Unitree H1: The World's First Full-size Motor Drive Humanoid Robot Flips on Ground
Unitree H1, the world's first full-size motor-driven humanoid robot, defies expectations with its groundbreaking in-place flip.
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Unitree Go2 EDU
Elevated Computing Power: With options ranging from 40 to 100 TOPS, the Go2 EDU provides the computational power needed for sophisticated AI applications, enabling the robot to process complex datasets and run multiple AI models simultaneously.
Versatile Sensory Suite: Standard inclusion of Super-wide-angle 3D LiDAR, HD wide-angle cameras, and foot-end force sensors equip the Go2 EDU for intricate navigation and interaction tasks.
Extended Engagement: Thanks to its smart battery system, the Go2 EDU offers about 2-4 hours of battery life, supporting prolonged educational activities without frequent interruptions for charging.
Comprehensive Development Support: Secondary development capabilities and compatibility with charging piles highlight the Go2 EDU's readiness for advanced research and customization.
Sophisticated Quadruped Design for Education: Tailored for research and higher education, the Go2 EDU version is programmable, offering endless possibilities to develop and explore bespoke robotic applications. It combines cutting-edge technology with an elegant and agile design, integrating Artificial Intelligence and 4D LiDAR for hemispheric vision, making it an ideal tool for educational and research purposes.
Enhanced Control and Interactivity: The Go2 EDU enhances learning and interaction through user-friendly interfaces, including a new app for HD image transmission and real-time monitoring. Built-in 4G and eSIM provide stable connections for remote control operations.
Superior Sensory Capabilities: Equipped with advanced sensors and optional LiDAR upgrades, the Go2 EDU excels in real-time environment mapping and obstacle detection, offering educators and learners sophisticated tools for in-depth robotics and AI research.
Robust Yet Adaptable: The Go2 EDU maintains a lightweight design while providing robust performance. It features a high endurance battery system, offering operational flexibility with standard and optional long-endurance batteries, ensuring extended learning sessions and project development.
Customizable and Expandable: Modular extensions and optional upgrades like the D1 Servo Arm enhance the Go2 EDU's functionalities, making it a versatile platform for exploring complex tasks and projects that require delicate movements and object interaction.
Sustainable and Efficient: Designed with eco-friendliness in mind, the Go2 EDU operates efficiently, optimizing power output and stability, and reducing the carbon footprint in educational settings.
Unitree Go2 EDU Overview The Go2 EDU represents a significant advancement in the integration of robotics into education and research, reinforcing Unitree's commitment to innovation and technical excellence. With its combination of agility, intelligence, and flexibility, the Go2 EDU is not just a machine but a dynamic educational companion, ready to explore the complexities of robotics and beyond.
Feature
Go2
Go2 EDU
Design Focus
Advanced quadruped robot for diverse applications
Tailored for education and research, with programmability for learning and exploration
Computing Power
Basic computing power suitable for a wide range of applications
Options ranging from 40 to 100 TOPS, facilitating sophisticated AI applications
Sensors
Equipped with state-of-the-art sensors for environment mapping and obstacle detection
Includes super-wide-angle 3D LIDAR, HD wide-angle camera, and foot-end force sensor for enhanced navigational capabilities
Battery Options
Long endurance with standard and optional batteries, approximately 1-2 hours with the standard battery
Standard 8000mAh and optional long-endurance 15000mAh battery, offering 2-4 hours of operation
Optional LiDAR Upgrades
Standard models include sophisticated sensing systems; specific optional upgrades were not listed
Offers 3D LiDAR Hesai XT16 and MID-360 upgrades for advanced environmental mapping and obstacle detection
Operational Efficiency
Lightweight design meets robust performance, ensuring operational efficiency in various settings
Similar robust performance with added focus on extended operational capabilities in educational settings
Modular Extensions
Customizable and expandable with a range of compatible accessories and modules
Supports the D1 Servo Arm upgrade for precision manipulation and expanded interactive capabilities
User Interface
User-friendly interfaces and remote command options, including app-based controls for monitoring and interaction
Enhanced control and interactivity through a new app for HD image transmission and real-time monitoring
Payload Capacity
Approximately 7-10 kg, showcasing its capability to carry significant weight for its size
Higher payload capacity compared to standard Go2, facilitating more robust applications
Max Speed
Up to 3.5m/s, demonstrating agility and quick response in diverse terrains
Up to 3.7m/s, slightly higher than the standard Go2, accommodating faster operational needs
Climb Angle and Height
Capable of overcoming obstacles with a climb angle of 30° and drop height of about 15cm
Enhanced climb angle and drop height for overcoming more significant obstacles, at 40° and about 16cm respectively
Wireless Connectivity
Wi-Fi6/Bluetooth/4G for comprehensive connectivity options
Similar, with enhanced positioning accuracy and upgraded obstacle avoidance capabilities
Development Support
Limited secondary development support, focusing more on out-of-the-box functionality
Comprehensive secondary development support, charging pile compatibility, and extended engagement through smart battery systems
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