LimX Dynamics Releases China's First Real-Time Terrain-Aware Dynamic Stair-Climbing Humanoid Robot CL-1 Test | Oasis Vitality
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General-purpose legged robotics company LimX Dynamics has for the first time publicly released dynamic testing footage of its humanoid robot, codenamed "CL-1," becoming the first to achieve a full-stack closed loop from real-time terrain perception to gait planning to whole-body control — dynamically completing complex scenarios including stair climbing, slope descent, and both indoor and outdoor walking.
Humanoid Robot CL-1 Dynamic Testing First Public Release
During testing, LimX Dynamics' humanoid robot CL-1 perceived terrain beneath its feet in real time, actively adjusted its gait, smoothly transitioned from flat ground onto steps, and completed dynamic stair climbing with steady, fluid motion. After reaching the platform, CL-1 stepped forward and steadily descended a 15-degree slope. CL-1 also moved from indoors to outdoors, conducting locomotion tests across different environments from afternoon through evening, with equally stable and outstanding dynamic performance.
As China's first humanoid robot capable of dynamically climbing stairs based on real-time terrain perception, CL-1 maintained dynamic motion throughout the entire test, along with whole-body coordination and balance. This relies on LimX Dynamics' advanced motion control and AI algorithms, as well as high-performance joints developed through proprietary software. As technology continues to iterate, LimX Dynamics' humanoid robots will gradually be deployed in B2B and B2C application scenarios including hazardous environments, premium services, automotive manufacturing, and home services.
Active Environmental Perception: Discrete Terrain at a Glance
Real-time environmental perception is core technology for humanoid robot evolution. Building on motion control algorithms and hardware, LimX Dynamics' CL-1 incorporates advanced perception algorithms, achieving full-loop integration of perception, control, and hardware — enabling humanoid robots to break through the limitations of blind walking and realize real-time interactive motion with complex terrain. As China's first team to implement perception-based motion control on a humanoid robot, LimX Dynamics' CL-1 has pioneered movements including stair climbing and slope descent.
LimX Dynamics humanoid robot CL-1 dynamically climbing stairs based on real-time terrain perception
Advanced Hardware Design: Whole-Body Dynamic Motion
LimX Dynamics possesses industry-leading hardware design capabilities, focused on solving the most challenging legged-body problems in robotics. Its fully self-developed high-performance joints deliver excellent impact resistance and precise, rapid torque control. While ensuring high performance, the design also optimizes manufacturing cost and efficiency, laying groundwork for mass production. LimX Dynamics' advanced hardware design better unlocks the whole-body locomotion capabilities of humanoid robots' complex dual-arm and dual-leg structure, forming an important foundation for building a top-tier general-purpose mobile manipulation robot platform.
LimX Dynamics humanoid robot CL-1 walking dynamically outdoors
General-Purpose AI Algorithms: Unlocking Generalization
LimX Dynamics defines humanoid robot capability as: human-centered, going where humans go, doing what humans do. LimX Dynamics does not customize different algorithms for specific robot functions, forms, or application scenarios and their variations — whether arm or leg movements, wheeled-legged or humanoid robots, all operate on the same core algorithm set. LimX Dynamics focuses on developing motion control algorithms, using general-purpose AI to unlock humanoid robots' powerful generalization capabilities, making humanoid robots the optimal physical-world vehicle for AGI (Artificial General Intelligence).
LimX Dynamics uses general-purpose AI algorithms to unlock humanoid robots' powerful generalization capabilities
Frontier Technology Breakthroughs: Full-Size Humanoid Robot Evolution
CL-1 is LimX Dynamics' platform for frontier humanoid robot technology breakthroughs. The point-foot biped P1, as the earliest form, provided a stable, reliable, efficient, and practical platform for developing and testing humanoid robot motion control algorithms. With continuous iteration and refinement of software algorithms and hardware platforms, it has gradually evolved into today's full-size humanoid robot. CL-1 integrates LimX Dynamics' world-class general-purpose robot software algorithms and hardware design. As the first-generation model, it has already completed core technology breakthroughs in perception, control, and hardware, serving as the optimal testing platform for embodied intelligence R&D — taking another important step toward the goal of becoming the most widely adopted new intelligent terminal after automobiles and smartphones.
LimX Dynamics humanoid robot full-size evolution, building a new intelligent terminal
