The Unitree Go2 EDU Smart Robotic Dog is an advanced bionic quadruped robot designed for intelligent navigation, dynamic movement, and versatile real-world applications. With advanced sensing, powerful computing, and AI-driven mobility, the Go2 EDU is built to handle a wide range of environments and terrain.

Specifications

• Payload: ≈8 kg (MAX ~ 12 kg)
• Material: Aluminium alloy + High strength engineering plastic
• Voltage: 16V ~ 60 V
• Working maximum power: About 3000 W
• Speed: 0 ~ 3.7 m/s (MAX ~ 5m/s)
• Max Climb Angle: 40°
• Basic Computing Power: 8-core High-performance CPU
• Max Joint Torque: 45 N.m
• Aluminum knee joint motor: 12 set
• Range of Motion
• Body: -48 ~ 48°
• Thigh:  -200° ~ 90°
• Shank: -156° ~ -48°
• Intra-joint circuit (knee): Yes
• Joint Heat Pipe Cooler: Yes
• Super-wide-angle 3D LIDAR: Yes
• Wireless Vector Positioning Tracking Module: Yes
• HD Wide-angle Camera: Yes
• Foot-end force sensor: Yes
• Basic Action: Yes
• Upgraded Intelligent OTA: Yes
• RTT 2.0 Pictures Transaction: Yes
• Graphical programmed: Yes
• Front lamp: Yes
• WiFi 6 with Dual-band: Yes
• Bluetooth 5.2/4.2/2.1: Yes
• 4G module: Yes
• Voice Function: Yes
• ISS 2.0 Intelligent side-follow system: Yes
• Intelligent detection and avoidance: Yes
• Charging Pile Compatibility: Yes
• Secondary development: Yes
• Manual controller: Yes
• High computing power module: upgrade to 100Tops (NVIDIA Orin NX)
• Smart battery: long endurance (15000mAh)
• Battery life: About 2-4 h
• Charger: fast charge: (33.6V 9A)
• Weight (with battery): 15 kg

Advanced 4D LiDAR Navigation

The Go2 EDU features a 4D LiDAR L1 system that provides an ultra-wide 360° × 90° hemispherical field of view with minimal blind spots. With detection starting as close as 0.05 meters, the robot can accurately recognize its surroundings and navigate complex environments with greater awareness.

Fast, Agile & Highly Mobile

With a maximum running speed of approximately 3.7 m/s, the Go2 EDU combines speed with impressive agility. Extensive AI simulation training enables the robot to perform advanced movements, including:

• Upside-down walking

• Adaptive rollovers

• Obstacle climbing

• Dynamic movement across uneven terrain

These capabilities allow the robot to maintain stability and adapt to challenging environments.

Intelligent Mapping & Autonomous Navigation

Using 3D LiDAR mapping and a dedicated application, users can create detailed point-cloud maps and define autonomous movement paths. This allows the Go2 EDU to navigate designated areas while intelligently detecting and avoiding obstacles along the way.

ISS 2.0 Intelligent Side-Follow System

The ISS 2.0 Intelligent Side-Follow System is designed to improve positioning accuracy by up to 50% while extending the remote-control range beyond 30 meters. Combined with the robot’s advanced sensing capabilities, ISS 2.0 helps improve navigation and obstacle avoidance in complex environments.

Powerful Computing & OTA Upgrades

The Go2 EDU supports OTA (Over-the-Air) upgrades, allowing its software and capabilities to be continuously improved over time.

For users who need additional computing performance, the EDU Plus version upgrades the system to 100 TOPS of computing power using an NVIDIA Orin NX, providing greater processing capability for advanced AI applications.

Long Battery Life

The Go2 EDU offers approximately 2–4 hours of battery endurance, helping support extended operation before recharging is required.

With its combination of 4D LiDAR, AI-powered mobility, autonomous navigation, advanced positioning, powerful computing, and long battery endurance, the Unitree Go2 EDU is designed for developers, researchers, educators, and other users looking for a versatile intelligent robotic platform.