Atom
DOBOT Robotics

Atom

The Dobot Atom is a next-generation humanoid robot developed by Shenzhen-based Dobot Robotics. Designed for both industrial and service applications, Atom combines advanced AI, precision mechanics, and energy-efficient mobility in a compact form. Priced at approximately USD 27,500, it aims to make humanoid robotics more accessible to a broader market.​

Description

The DOBOT Atom humanoid robot, launched by Shenzhen-based DOBOT Robotics in March 2025, marks a pivotal advancement in embodied AI robotics. As the company's inaugural full-size humanoid, Atom integrates dexterous upper-body manipulation with energy-efficient straight-knee bipedal walking, targeting industrial automation, research, and service sectors. Measuring 153 cm in height and weighing 62 kg, it features 28 degrees of freedom (DoF) in the upper body, enabling human-like precision with ±0.05 mm repeatability. Its architecture revolves around three proprietary systems: the Neuro-Driven Dexterity System (NDS), Anthropomorphic Walking System (AWS), and Robot Operator Model-1 (ROM-1) AI framework. The NDS employs a Transformer-based neural architecture for seamless control of the 28 upper-body DoF, incorporating binocular RGB vision sensors, servo-level vibration suppression, and 200 Hz high-frequency control loops. This setup facilitates intricate tasks such as electronic soldering, precision calibration, cherry picking, micro-component assembly, PCB inspection, and delicate handling, drawing inspiration from human brain-hand coordination. The AWS implements straight-knee gait generation via imitation and reinforcement learning (RL), slashing energy consumption by 42% relative to conventional bent-knee mechanisms. It ensures superior stability, endurance for prolonged operations, navigation through narrow passages, and adaptability to workstation heights from 700-1000 mm. Powering cognition is ROM-1, a 100 million parameter model fusing foundational and domain-specific models, trained through imitation learning and RL. It orchestrates 24 Hz end-to-end (E2E) control for real-time task decomposition, planning, and execution in unstructured settings. Augmented by edge computing hardware delivering 7.7 times industry-standard performance, Atom supports multi-robot orchestration, human-robot interaction, and safety protocols like IP68 ingress protection. Payload capacity spans 5-20 kg, with arm reach up to 1700 mm. Deployment history accelerated post rigorous verification, with mass production and global delivery commencing June 27, 2025, at a Nagoya, Japan launch event, where the inaugural batch was handed to integrator ASKA Corporation. Subsequent showcases include METALEX Thailand 2025 demos, factory training for palletizing and welding, cross-scenario industrial trials (warehouse logistics, high-voltage/high-temperature ops), and service roles like reception, Robotaxi inspection, cleaning, and navigation via partnership with CaoCao Mobility. Priced accessibly from ~USD 27,500 (prototype estimates) to $79,000 for production units, Atom democratizes humanoid tech, evidenced by deployments in Japan, Thailand, and China, underscoring DOBOT's evolution from cobots (80,000+ units shipped globally) to embodied intelligence.

Key Features

Dexterous Manipulation

Neuro-Driven Dexterity System (NDS) with Transformer architecture controls 28 upper-body DoF, ±0.05 mm precision, binocular RGB vision for human-like fine motor skills in assembly, soldering, and handling.

Straight-Knee Walking

Anthropomorphic Walking System (AWS) uses imitation/RL for 42% energy reduction, enhanced stability, narrow-space navigation, and 700-1000 mm height adaptability.

ROM-1 AI Model

100M parameter embodied AI for 24 Hz E2E control, autonomous task planning/decomposition in unstructured environments via imitation and RL training.

Advanced Edge Computing

7.7x industry-standard power enables multi-robot collaboration, human-robot interaction, and real-time adaptation.

Industrial Durability

IP68 rating, 5-20 kg payload, 1700 mm reach for harsh environments like high-temp/voltage operations.

Specifications

AvailabilityPrototype
NationalityChina
Websitehttps://www.dobot-robots.com/​
Degrees Of Freedom, Overall41
Height [Cm]153
Manipulation Performance2
Navigation Performance2
Max Speed (Km/H)
Strength [Kg]
Weight [Kg]62
H.G Skill Score4
VerifiedNot verified
ManufacturerDOBOT Robotics
Height Cm153
Weight Kg62
Dof Upper Body28
Dof Overall41 (Atom Max variant)
Repeatability Mm±0.05
Payload Kg5-20
Reach Mm1700
Ip RatingIP68
Ai ModelROM-1 (100M parameters, imitation + RL, 24Hz E2E)
Compute7.7x industry standard edge computing
VisionBinocular RGB
WalkingStraight-knee AWS (42% energy reduction)
Control Frequency200 Hz (manipulation), servo-level vibration suppression
MaterialsNot specified (industrial-grade)
BatteryN/A (optimized for continuous operation)
SensorsBinocular RGB vision; additional intelligent sensing (proprietary)
ProcessorsAdvanced edge compute platform
ConnectivitySupports multi-robot collab

Curated Videos

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Frequently Asked Questions

What are the main specifications of the DOBOT Atom?

Atom features 28 upper-body DoF, 153 cm height, 62 kg weight, ±0.05 mm repeatability, 5-20 kg payload, up to 1700 mm reach, IP68 protection, and straight-knee walking with 42% energy savings. Powered by ROM-1 AI and edge computing.

What AI models does Atom use?

The Robot Operator Model-1 (ROM-1), a 100M parameter model trained on imitation and reinforcement learning, enables 24 Hz end-to-end control for task decomposition and unstructured environment adaptation.

Is the DOBOT Atom available for purchase?

Yes, mass production and global delivery started June 27, 2025. First batches delivered in Japan; contact [email protected] for pricing (approx. $27,500-$79,000) and availability.

What real-world applications has Atom demonstrated?

Deployments include industrial tasks like PCB inspection, logistics, high-voltage ops; service roles in reception, cleaning, Robotaxi inspection with CaoCao Mobility; demos at METALEX Thailand for palletizing and welding.

How does Atom's walking differ from other humanoids?

Straight-knee AWS mimics human biomechanics, reducing energy by 42%, improving endurance/stability over bent-knee designs, ideal for industrial workstations and narrow spaces.

What is the battery life or runtime of Atom?

Specific runtime per charge not publicly detailed; optimized by straight-knee walking for extended operations, with focus on continuous industrial use. Inquire via DOBOT for exact figures.

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