Unitree Go2-W Extreme Edition: High-Speed 2.5m/S Sliding Mode with Handstand & Backflip Capabilities, 100tops Ai Edge Computing

Customization: Available
Application: Education, Research, Entertainment
Control Mode: Continuous Path Control

Product Description

📋 Basic Information
Degrees of Freedom:More
Drive Mode:Electric
Type:Articulated Robot
Standing Dimensions:1320X450X200mm
Folded Dimensions:690X450X300mm
Total Joint Motors:23
Battery Life:~2 Hours
Weight:~35kg
🚀 Product Description

The Go2-W is a revolutionary wheeled quadruped robot that redefines mobility by seamlessly blending the agility of legs with the efficiency of wheels. Featuring hub motors and 7-inch pneumatic tires, this robot has superior speed and the ability to traverse complex terrains.

All-Terrain Performance & Agility: Its unique hybrid design allows it to surmount obstacles up to 70cm and navigate slopes up to 35°. Achieving velocities of up to 2.5 m/s, it can perform stunts like handstands and backflips, showcasing advanced balance algorithms.

Advanced AI & Sensing: Powered by an 8-core CPU and AI computing modules (up to 100 TOPS), it includes ultra-wide-angle 3D LiDAR and a RealSense D435i depth camera for accurate SLAM and autonomous navigation.

⚙️ Specification
TypeEntertainment, Industrial, Service, Educational Robots
Function24 hour instruction, Interactive Music, Voice Control
FeatureApp Control
MaterialMetal / Aluminum Alloy
Frequently Asked Questions
1. What is the maximum speed of the Go2-W?
The robot can achieve rolling velocities of up to 2.5 m/s thanks to its high-torque hub motors.
2. How does the hybrid leg-wheel system work?
It combines the efficiency of wheels on flat ground with the agility of quadruped legs to surmount obstacles up to 70cm and climb steep stairs.
3. Can I program or develop my own features for it?
Yes, it supports secondary development and comes with AI computing modules offering up to 100 TOPS, making it ideal for research.
4. What is the battery capacity and runtime?
It is equipped with a 15,000mAh high-capacity battery providing approximately 2 hours of operational time.
5. What sensors does it use for navigation?
The robot utilizes an ultra-wide-angle 3D LiDAR and a RealSense D435i depth camera for comprehensive environment perception and SLAM.
6. Is it suitable for outdoor environments?
Yes, its pneumatic tires and robust joint motors allow it to navigate rough outdoor terrain and slopes up to 35°.

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