Dobot Atom - Humanoid AI robot for research, industry and autonomous systems

The Dobot Atom is Dobot's first humanoid robot and was developed as a universal platform for embodied AI applications. The life-size, bionic design combines human movement capability with modern AI computing power and high-precision robotics - for flexible use in laboratories, industry and service environments.

With up to 41 degrees of freedom (depending on the variant), 7-DoF arms and a repeatability of up to ±0.05 mm, the Atom is suitable for demanding tasks such as assembly, object manipulation, equipment operation and experimental robotics workflows.

Precise manipulation with Neuro-Driven Dexterity (NDS)

The Neuro-Driven Dexterity System (NDS) uses transformer-based AI to combine visual perception and sensitive grasping control. In combination with binocular full HD vision, RGB-D sensor technology and optional 5-finger hands, complex manipulation tasks are possible - from repeatable gripping operations to fine motor interactions.

Natural locomotion with anthropomorphic walking (AWS)

For mobile applications, the Dobot Atom supports an anthropomorphic walking concept with a straight knee posture. A neural end-to-end control system coordinates the joints in a stable manner and enables safe movement even in confined environments such as production areas, laboratories or service areas.

AI computing platform for on-device inference

Depending on the configuration, the Dobot Atom is equipped with a powerful edge computing platform. High-priced variants support a 1500 TOPS AI computing module for real-time perception, on-device inference and robotic learning directly on the system.

Perception & sensors

• RGB-D depth sensor technology (including Intel RealSense D455, depending on variant)
• Binocular full HD cameras for visual navigation and teleoperation workflows
• Optional 3D LiDAR for 360° environmental perception (higher-priced variants)
• Audio: 360° microphone + stereo loudspeaker
• Quick-replaceable battery for rapid replacement during operation

Areas of application

• Research & teaching: Embodied AI, robot learning, perception/manipulation, teleoperation
• Industry & assembly: repeatable handling and operating tasks
• Logistics & warehousing: mobile material processes in dynamic environments
• Retail & service: operation of devices, processes with similar actions

Variants of the Dobot Atom

Atom Data Collection - Optimized for data collection

The Atom Data Collection version has been specially developed for large-scale data collection, simulation and robotics research. With its compact design, precise manipulation and RGB-D vision, this variant is ideal for projects in the field of AI data collection, teleoperation and training data generation.

• Compact design with a height of 650 mm and a weight of just 20 kg
• RGB-D camera and binocular vision for precise data acquisition
• 7-DoF robotic arms for precise manipulation
• Ideal for AI training, research and data collection

Atom Trainer - platform for AI development

The Atom Trainer is a powerful development platform for embodied AI, autonomous robotics and machine learning applications. With 29 degrees of freedom, integrated 3D LiDAR and a powerful AI computing platform, this version is particularly suitable for universities, research institutions and developers.

• 1500 TOPS AI computing module for real-time AI
• 3D LiDAR for complete environmental perception
• 29 degrees of freedom for complex motion sequences
• Ideal for AI training, robot learning and autonomous systems

Atom Max - high-end humanoid research robot

The Atom Max is the most powerful variant in the series and is aimed at highly complex robotic and industrial applications. With 6-DoF Dexterous Hands, advanced sensor technology and maximum computing power, it enables precise manipulation and advanced humanoid robotics research.

• Dexterous Hands with 6 degrees of freedom for precise gripping movements
• 29 degrees of freedom for realistic humanoid movements
• 1500 TOPS AI computing platform
• 3D LiDAR for precise navigation and environment recognition
• Ideal for industrial automation, research and humanoid robotics

Technical features