Unitree Go2-W Wheeled Robotic Dog

Overview

The Unitree Go2-W is a next-generation AI-powered wheeled quadruped robot designed for inspection, research, automation, and advanced robotics development. By combining wheeled mobility with articulated legged motion, the Go2-W delivers fast rolling performance on smooth surfaces and reliable climbing ability on uneven terrain.

Built on the proven Go2 robotic platform, the Go2-W integrates high-performance computing, intelligent perception systems, and adaptive control algorithms to operate efficiently across indoor and outdoor environments. From university labs to industrial sites, the Go2-W enables new levels of versatility in robotics applications.

Key Features

Hybrid Wheeled-Leg Mobility

The Go2-W replaces traditional feet with motorized wheels and pneumatic tires, enabling fast rolling motion on flat surfaces while still allowing climbing, stepping, or crouching behaviors when terrain becomes irregular.

Advanced Perception Systems

The Go2-W is equipped with multi-sensor perception, including 3D lidar and wide-angle camera systems, enabling spatial awareness, mapping, and object recognition capabilities in dynamic environments.

Smart AI & Adaptive Control

Powered by a high-performance multi-core CPU and intelligent software architecture, the Go2-W supports autonomous navigation modes, wireless control, and developer-friendly integration through SDK support.

Extended Endurance

With a high-capacity battery system, the Go2-W supports extended field operation for inspection tasks, research missions, and continuous testing in lab environments.

Payload Handling

The Go2-W can transport sensors, equipment, or specialized modules, making it flexible for inspection, mapping, research, and prototype development.

Who It’s For

• Industrial Inspection Teams
  Ideal for navigating warehouses, campuses, construction sites, and industrial facilities for inspection and data collection tasks.
• Robotics Research Development
  Suitable for exploring mobility, perception, navigation, autonomy, and AI in academic or commercial research.
• Automation Innovation Teams
  A strong platform for implementing autonomous robotics workflows and prototype systems.
• Universities & STEM Labs
  A versatile educational platform for engineering, robotics, and computer science curriculum.