Product Description

Unitree R1 EDU Pro C Humanoid Robot

The Unitree R1 EDU Pro C Humanoid Robot is an advanced research and development platform designed for artificial intelligence, embodied AI, robotics education, autonomous systems development, and human-robot interaction research. Building upon all capabilities of the R1 EDU Smart version, the EDU Pro C introduces dual BrianCo Revo 2 Basic five-finger dexterous hands, providing enhanced manipulation, object handling, and fine motor control capabilities for sophisticated robotics applications.

Engineered for universities, research institutions, AI developers, robotics laboratories, and innovation teams, the R1 EDU Pro C combines advanced humanoid mobility, anthropomorphic vision, powerful onboard AI computing, and dexterous robotic manipulation into a comprehensive development platform. With a total of 38 degrees of freedom, integrated binocular vision, and 100 TOPS of onboard AI computing performance, the system is ideally suited for next-generation robotics research and embodied intelligence development.

Supporting both high-level and low-level development, the R1 EDU Pro C includes robot models, simulation interfaces, and compatibility with NVIDIA Isaac Sim, enabling developers to seamlessly transition from simulation to real-world deployment.

Key Features

  • Includes all features and capabilities of the Unitree R1 EDU Smart Humanoid Robot
  • Equipped with two BrianCo Revo 2 Basic five-finger dexterous hands
  • Advanced object manipulation and grasping capabilities
  • Total system degrees of freedom increased to 38
  • Anthropomorphic binocular vision system
  • Built-in 100 TOPS AI computing platform
  • Supports advanced AI algorithm development
  • Maximum single-arm payload of 2 kg
  • Supports high-level and low-level development
  • Compatible with NVIDIA Isaac Sim simulation environment
  • Designed for embodied AI and advanced robotics research
  • 12-Month Manufacturer Warranty

Dexterous Hand System

Hand Configuration

  • Two BrianCo Revo 2 Basic Five-Finger Dexterous Hands

Hand Degrees of Freedom

  • 6 Degrees of Freedom Per Hand

Manipulation Capabilities

  • Precision Grasping
  • Object Manipulation
  • Human-Like Hand Movements
  • Fine Motor Control Research
  • Human-Robot Interaction Applications

Degrees of Freedom

Total Degrees of Freedom

  • 38 Joint Motors Total

Body Degrees of Freedom

  • Legs: 6 Degrees of Freedom Per Leg
  • Waist: 2 Degrees of Freedom
  • Arms: 5 Degrees of Freedom Per Arm
  • Head: 2 Degrees of Freedom

Dexterous Hands

  • 6 Degrees of Freedom Per Hand
  • Total Hand DOF: 12

AI Computing Platform

Built-In Expansion Dock

  • AI Computing Performance: 100 TOPS
  • Supports AI Algorithm Development
  • Real-Time Data Processing
  • Machine Learning Applications
  • Computer Vision Development
  • Autonomous Robotics Research
  • Edge AI Computing Platform

Perception System

Anthropomorphic Binocular Camera

  • Human-Like Stereo Vision
  • Enhanced Depth Perception
  • Object Recognition and Tracking
  • Environmental Awareness
  • Manipulation Assistance
  • Human-Robot Interaction Support
  • Vision-Based AI Development

Payload Capacity

Arm Performance

  • Maximum Single Arm Payload: 2 kg

Development Support

Software Development

  • High-Level Development Support
  • Low-Level Development Support
  • Secondary Development Support
  • AI Algorithm Development Support
  • SDK Resources Available
  • Advanced Robotics Programming

Simulation Support

  • Robot Models Included
  • Simulation Interfaces Included
  • NVIDIA Isaac Sim Compatibility
  • Digital Twin Development
  • Virtual Testing & Validation Environment

Ecosystem & Research Applications

The R1 EDU Pro C is designed for advanced robotics research, including:

  • Embodied AI Research
  • Humanoid Robotics Development
  • Human-Robot Interaction
  • Dexterous Manipulation Research
  • Artificial Intelligence Development
  • Machine Learning Applications
  • Computer Vision Projects
  • Autonomous Systems Research
  • Academic Research Programs
  • Robotics Education
  • Advanced Robotics Prototyping

Benefits

  • Advanced five-finger dexterous manipulation
  • Powerful onboard AI computing resources
  • Enhanced perception and interaction capabilities
  • Supports cutting-edge embodied AI research
  • Human-like robotic hand functionality
  • Comprehensive development ecosystem
  • Ideal for advanced academic and commercial research environments

The Unitree R1 EDU Pro C Humanoid Robot combines sophisticated humanoid mobility, powerful AI processing, anthropomorphic vision, and advanced five-finger dexterous hands into a single research-ready platform. Designed to support the future of embodied intelligence and human-robot collaboration, the EDU Pro C provides researchers and developers with the tools needed to explore the next generation of autonomous robotics.

Warranty

  • 12-Month Manufacturer Warranty

Shipping & Availability

⚠️ Shipping & Availability: Expected to ship July 2026. Orders placed now will be fulfilled at launch. Please allow an additional 4–6 weeks after the July 2026 release date for delivery.

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