Introducing the GO2-W

The GO2-W is an advanced wheeled quadruped robot that combines the versatility of legged locomotion with the speed and efficiency of wheels. Designed for dynamic applications in industrial inspections, research, and development, this cutting-edge robot is built to tackle challenging terrains while delivering precise performance. With its robust features and modular capabilities, the GO2-W is the perfect solution for those seeking innovation and adaptability in robotics.

GO2‑W AI Quadruped Robot Dog with Wheels designed to match the previous format:

Key Features of the GO2-W AI Quadruped Robot Dog with Wheels

• Hybrid Locomotion System – Combines motorized wheels with active jointed legs: allows rapid rolling on flat surfaces and conventional walking/climbing when wheels are locked.
• All-Terrain Adaptability – Capable of transitioning from wheeled mode to legged mode, enabling efficient movement on hard floors while still climbing stairs, navigating uneven terrain and overcoming obstacles.
• Advanced Perception Suite – Equipped with ultra-wide LiDAR and vision sensors, optimized for spatial awareness, obstacle avoidance and autonomous navigation in both wheeled and legged modes.
• High-Mobility Mechanics – Built around high-torque joint motors, reinforced structure and shock-absorbent leg suspension in wheeled mode, enabling dynamic maneuvers and stable motion at higher speeds.
• Robust Connectivity & Runtime – Features long-endurance battery options, WiFi/Bluetooth (and optional 4G in some configurations), OTA firmware upgrades, and remote control interfacing tailored for field operations and research deployments.

What Sets the GO2-W Apart

• Dual-Mode Mobility – The wheel-plus-leg approach enables significantly faster and more energy-efficient movement on smooth surfaces while maintaining full terrain traversal capability.
• Versatile Research Platform – Ideal for R&D teams and industrial use-cases that demand both rapid ground transport and robust obstacle negotiation; not just a standard quadruped.
• Optimized for Mixed Environments – While most robots target either flat surfaces or rugged terrain, this model bridges both, making it suited for indoor/outdoor hybrid applications, inspection missions, or mobile robotic platforms.
• Still Requires Expert Use – Although versatile and powerful, this system assumes programming, calibration and integrator support rather than simple plug-and-play consumer usage.

The GO2-W AI Quadruped with Wheels is a hybrid mobility robot that combines fast wheeled travel with agile legged movement, delivering speed, stability, and terrain versatility. Designed for advanced navigation and research applications, it offers powerful sensing, smart autonomy, and adaptable performance for mixed indoor–outdoor environments.