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Beyond Mobility, Into Dynamic Control
Raibo demonstrates advanced side flips and backflips through learning-based control that maintains balance and motion stability through rapid posture changes. High peak torque enables explosive output, fast transitions, and stable landing performance for real mission environments.
Proven Dynamic Performance for Real-World Robotics
Next-generation dynamic locomotion implemented through real-time posture control and learning-based gait algorithms.
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Raibo 2 takes on a mountain climb after completing a full marathon
Raibo 2 climbed Dalmasan in Haenam under strong wind and cold conditions, maintaining stable locomotion across rough slopes and uneven mountain terrain.
Raion Robotics targets tens of thousands of quadruped robots within five years
CEO Jemin Hwang outlined a goal to deploy tens of thousands of quadruped robots within five years, citing Raibo 2's 8-hour battery life and defense and public-safety use cases.
ITCE 2025 preview: Raion Robotics to exhibit the quadruped robot Raibo
At ITCE 2025, Raion Robotics will showcase Raibo's AI sensor fusion, reinforcement-learning terrain adaptation, modular design, and 8-hour operating time.