Fourier GR-2

Fourier GR-2

Fourier

GR-2 is the second-generation general-purpose humanoid independently developed by Fourier, building on the data and technology accumulated with GR-1 to achieve comprehensive breakthroughs in hardware design, framework development and commercialisation. Whole-body degrees of freedom reach up to 53 (with an optional enhanced 12-DOF dexterous hand), maximum joint peak torque is 436 N·m, walking speed 5 km/h, single-hand load about 3 kg, and standard runtime about 2 hours with a removable battery-swap design. The dexterous hand has up to 12 degrees of freedom per hand with six array tactile sensors supporting force-controlled grasping; the platform supports NVIDIA Isaac Lab, ROS, MuJoCo, Webots and other open-source frameworks, offering more dexterous upper-body manipulation, a stronger power system and a more open development platform.

Rated arm payload
~3 kg
Static runtime
~2 h
Weight
~63 kg
Starting price · GR-2
Not listed
Visit website

Specifications

HardwareGR-2Not listed
Sensing
CamerasStereo camera
IMU6-axis, supporting acceleration and angular velocity measurement
Computing
Main processorIntel® Core™ i7 (14 core)
NPU edge computeOptional 275 TOPS compute unit
Actuation
Full-body degrees of freedomUp to 53 (enhanced 12-DoF dexterous hand, optional)
Arm degrees of freedom7
Leg degrees of freedom6
Dexterous-hand degrees of freedom6
Waist degrees of freedom1
Head degrees of freedom2
Arm payloadapprox. 3 kg
Arm length1520 mm
End effectorIn-house dexterous hand
Power
Battery capacityapprox. 950 Wh
Static runtimeapprox. 2 h
Connectivity
Expansion interfacesType-C, USB3.0
Structure
Body size1750 mm
Weightapprox. 63 kg
Shell materialAluminium alloy + engineering plastic
Source: AI123Source updated

More from Fourier

All robots