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Overview
Research-Grade Quadruped. Developer-Ready Out of the Box.
The Go1 EDU ships with a fully open SDK, ROS integration, and onboard edge AI computing — giving developers and researchers immediate access to real-time SLAM, object tracking, and autonomous navigation. No external compute required. No proprietary lock-in. Just a capable platform ready to run your code.
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The Unitree Go1 EDU is a high-performance quadruped robot built for universities, research labs, and developers working at the frontier of robotics and AI. Combining a 4.7 m/s top speed, onboard edge AI computing, a full sensor suite, and an open SDK with ROS support, the Go1 EDU is a complete platform for SLAM, autonomous navigation, human–robot interaction, and custom application development.
Specifications
- Dimensions: 588 × 220 × 290 mm
- Weight: ~12 kg
- Top Speed: 4.7 m/s
- Payload Capacity: ~3–5 kg
- Battery: 6000 mAh Li-ion
- Endurance: 1–2.5 hours
- Operating System: Linux (Ubuntu) with ROS
- Interfaces: Wi-Fi, Ethernet, USB, GPIO, CAN
Key Features
- Open SDK & ROS Support: Full access to development tools, APIs, and ROS integration for deep customization and research workflows.
- Edge AI Computing: Onboard processors (Jetson NX or equivalent) enable real-time SLAM, object tracking, and autonomous navigation without external compute.
- Advanced Sensor Suite: Multiple depth cameras, ultrasonic sensors, foot force sensors, and IMU for real-time environmental awareness and dynamic balance control.
- Intelligent Side-Follow System (ISS): Proprietary body-following technology enables natural human–robot interaction without external beacons or markers.
- High-Speed Dynamic Stability: Reaches 4.7 m/s with active obstacle avoidance and stable locomotion across indoor and outdoor terrain.
- Compact & Portable: At ~12 kg with a compact frame, the Go1 EDU is easy to transport between lab environments and field deployments.