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Compact Humanoid Robotics Platform
The AgiBot X2 Series is a next-generation humanoid robotics platform designed to advance embodied AI research and human-robot interaction.
With a height of approximately 1.3 meters and a weight of around 35 kg, the robot provides a compact yet capable humanoid form factor suitable for laboratories, public spaces, and research environments.
Its agile mechanical structure and high degree-of-freedom motion system enable smooth human-like movement including walking, gesturing, turning, and expressive body language.
High Degree-of-Freedom Motion System
The X2 Series includes 27 to 31 degrees of freedom depending on configuration.
This allows independent movement of:
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head articulation
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multi-axis waist motion
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articulated arms and wrists
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dynamic leg movement for stable walking
The result is a robot capable of complex coordinated movement including demonstrations, expressive gestures, and interactive performance.
Autonomous Navigation and Perception
The X2 platform integrates multiple perception systems that allow the robot to understand and interact with its surroundings.
These systems include:
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RGB cameras for visual perception
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LiDAR support for spatial awareness
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microphones for voice interaction
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inertial sensors for motion stabilization
Together, these systems allow the robot to perform autonomous navigation, obstacle avoidance, and environmental awareness tasks.
Intelligent Interaction Capabilities
The X2 Series supports natural human-robot interaction through voice commands, gestures, and expressive movement.
The robot can respond with coordinated body motion, head gestures, and speech output, creating an engaging interactive experience for users.
These capabilities make the X2 well suited for:
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technology demonstrations
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education and STEM programs
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exhibition environments
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research in embodied intelligence
Core System Specifications




Development and AI Integration
The X2 Series is designed to support research and development in robotics and embodied AI.
The platform includes development tools that allow engineers to:
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access sensor data
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control motion systems
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develop autonomous behaviors
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integrate AI models and perception systems
This makes the X2 a flexible platform for robotics research, AI experimentation, and advanced robotic applications.
