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Unitree G1 Edu-U6

Unitree G1 Edu-U6
Product Image
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₹0.00

1 Year

Warranty

7 Days

Replacement

In House

Repairs

Sealed

Packed

Unitree G1 Edu-U6

 

The Unitree G1 Edu-U6 is an advanced humanoid robotics platform designed for education, research, AI development, and training environments. It delivers smooth, human-like motion with high-precision servo motors, a strong structural design, and intelligent control systems. Built for universities, robotics labs, and innovation centers, the G1 Edu-U6 offers a powerful foundation for learning, experimentation, and real-world robotics applications.

This model supports open development, allowing users to integrate custom algorithms, AI modules, sensors, and vision systems. With flexible programming options, stable motion control, and an expandable interface, the G1 Edu-U6 helps students and researchers accelerate innovation.

 

Key Features

 

Advanced Humanoid Design

  • Human-like mobility for realistic movement

  • Precision joints powered by high-torque servos

  • Smooth walking, balancing, and coordinated actions

 

AI & Programming Ready

  • Supports AI model development and testing

  • Compatible with ROS, Python, and multiple frameworks

  • Ideal for robotics learning, coding, and automation projects

 

Sensor & Module Integration

  • Expandable with vision sensors, microphones, and custom modules

  • Open interfaces for research and advanced applications

  • Easy to adapt for machine learning and perception experiments

 

Stable Motion Control

  • Highly responsive control system

  • Reliable balancing for complex tasks

  • Efficient power management for extended sessions

 

Robust Educational Platform

  • Perfect for universities, labs, and training centers

  • Enables hands-on learning and experimentation

  • Helps students understand advanced robotics concepts

 

Ideal Applications

  • Robotics education and training

  • AI and machine learning development

  • Academic and industrial research

  • Human robot interaction studies

  • Automation and programming experiments

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