DOBOT Atom Max Research Humanoid Robot

• DOBOT Atom Max Research Humanoid Robot
• 29 full-body DoF humanoid platform; optional 6-DoF dexterous hands and 2-finger grippers available
• 1500 TOPS AI module with Intel i9, 24-core processor, and 41.15 TFLOPS dedicated GPU
• 7-DoF industrial bionic arms with ±0.05mm repeat positioning accuracy and 1.5 m/s end speed
• Straight-knee walking up to 1.5 m/s via end-to-end neural network locomotion system
• Full sensor suite: 3D LiDAR, RGB-D cameras at head, wrists, and waist
• Includes onsite training, premium support, SDK access, and full development documentation

The DOBOT Atom Max Research Humanoid Robot is a full-scale embodied AI humanoid robot developed by DOBOT for advanced research institutions and demanding industrial deployments. The platform integrates precise dexterous manipulation with natural bipedal locomotion, allowing it to operate across unstructured environments without fixed workstation constraints. Its dual industrial-grade bionic arms deliver the positioning precision required for tool use, assembly, and multi-specification material handling across a range of human workstation heights. Designed to bridge laboratory development and real-world deployment, the robot supports scenarios from automotive assembly lines to pharmaceutical dispensing and precision manufacturing workflows.

The robot leverages a multi-layered AI architecture combining an onboard neural network motion system with a cross-scenario task model trained through both imitation and reinforcement learning. A comprehensive sensor array covering the head, wrists, and waist delivers full spatial awareness, enabling real-time obstacle detection and manipulation feedback at the end effector level. Built-in omnidirectional audio and speech capabilities allow the robot to interact naturally within human-occupied environments and respond to verbal input. The platform supports full SDK access, open-source model training frameworks, and VR/MR teleoperation, making it well-suited for research teams, system integrators, and enterprises building production-ready AI robotics applications.

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Documentation & Resources

Full access to detailed technical guides and a comprehensive knowledge base

Model Features

Three hardware systems that define the DOBOT Atom Max: industrial-grade bionic arms, optional 6-DoF dexterous hands, and a straight-knee walking platform built for continuous operation.

Bionic
Arms →

Bionic
Arms

7-DoF per Arm

Single arm DoF: 7

Payload: 3.5 kg

Reach: 600 mm

Repeat accuracy: ±0.05 mm

Max end speed: 1.5 m/s

Straight-Knee
Walking →

Straight-Knee
Walking

Chip Label

Max walking speed: 1.5 m/s

Gait system: AWS neural network

Energy savings: 42% vs bent-knee gait

Workstation range: 700 to 1000 mm height

End-to-end reinforcement learning for human-like motion stability.

Full-Spectrum
Perception →

Full-Spectrum
Perception

Multi-Modal Sensors

Head: RGB-D + Full HD Binocular

Wrist: RGB-D Camera ×2

Waist: RGB-D Camera ×2

LiDAR: 3D LiDAR ×1

Audio: 360° mic + 2× speakers

Capabilities

The DOBOT Atom Max combines onboard AI, multi-modal perception, and an open development ecosystem to support a wide range of research, industrial, and commercial robotics applications.

ROM-1 AI Operation Model

The Robot Operator Model-1 combines base and vertical industry models trained via imitation and reinforcement learning. With 100M parameters and 24Hz end-to-end control, it handles autonomous task decomposition across unstructured environments.

Multi-Robot Collaboration

Advanced edge computing delivering 7.7x standard computational power enables seamless coordination with other robots and human workers. Integrated safety and interaction technologies support high-synchronization tasks on shared production floors.

Full-Spectrum Perception

A 3D LiDAR unit, RGB-D depth cameras at the head and wrists, and waist-level depth cameras combine with a 60FPS Full HD binocular vision system to provide 360-degree spatial awareness for safe and adaptive operation in dynamic environments.

Open Developer Ecosystem

Full SDK access, high-precision URDF models, open-source training frameworks, and VR/MR teleoperation with dual control modes lower the barrier to custom AI development. The platform supports reinforcement learning deployment and real-time motor monitoring out of the box.

Use Cases & Application Scenarios

The DOBOT Atom Max is built for repetitive, precision-dependent tasks in environments where positions vary, products differ by specification, and the ability to navigate narrow spaces is critical to efficient operation.

Industrial Manufacturing & Assembly

The Atom Max handles material transfer, component placement, and multi-step assembly tasks on automotive and electronics production lines. Its high-accuracy arms and configurable end-effector options allow it to operate across varying workstation heights without reprogramming between tasks.

Service and Commercial Operations

In coffee shops, pharmacies, and retail environments, the robot manages repetitive service tasks such as beverage preparation, inventory retrieval, and item dispensing with consistent precision. Its compact-space maneuvering and straight-knee locomotion make it well-suited for customer-facing deployments with limited floor space.

Robotics Research & Development

Research institutions use the Atom Max as a full-body testbed for locomotion algorithms, manipulation policies, and embodied AI model development. The open SDK, high-precision URDF models, and VR/MR teleoperation support enable rapid iteration from simulation to physical deployment.

Multi-Robot Collaborative Systems

The platform integrates into multi-robot workflows on shared production lines and in service environments requiring coordinated operation across several units. Its advanced edge computing and built-in human-robot interaction capabilities ensure safe, synchronized task execution alongside human workers.

Embodied AI Training & Data Collection

Teams developing task-specific AI models use the Atom Max to collect multi-modal demonstration data across manipulation and locomotion scenarios. The optional Embodied AI Data Toolchain and integrated wrist cameras enable structured collection pipelines that feed directly into training and inference workflows.