Unitree G1 Edu Ultimate C (U5) Humanoid Robot Tactile Dexterity
Unitree G1 Edu Ultimate C (U5) Humanoid Robot Tactile Dexterity
Unitree G1 Edu Ultimate C (U5) Humanoid Robot — Tactile Dexterity
The Unitree G1 Edu Ultimate C (U5) Humanoid Robot — Tactile Dexterity is an advanced compact humanoid robotics platform designed for education, research, artificial intelligence development, teleoperation, autonomous robotics experimentation, tactile manipulation, and secondary development. Built for universities, robotics labs, STEM programs, developers, and research organizations, the G1 Edu Ultimate C provides a powerful and flexible platform for exploring the future of embodied intelligence.
Equipped with tactile dexterity capability, the G1 Edu Ultimate C (U5) supports advanced development in motion control, robotic manipulation, tactile feedback, perception, AI model testing, human-robot interaction, robot learning, and teleoperation. Its Ultimate configuration makes it a strong option for teams that need more than basic humanoid movement and want to explore object interaction, grasping, sensing, and manipulation workflows.
The G1 Edu Ultimate C (U5) combines compact humanoid mobility, tactile manipulation potential, advanced development flexibility, and professional-grade robotics capability in a manageable form factor. Whether conducting academic research, teaching robotics concepts, developing AI-powered behaviors, testing dexterous manipulation, or creating interactive humanoid demonstrations, the G1 Edu Ultimate C gives teams a strong foundation for innovation and learning.
Key Features
• Advanced Unitree G1 EDU Ultimate humanoid robot platform
• Ultimate C / U5 configuration for education, research, and development
• Includes tactile dexterity capability for advanced manipulation workflows
• Compact humanoid form factor for labs, classrooms, and demonstrations
• Designed for AI development, teleoperation, and secondary development
• Supports humanoid motion control and robotic behavior testing
• Useful for object handling, grasping, tactile feedback, and manipulation research
• Development-friendly platform for robotics education and embodied AI research
• Strong fit for STEM, engineering, university robotics, and AI programs
• Ideal for developers, educators, research teams, and enterprise robotics groups
Ideal Applications
• University Research Programs
• Robotics Education
• STEM Learning Initiatives
• Artificial Intelligence Development
• Humanoid Motion Control
• Teleoperation Research
• Tactile Manipulation Studies
• Human-Robot Interaction Studies
• Object Grasping and Handling Research
• Technology Demonstrations
• Custom Robotics Development
Why Choose the G1 Edu Ultimate C (U5) Tactile Dexterity?
The G1 Edu Ultimate C (U5) Tactile Dexterity configuration gives students, educators, researchers, and developers access to a professional humanoid robotics platform designed to support real-world robotics innovation. Its combination of compact size, Ultimate-level development flexibility, and tactile manipulation capability enables users to rapidly develop, test, and demonstrate applications involving robot movement, object interaction, human-robot collaboration, AI control, and embodied intelligence.
Professional Deployment Support
Aerial Visual Technologies provides consultation, deployment planning, training, integration assistance, and operational support to help organizations successfully deploy robotic solutions. Contact our team for custom configurations, deployment services, training, and educational pricing.
Questions or Inquiries?
For product information, deployment assistance, custom configurations, educational pricing, or enterprise pricing, please contact our team at: flywithavt@avtdrones.com
Shipping Information
Robot Weight: 85 lbs
Estimated Shipping Weight: 160 lbs
Estimated Shipping Carton Dimensions:
Length: 35 in
Width: 24 in
Height: 20 in
Shipping weight and dimensions are estimated and may vary slightly based on packaging materials, accessories, controller, charger, batteries, tactile dexterity hardware, development components, configuration-specific equipment, and included accessories.