Fourier GR-2 Humanoid Robot – Agile, Intelligent, and Open Architecture
Fourier GR-2 humanoid robot with dual arms, walking on two legs, performing smart object grasping
Fourier GR-2 humanoid robot with performing smart object grasping
Fourier GR-2 humanoid robot walking on two legs,
Fourier GR-2 Humanoid Robot – Agile, Intelligent, and Open Architecture
Fourier GR-2 Humanoid Robot – Agile, Intelligent, and Open Architecture
Fourier GR-2 Humanoid Robot – Agile, Intelligent, and Open Architecture
Fourier GR-2 humanoid robot with dual arms, walking on two legs, performing smart object grasping
Fourier GR-2 humanoid robot with performing smart object grasping
Fourier GR-2 humanoid robot walking on two legs,
Fourier GR-2 Humanoid Robot – Agile, Intelligent, and Open Architecture
Fourier GR-2 Humanoid Robot – Agile, Intelligent, and Open Architecture

Fourier GR-2 Humanoid Robot – Agile, Intelligent, and Open Architecture

AICYBER
$139,999.00 AUD

*** This product is currently unavailable for direct purchase. Please contact us to inquire about availability and pricing. ***

 

Meet the Fourier GR-2, the next-generation bipedal humanoid robot designed for cutting-edge AI research, advanced robotics development, and interactive real-world scenarios. Featuring a high-precision mechanical structure, robust FSA 2.0 actuators, and an open API with Fourier Toolkit support, GR-2 offers unmatched flexibility for developers and institutions. With 12 degrees of freedom in the arms and AI-driven object recognition, it can grasp, analyze, and adapt intelligently in dynamic environments.

Key Features

  • 44 total degrees of freedom with agile upper-limb structure

  • 0.5 m/s walking speed, 250mm step stride

  • Modular arm with precise 12-DOF grasp control

  • Upgraded FSA 2.0 actuator system

  • Open API + Fourier Toolkit for rapid integration

  • Suitable for R&D labs, universities, AI clinics, and educational displays

Use Case Scenarios
Ideal for humanoid robotics research, cognitive interaction demonstrations, AI algorithm training, and humanoid deployment in semi-public environments.