Inspire Robots 5-Finger Robotic Dexterous Hand - RH56E2 (RH56DFTP for Unitree G1, H2 Humanoid Robot)
Inspire Robots 5-Finger Robotic Dexterous Hand - RH56E2 (RH56DFTP for Unitree G1, H2 Humanoid Robot)
Inspire Robots 5-Finger Robotic Dexterous Hand - RH56E2 (RH56DFTP for Unitree G1, H2 Humanoid Robot)
Inspire Robots 5-Finger Robotic Dexterous Hand - RH56E2 (RH56DFTP for Unitree G1, H2 Humanoid Robot)
Inspire Robots 5-Finger Robotic Dexterous Hand - RH56E2 (RH56DFTP for Unitree G1, H2 Humanoid Robot)
Inspire Robots 5-Finger Robotic Dexterous Hand - RH56E2 (RH56DFTP for Unitree G1, H2 Humanoid Robot)
Inspire Robots 5-Finger Robotic Dexterous Hand - RH56E2 (RH56DFTP for Unitree G1, H2 Humanoid Robot)

Inspire Robots 5-Finger Robotic Dexterous Hand - RH56E2 (RH56DFTP for Unitree G1, H2 Humanoid Robot)

Sale price$8,900.00

Tactile Sensor:With tactile Sensor
Communication:RS485
Color and Hand:Black Left Hand
Quantity:

RH56E2 — Key Specifications

Control & Electrical

  • Control interface: RS485 / CAN / Modbus TCP

  • Operating voltage: 24 V ±10%

  • Quiescent current: 0.25 A

  • Peak current: 4 A

Mechanical

  • Finger configuration: 5-finger anthropomorphic hand

  • Degrees of freedom (DOF): 6

  • Number of joints: 12

Physical

  • Weight: 790 ± 10 g

  • Available versions: Left or right hand

Accuracy & Force

  • Repeatability: ±0.20 mm

  • Thumb fingertip strength: 30 N

  • Finger fingertip strength: 28 N

  • Force resolution: ±0.05 N

Motion Performance

  • Thumb lateral rotation range: 75° – 170°

  • Thumb lateral rotation speed: >130°/s

  • Thumb flexion speed: >130°/s

  • Four-finger flexion speed: >200°/s

Sensors

  • Force sensors: 6

  • Tactile sensors: 5/ 17 depending on configuration

  • Tactile sensing range: 0–30 N

  • Tactile sensor accuracy: ≤5% FS

Other

  • Maximum fingertip pressure: 8 kg

  • Hand closing time: ~0.8 s

Key Features

  • Integrated multi-point tactile sensing (up to 17 sensors) for grasp feedback

  • High-precision force control and manipulation

  • Designed for humanoid robots, AI research, manipulation experiments, and robotic arms