Fourier GR-2 by Fourier
UNK.
China China
Fourier Humanoid

Fourier GR-2

Fourier GR-2 is a 1.75 m humanoid with 53 DoF, 12-DoF tactile hands and 380 Nm actuators for dexterous manipulation — built for healthcare and research, and integrated by Nexon System.

Last updated: 04 Feb 2026

Overview

Fourier GR-2 is the second-generation flagship from Fourier, advancing the company's rehabilitation-robotics heritage into a highly dexterous, research-ready humanoid. At 1.75 m and 63 kg with 53 degrees of freedom, GR-2 is engineered for precise, human-scale manipulation and safe interaction.

Dexterity defines the platform. Twelve-degree-of-freedom tactile hands, force sensors, cameras and depth sensing give GR-2 the touch and vision feedback needed for delicate tasks, while powerful 380 Nm actuators deliver strong, controlled motion. An SDK compatible with NVIDIA Isaac Lab, ROS and MuJoCo, backed by AI-driven control, makes it a genuinely developer-friendly humanoid robot, and its dexterous hands set it apart for manipulation research and assistive work, with around two hours of runtime per charge.

GR-2 targets research, healthcare, education and hospitality, where fine manipulation and human interaction matter most.

Nexon System deploys GR-2 for research institutions, healthcare providers and enterprises across Southeast Asia: commissioning, manipulation and application programming, integration with clinical or facility systems, and support. To explore dexterous humanoid automation, talk to Nexon.

Technical Specifications

ManufacturerFourier
Country of OriginChina
ClassificationHumanoid
Height1.75 m
Weight63 kg
Degrees of Freedom (DoF)53
Battery Life120 mins
SensorsIncludes tactile sensor arrays on hands, force sensors, cameras, and depth sensors for comprehensive perception and adaptive manipulation.
ActuatorsEquipped with FSA 2.0 intelligent actuators delivering peak torques exceeding 380 Nm, providing precise, powerful, and energy-efficient joint control.
Software / OSClosed Source · SDK compatible with NVIDIA Isaac Lab, ROS, Mujoco. AI-driven control and perception modules. Support for force-feedback and tactile sensor integration. Cloud-based updates and developer tools. · Integrated high-performance computing modules support AI inference, sensor fusion, and real-time control, enabling complex autonomous behaviors.
Nexon IntegrationFull support – Installation, Programming & Maintenance

Applications & Use Cases

ResearchHealthcareEducationHospitality
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What Nexon Provides

  • 🔧 Hardware Installation & Calibration
  • 💻 Custom Software Programming
  • 🗺️ Environment Mapping & Localization
  • 🔗 API & WMS System Integration
  • 🛡️ Safety Compliance & Certification
  • 📞 24/7 Remote Support