Dobot Atom Max | Humanoid Robot | 41 DOF | witht Dexterous Hands

The Dobot Atom Max is a full-scale humanoid robot designed for robotics research, industrial automation, and AI-driven tasks.

Standing 1,650 mm tall with a 60 kg operating weight, the platform provides 41 degrees of freedom to enable complex motion sequences and dexterous manipulation through integrated five-finger hands.

Maximum payload capacity is 3.5 kg, with a travel speed of 1.5 m/s and an operating time of 2 hours per cycle.

The system supports ROS-compatible interfaces for integration into existing automation workflows and includes multi-robot collaboration capability.

AI-driven control is enabled through the Robot Operator Model-1, a 100-million-parameter model that supports adaptive operation.

VR and MR modules are available for teleoperation scenarios.

This humanoid platform is suited for research institutions developing advanced manipulation algorithms, automation integrators exploring human-robot collaboration concepts, and organizations piloting AI-based control systems in controlled environments.

The combination of anthropomorphic form factor, dexterous end effectors, and software compatibility positions the Atom Max for applications requiring human-scale interaction and complex task execution.