Introducing the GO2 EDU, a game-changer in educational robotics. Powered by NVIDIA Orin 40 TOPS, it's stronger, faster, and powers longer than ever. With advanced capabilities in LiDAR and spatial recognition, it effortlessly navigates complex tasks, while ensuring it's always by your side. From classrooms to labs, its performance will spark curiosity and innovation. Get ready for the future with the GO2 EDU.
Introducing the GO2 EDU, a game-changer in educational robotics. Powered by NVIDIA Orin 40 TOPS, it's stronger, faster, and powers longer than ever. With advanced capabilities in LiDAR and spatial recognition, it effortlessly navigates complex tasks, while ensuring it's always by your side. From classrooms to labs, its performance will spark curiosity and innovation. Get ready for the future with the GO2 EDU.
Key Features of the Go2 EDU (40 TOPS)
High-Performance AI Computing – Powered by a 40 TOPS AI module for advanced machine learning, real-time autonomy, and complex robotics programming.
Advanced Perception & Navigation – Equipped with 4D LiDAR and vision sensors for 360° environmental awareness, mapping, obstacle detection, and precise autonomous navigation.
Built for Research & Education – Fully compatible with ROS, Python, C++, and visual programming tools, making it ideal for STEM programs, university labs, and AI development environments.
Robust Mobility Platform – Features high-torque joint motors, stable gait control, and a durable aluminum-alloy frame engineered for reliable performance in research scenarios and varied terrain.
Extended Connectivity & Runtime – Supports Wi-Fi, Bluetooth, and optional 4G communication with up to four hours of typical battery life for long testing cycles and remote development.
What Sets the Go2 EDU (40 TOPS) Apart
Research-Grade Computing Power – The 40 TOPS system enables more advanced neural networks and autonomy than standard quadruped models.
Richer Sensor Integration – Expanded perception hardware supports more complex navigation, SLAM research, and high-level robotics experimentation.
Purpose-Built for Development – Designed for classrooms, engineering labs, and R&D teams that require deep customization, coding flexibility, and hands-on testing.
Not Intended for Heavy Manipulation – Unlike higher-tier models with dexterous hand support, the EDU configuration prioritizes computing and autonomy over hardware manipulation.
The Go2 EDU (40 TOPS) is a high-performance quadruped robot built for advanced AI learning and research, offering powerful computing, 4D LiDAR perception, and full programming support for robotics development.
Buy it with:
Unitree Go2 AI Robot Dog Battery
Standard Battery (8000 mAh)
$560.00
Unitree GO2 Remote Controller
$375.00
Key Features
Secondary Dev. (S)
Supported
40 Tops (8gb)
NVIDIA Jetson Orin
2 m/s
Top Speed
15000mAh (4hrs)
Smart Battery Capacity
40°
Max Climb Angle
45 N·m
Max Joint Torque
12 Set
Knee Joint Motors
12 kg
Max Payload
16 cm
Max Climb Height
12 Month
Warranty
Accessory Compatibility (L)
Limited
Unitree Go2 EDU AI Quadruped Robot Dog
$11,200.00
Add to cart
12kg
Max. Payload
2m/s
Top speed
4hour
Max. Battery Life
GO2 EDU Specifications
Computing
Main CPU: 8-core high-performance processor
High Computing Power Module: NVIDIA Jetson Orin Nano 8gb, 40 TOPS
Secondary Development Support: Supported
Hardware
Chassis & Frame
Dimensions L x W x H (Standing): 70 × 31 × 40 cm
Dimensions (Crouching): 76 × 31 × 20 cm
Weight (with Battery): 15 kg
Materials: Aluminum alloy and high-strength engineering plastic
Self Retracting Strap: Not Included
Front Lamp: Included
7 inch Pneumatic Wheels: Not Supported
Electrical
Voltage Range: 28V – 33.6V
Max Working Power: 3000W
Battery
Battery Type: Long Endurance (15000mAh)
Battery Capacity: 8000 mAh
Battery Life: 2–4 hours
Charger Specs: Fast Charge (33.6V / 9A)
Overheat / Overcharge / Short Circuit Protection: Yes
Wireless Charging Pad / Self Charging Board: Not Supported
Performance
Payload (Typical / Max): 8 kg (Max 10 kg)
Top Speed: 2 m/s
Max Step Height: 16 cm
Max Slope: 40°
Mechanical
Joint Motor
Max Joint Torque: 45 N·m
Aluminium Knee Joint Motors: 12 set
Cooling System: Joint Heat Pipe Cooler
Wiring: Intra-Joint Circuit
Rotation Ranges
Body Rotation: ±48°
Thigh Rotation: –200° to +90°
Shank Rotation: –156° to –48°
Cameras & Sensors
3D LiDAR: Super Wide-angle LiDAR (L2)
Front Camera Resolution: HD (1280x720)
Front Camera Lens: Ultra wide-angle (120° FOV)
Wireless Vector Positioning Tracking Module: Included
Foot End Force Sensor: Included
Audio & Connectivity
Wi-Fi: Wi-Fi 6, dual band
Bluetooth: Bluetooth 5.2, 4.2, 2.1
4G Module: Included
Manual Remote Control: Included
Intercom Microphone: Included (via app)
Built-in Speaker: Included (3W)
Voice Function: Supported
Features
Basic Actions: Supported
Graphical Programme: Supported
Side-Follow System (ISS 2.0): Supported
Intelligent detection and avoidance: Supported
OTA Upgrade System: Supported
RTT 2.0 Picture Transmission: Supported
Accessories Compatibility
Servo Arm: Coming Soon
Depth Camera (D435i): Yes, compatible
HESAI XTi6 LiDAR: No
Mid-360 LiDAR: No
4D LiDAR L1 (Built-in): N/A
4D LiDAR L2 (Built-in): Yes, Included
Wireless Charging Pad / Self Charging Board: Yes, compatible
Powerful AI Robotics for Learning, Programming, and Discovery
The Unitree GO2 EDU is an advanced quadruped robot dog built for research, STEM learning, and AI development. With 40 TOPS of computing power, LiDAR support, and ROS compatibility, it enables students and developers to explore autonomous navigation, mapping, and robotics programming in a hands-on, real-world platform.
Re-engineered from the ground up, the Go2 Pro is equipped with the latest I.S.S. (Intelligent Side following system) technology, our most advanced system yet. Whether you’re going for a quick jog, or a walk around the block, the Go2 can intelligently match your pace and be by your side while avoiding obstacles along the way.
AI, Computer Vision & LiDAR
Designed for hands-on learning and experimentation, EDU robots come with open-source SDKs, ROS compatibility, and simulation tools. Students can code, test, and deploy custom applications while modular hardware add-ons like LiDAR and servo arms expand project possibilities.
Enhanced App Features
Control the Go2 Pro effortlessly with either the Go2 controller or the Unitree App on your smartphone. Witness real-time interaction and accurate 3D environmental capture on your display. Or command the Go2 Pro to perform an array of tricks, from jumping to communicating, rolling, and sitting, making every interaction a delightful experience. With the Go2 you're experiencing innovation at its finest.
Precision Control and Terrain Adaptability
With a combination of beautiful aluminum alloy and high strength engineering plastic, the Go2 truly looks out of this world and is remarkably durable. Weighing in at approximately 33lbs, the Go2 is surprisingly lightweight and can travel up to 11 mph. Its advanced sensors and motors allow it to travel complex terrains. It also includes several quality of life improvements such as a built-in microphone and speaker for effective communications, as well as a self-retracting strap for easy transportation.
Comprehensive Robotics Education With RoboUniversity
Introducing RoboUniversity — a dedicated curriculum and training program for educational robotics. Developed with professors from Stanford and partners like OpenMind, it offers certified learning for students and developers on Unitree platforms.
From coding fundamentals to advanced robotics integration, RoboUniversity delivers a complete, hands-on education system for the next generation of innovators.
Key differences between GO2 models include locomotion, computing power, and development capability. GO2 Pro delivers agile legged performance, GO2 EDU adds higher computing and deeper customization for research, and GO2-W models offer hybrid wheel-and-leg mobility with enhanced navigation. Visit each product page for full specifications.
Order directly through our website or use the form below to connect with a product expert first. Delivery timelines depend on model availability, but we ship as quickly as possible — and we’ll keep you updated every step of the way.
Setup & Configuration
Every robot is different. Depending on your selected model and accessories, configuration can be plug-and-play or require a tailored setup. We offer optional demos, consultations, and ongoing support to ensure you’re up and running with confidence.
Get up and GO
Once set up, your robot is ready to roll. Preloaded actions make it easy to get started, while manual controls and custom routines let you push the limits of what’s possible.
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