Powered by Reinforcement Learning (RL)-based gait control, it autonomously adapts to diverse and challenging terrains. Equipped with self-balancing, fall prevention, and disturbance resistance features.
3.7 m/s
Maximum running speed
1-2 h
Operating time
30°
Maximum incline angle
16 cm
Stair climbing capability
35 cm
Jumping capability
8 kg
Maximum payload
High-performance motor
High torque · Impact resistant · No zero calibration required
Peak torque
48 N·m with high output torque, enabling reliable operation in challenging terrain and under heavy loads.
Tested for millions of
impact cycles, ensuring long module life, excellent shock resistance, and adaptability to high-intensity applications.
Dual encoder control
eliminates the need for zero calibration, allowing immediate operation upon startup.
Flexible development
Compatibility with a wide range of modules and payload integration
Educational Version (Edu)
Provides a Software Development Kit (SDK), enabling software development and payload integration.
Standardized interfaces
Offers standardized interfaces, compatible with various modules, enabling application development for multiple scenarios.
Wide module compatibility
Works with positioning modules, LiDAR, depth cameras, RTK modules, 4G/5G, and image transmission modules.
URDF Modeling
Enables URDF modeling and supports simulation and testing in Isaac Sim and MuJoCo environments.
Where Agibot Pro/Edu excels
Entertainment performances
Scientific research and education
Kit Contents
What do you get with the robot in practice?
Robot × 1
Charger × 1
Handheld remote control × 1
Dla dystrybutorów, inwestorów i partnerów
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