Fourier Robotics offers a full-stack platform for humanoid robot development and deployment, providing advanced hardware like the GR-1 and GR-2 robots alongside a comprehensive software toolkit. Their solutions empower researchers and businesses with integrated robotics technology for applications in research, industry, and healthcare.
Funding
Funding not disclosed
Founders
Product
Problem
The development and deployment of advanced robotics, particularly humanoid robots, require sophisticated full-stack technology. Integrating complex hardware, AI, and control systems presents significant engineering challenges for researchers and businesses seeking to leverage these capabilities.
Solution
Fourier Robotics provides a comprehensive platform for humanoid robot development and application, encompassing both hardware and software solutions. Their offerings include advanced humanoid robots like the GR-1 and GR-2, designed for versatility and ease of integration. The company also offers specialized rehabilitation robotics and biomechanics analysis platforms, such as MetaMotus™ Galileo, to address specific industry needs. By focusing on full-stack robotics technology, Fourier aims to empower users with reliable and accessible robotic systems for research, industry, and healthcare applications.
Target Audience
The primary target audience includes academic research institutions, businesses exploring automation and AI applications, and healthcare providers focused on rehabilitation technology.
Features
- **GR-1 Humanoid Robot:** A mass-produced humanoid robot with a human-sized form factor, featuring 44 joints and a top speed of 5 km/hr, designed for research and general-purpose assistance.
- **GR-2 Humanoid Robot:** An advanced humanoid robot with 53 joints, capable of 5 km/hr speeds, and equipped with 12-DoF dexterous hands featuring six array-type tactile sensors for enhanced manipulation and environmental perception.
- **Fourier Smart Actuator (FSA):** An integrated actuator module combining motor, driver, reducer, and encoder, offering improved performance reliability and reduced system size, with FSA 2.0 providing dual-encoder accuracy and peak torques up to 380 N.m.
- **MetaMotus™ Galileo:** A biomechanics analysis and rehabilitation platform integrating VR and robotics for safer, data-driven training in sports science and physical therapy, featuring a 6-DOF motion platform, motion capture, and force plates.
- **Fourier Toolkit:** An upgraded Software Development Kit (SDK) providing developers with pre-optimized modules and intuitive APIs, supporting frameworks like NVIDIA Isaac Lab, ROS, and Mujoco for streamlined development.
- **Vision Perception System:** Utilizes six RGB cameras with BEV, Transformer, and Occupancy Network integration for real-time 3D environmental mapping and navigation, enhancing robot autonomy.
- **LLM Integration:** Enables human-like interaction and task automation through Large Language Models, supporting intuitive conversation and task execution.