Searching...

No results found

Try different keywords

Home

Unitree G1 Edu-U5

Unitree G1 Edu-U5
Product Image
Product Image
₹0.00

1 Year

Warranty

7 Days

Replacement

In House

Repairs

Sealed

Packed

Unitree G1 Edu-U5

 

The Unitree G1 Edu-U5 is a versatile humanoid robotics platform created for education, research, AI training, and real-world development. It delivers smooth, natural movement through precision servo motors and a strong mechanical structure. Designed for universities, robotics labs, and innovation centers, the G1 Edu-U5 gives students and researchers a reliable tool to learn, build, and test advanced robotics systems.

This model supports open development, making it easy to integrate AI algorithms, sensors, and custom modules. With stable motion control, flexible programming options, and an expandable interface, the G1 Edu-U5 is ideal for practical learning and high-level research.

 

Key Features

 

Advanced Humanoid Design

  • Human-like mobility for realistic training and demonstrations

  • Precision joint movement with high-torque servos

  • Smooth walking, balancing, and coordinated actions

 

AI and Programming Ready

  • Supports AI model development, testing, and simulation

  • Works with ROS, Python, and multiple programming frameworks

  • Great for coding, automation, and robotics engineering projects

 

Sensor and Module Integration

  • Expandable with cameras, microphones, and custom modules

  • Open interfaces for AI perception and machine learning research

  • Adaptable for vision, mapping, and interaction experiments

 

Stable Motion Control

  • Highly responsive control system

  • Reliable balancing for complex humanoid tasks

  • Optimized power management for long sessions

 

Strong Educational and Research Platform

  • Ideal for universities, research labs, and training institutes

  • Encourages hands-on learning and experimentation

  • Helps students master robotics, AI, and motion control

 

Ideal Applications

  • Robotics education and STEM training

  • AI and machine learning development

  • University and industrial R&D projects

  • Human–robot interaction studies

  • Coding, automation, and engineering experiments

Home Call WhatsApp Profile