DOBOT Atom - humanoid robot
- Item no: F25110703
Dobot Atom - The intelligent humanoid robot for the future
Discover Dobot's first humanoid robot: the Dobot Atom - a universal, life-size AI platform designed for maximum precision, adaptability and collaboration.
Precision to perfection
Thanks to the innovative Neuro-Driven Dexterity System (NDS), the Dobot Atom controls an impressive 28 degrees of freedom in the upper body. The AI based on Transformer architectures and the integrated binocular RGB vision system enable extremely precise, human-like fine motor skills. From tool use and component assembly to the safe handling of a wide variety of objects: the Dobot Atom acts as skillfully as a human hand.
Ready for use anywhere
With the intelligent Robot Operator Model-1 (ROM-1), the Dobot Atom learns complex tasks independently through imitation and reinforcement. Its ability to break down tasks into sub-steps makes it ideal for a wide range of industries: from automotive production and retail to medical and hospitality applications.
Natural locomotion
The Anthropomorphic Walking System (AWS) enables natural, energy-efficient locomotion on two legs - without any bent knees. As a result, the Dobot Atom saves 42% energy compared to conventional walking robots and navigates safely through narrow corridors or over uneven surfaces.
Perfect cooperation
With its powerful edge computing system (7.7x faster than industry standard) and integrated safety functions, the Dobot Atom is ideal for direct collaboration with humans and other robots on production lines, in warehouses or service teams.
Variants of the Dobot Atom at a glance
Dobot Atom D - The data specialist
The Dobot Atom D is optimized for large-scale data collection. With its 7 degrees of freedom per arm, the high-resolution Intel RealSense D455 depth camera and modular end effectors (e.g. 5-finger hands or adaptive grippers), it is perfectly suited for VR/MR simulations, teleoperation and precise environmental data acquisition. Its robust Ethernet connection ensures fast processing of large amounts of data.
Typical areas of application:
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Simulation and VR training systems
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Large data collection projects
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Research in the field of human-robot interaction
Dobot Atom Trainer - The AI training platform
The Dobot Atom Trainer is specially designed for AI and robot training. With 29 degrees of freedom, integrated 360° LiDAR, stereo cameras and a 1500 TOPS AI computing unit, it provides the perfect basis for AI-supported learning, object recognition and autonomous navigation. It supports both classic remote control and segmented control and can easily be extended with your own AI models.
Typical areas of application:
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Development and training of AI algorithms
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University research and teaching
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Prototyping of new robotics solutions
Dobot Atom Max - The high-end system
The Dobot Atom Max is the most powerful version of the series. With 41 degrees of freedom, 5-finger dexterity, advanced VR/MR teleoperation and sub-millimeter precision, the Atom Max is ideal for demanding industrial and scientific tasks. It combines a powerful real-time edge computing system with comprehensive environmental perception (360° LiDAR and depth cameras).
Typical applications:
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High-precision assembly and manufacturing
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Dynamic motion research
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Robust teleoperation and remote maintenance
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Research in humanoid robotics
Feature | Dobot Atom D (Data Collection) | Dobot Atom Trainer (AI training) | Dobot Atom Max (high-end) |
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Degrees of freedom (without hands) | 29 | 29 | 41 |
Hands/grippers | 5-finger hands / 2-finger gripper | Optional: 5-finger hands / grippers | 5-finger hands |
Vision system | Full HD + Intel RealSense D455 | Full HD + Intel RealSense D455 + 360° LiDAR | Full HD + Intel RealSense D455 + 360° LiDAR |
Edge Computing Performance | Base Intel i5 | Intel i5 + 1500 TOPS AI module | Intel i9 + 1500 TOPS AI module |
Maximum arm speed | 5 m/s | 5 m/s | 5 m/s |
Walking speed | 1.5 m/s | 1.5 m/s | 1.5 m/s |
Main application | Data collection & VR environments | AI training & research | High-precision industrial & research applications |
Additional functions | VR/MR-optimized vision | Teleoperation, AI model development | VR/MR teleoperation, markerless tracking |
Battery performance | 2 hours | 2 hours | 2 hours |
