Deep Robotics X30 & M20 Pro | Advanced Quadruped Robot Motion Demo at CES 2026

At CES 2026, Deep Robotics showcased its latest quadruped robotic platforms, X30 and M20 Pro, through a live motion demonstration with on-site technical explanations from the exhibition team.

The demo highlights the robots’ advanced locomotion capabilities, including dynamic walking, obstacle traversal, slope climbing, and stable movement on complex terrain. Powered by high-precision motion control systems and multi-sensor fusion, both platforms demonstrate excellent balance, agility, and terrain adaptability under real-world conditions.

X30 is designed as an industrial-grade quadruped robot, focusing on stability, payload capacity, and all-terrain mobility. It is well suited for demanding environments where reliable autonomous movement and long-duration operation are required.

M20 Pro adopts a hybrid wheel-legged architecture, combining high-speed mobility with the flexibility of legged locomotion. This design allows efficient movement across flat surfaces while retaining the ability to overcome stairs, obstacles, and uneven ground.

These platforms are aimed at security patrol, industrial inspection, emergency response, and search-and-rescue applications, where autonomous navigation, robust motion control, and environmental adaptability are critical.

This video captures the real-world motion performance of Deep Robotics’ quadruped systems as demonstrated live at CES 2026.

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