Unitre G1 EDU Professional B (U10)

Core Specifications & Performance

The U10 stands out for its balance of power and high-degree-of-freedom (DoF) articulation, allowing it to perform movements that mimic or even exceed human capabilities.

Key Technical Highlights

• Dexterous Manipulation: The U10 is typically equipped with two BrainCo Five-Finger hands (Revo 2 Basic) or Dex3-1 force-controlled three-finger hands. These include tactile sensors that enable the robot to handle delicate objects—like an egg—or perform precise tool-based tasks.

• Onboard Intelligence: It features a massive upgrade in computing power via the NVIDIA Jetson Orin module, providing up to 100 TOPS of AI performance. This allows for real-time reinforcement learning and complex neural network processing directly on the unit.

• Full-Spectrum Perception: The “head” serves as a sensor hub, integrating a Livox MID-360 3D LiDAR for 360° environmental mapping and an Intel RealSense depth camera for obstacle avoidance and object recognition.

• Advanced Mobility: Beyond walking, the G1 EDU series is known for its “extra-large” joint movement space, enabling it to perform squats, rolls, and recover from falls with high agility.

   

Developer & Educational Focus

The U10 is an open platform, making it a favorite for “Embodied AI” research:

• Secondary Development: Full access to high-level and low-level SDKs.

• Software Support: Native integration with ROS / ROS 2 and Python, allowing researchers to program custom gait, balance, and manipulation algorithms.

• Design: Features “full joint hollow electrical routing,” meaning all cables are internal, protecting the wiring during complex maneuvers and providing a clean, professional aesthetic.

Best Use Cases

• University Labs: Studying human-robot interaction (HRI) and bipedal biomechanics.

• Industrial Automation: Prototyping “pick-and-place” tasks in environments designed for humans.

• Technology Showcases: Demonstrating the current state of humanoid AI at exhibitions or retail environments.