip output force, lifespan exceeding 1 million cycles (10× longer than peer products), and 30Hz haptic data refresh rate. Supports Modbus TCP, CAN, and RS485 communication. Ideal for industrial automation, healthcare, new energy, and service robotics. Contact Us for Latest Price

Developed by Beijing Inspire Robots Technology Co., Ltd. – a company established in 2016 with B+ round funding and Beijing “Specialized and Sophisticated” enterprise certification – the FTP Series (Model RH56DFTP) is an industrial-grade 5‑finger dexterous hand that brings human‑like tactile perception and gripping power to robotic systems. Unveiled at the 2024 World Robot Conference, the FTP Series integrates multiple breakthrough technologies, delivering significant advancements in product lifespan, load capacity, and tactile sensing.

Key Features

  • Precise Tactility with Real‑Time Perception – Building on the original built‑in force sensor design, the FTP Series integrates 17 tactile sensor modules across the fingertips, finger pads, and palm. With dual force and tactile sensing, the hand obtains real‑time force feedback from all five fingers and tactile information from every contact surface – optimizing grip actions and enhancing operational precision.

  • Ultra‑Long Lifespan – 1 Million+ Cycles – By upgrading the linear actuator‘s motor to a hollow‑cup brushless motor and replacing the lead screw with a planetary roller screw, core motion component lifespan has been dramatically extended. Combined with extensive structural and control optimizations, the FTP Series achieves a lifespan exceeding 1 million cycles – more than 10× longer than similar products.

  • Powerful Grip – Comparable to Human Hands – Fingertip output force reaches 3 kg per finger, with an overall grip strength exceeding 15 kg. This enables the hand to handle high‑load tasks while maintaining the precision required for delicate operations.

  • High‑Speed Articulation – Thumb lateral rotation range >85°, thumb angular velocity >130°/s, and four‑finger angular velocity >200°/s. Repeat positioning accuracy of ±0.2 mm ensures consistent, reliable performance.

  • Flexible Communication Interfaces – Supports Modbus TCP, CAN (with RS485 optional), providing seamless integration with a wide range of robotic systems and controllers.

Technical Specifications

Parameter Specification
Model RH56DFTP-OL (Left) / RH56DFTP-OR (Right)
Degrees of Freedom 6
Number of Joints 12
Force Sensors 6
Tactile Sensors 17
Control Interface Modbus TCP + CAN (RS485 optional)
Operating Voltage DC 24V ±10%
Static Current 0.15A
Maximum Current 4A
Repeat Positioning Accuracy ±0.2 mm
Weight 790 ±10g
Max Fingertip Output Force 30N (approx. 3 kg)
Thumb Lateral Rotation Range >85°
Thumb Angular Velocity >130°/s
Four‑Finger Angular Velocity >200°/s
Haptic Data Refresh Rate ≥30Hz minimum

Product Highlights – Three Core Advantages 

  1. Precise Tactility, Real‑Time Perception – 17 tactile sensors across fingertips, finger pads, and palm deliver real‑time feedback for optimized grip and enhanced operational precision.

  2. Extended Durability, Reliable Performance – 1 million+ cycle lifespan – more than 10× longer than similar products – ensures long‑term, stable support for demanding industrial applications.

  3. Strong Grip, Similar to Human Hands – 3 kg fingertip output force and 15 kg+ overall grip strength enable handling of both high‑load and delicate tasks.

Key Application Scenarios

Scenario Application Description
Industrial Automation Fine wire harness assembly, precision parts sorting, quality inspection, automated production line manipulation – reduces labor costs and increases efficiency
Healthcare & Medical Surgical assistance, rehabilitation robotics, prosthetic applications – where precision and tactile feedback are critical
New Energy Battery assembly, solar panel inspection, precision handling in energy equipment manufacturing
Service Robotics Humanoid robot integration, customer interaction, dexterous manipulation in retail and hospitality environments
Research & Development Embodied AI research, dexterous manipulation studies, tactile sensing algorithm development
Humanoid Robot Integration Compatible with major humanoid platforms including Unitree G1 and H1 series

Why Choose Inspire Robots FTP Series?

  • Industry‑leading lifespan – 1 million+ cycles, 10× longer than competing products

  • Superior tactile perception – 17 tactile sensors + 6 force sensors for real‑time feedback

  • Human‑equivalent grip strength – 3 kg per fingertip, 15 kg+ overall grip

  • Proven reliability – Built by a Beijing “Specialized and Sophisticated” enterprise with B+ round funding

  • Flexible integration – Supports Modbus TCP, CAN, and RS485 communication protocols

  • Global compatibility – Compatible with major robotic arms and humanoid robot platforms

  • Industrial‑grade durability – Designed for demanding smart manufacturing environments

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