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GR-1
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GR-1

General-purpose humanoid robot by Fourier Intelligence

UnverifiedPaid DeploymentReleased 2023

Price

Price not publicly disclosed

A firm price is shown only when the public evidence has been verified.

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Key facts

Values reflect the public record

Height
1650 mm
Weight
55 kg
Payload
50 kg
Degrees of freedom
40+
Runtime
No public data documented
Max speed
5 km/h

Canonical robot record

Overview

The GR-1 is a human-sized bipedal humanoid robot from Fourier Intelligence, which describes it as the first mass-produced humanoid robot in the industry. The robot is built around a highly bionic body designed to reproduce human-like ranges of motion, supported by an extensive library of predefined motions for actions such as twisting, squatting, and gripping.

At the core of the platform is Fourier's Smart Actuator (FSA) technology, which integrates the motor, driver, reducer, and encoder into a single module to deliver dynamic and precise movement. A pure-vision perception solution combining BEV, Transformer, and Occupancy Network approaches lets the robot interpret its surroundings using multiple RGB cameras and build a real-time three-dimensional understanding of its environment.

Fourier positions the GR-1 as a general-purpose platform suitable for research and education, service and guiding roles, entertainment, industrial and logistics work, and healthcare and rehabilitation. The company highlights adoption by leading research institutions as evidence of the platform's maturity.

RoboZaps maintains this record as part of its canonical robotics database. Specs are source-verified where linked; the record compares public facts across manufacturers rather than representing a single robot maker.

Spec sources
0 linked
Verification
Unverified
Deployment
Paid Deployment
Last verified
Jun 29, 2026

Key Features

  • Fourier Smart Actuator (FSA) modules that combine motor, driver, reducer, and encoder into single integrated joints
  • Pure-vision perception stack using multiple RGB cameras to generate a real-time 3D occupancy understanding of the environment
  • Large-language-model integration for task automation and more natural human-robot conversation
  • Highly bionic, human-sized body with a broad library of predefined motions for actions like twisting, squatting, and gripping
  • Built-in emotional/expression systems and high-resolution displays for interaction

Reviews & analysis from the RoboZaps blog

Editorial analysis lives on the blog; this database record stays focused on verified facts.

Specifications

Grouped technical data with source detail available on demand.

7 documented values

Mechanics

Degrees of Freedom40+
Unverified
LocomotionBipedal
Unverified

Performance

Max Speed5 km/h
Unverified
Payload Capacity50 kg
Unverified

Physical

Height1650 mm
Unverified
Weight55 kg
Unverified

Sensing

SensorsDepth cameras, force sensors, IMU
Unverified

Deployment and commercial evidence

Deployment evidence

Fourier GRX Client SDK — GitHub

Fourier Intelligence released the GRX client SDK for GR-1/GR-2 on GitHub with Python package on PyPI, confirming commercial availability and developer ecosystem.

Press ReleasePaid DeploymentView source (opens in a new tab)

Integration & SDK

ROS support
Supported
SDK available
Supported
Supported platforms
Linux, ROS, Python (fourier-grx on PyPI), NVIDIA Isaac Lab

Support & service

Regions

Asia PacificNorth AmericaEurope
TierResponse timeSLA
Standard72 hrs

Media

Manufacturer

Fourier Intelligence

Developer of rehabilitation robotics and humanoid robots, including exoskeletons and the GR-1 general-purpose humanoid robot.

Headquarters
Shanghai, China
Founded
2015

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