KORTHOS / ECOSYSTEM / PRODUCT

DOBOT ATOM

About

About DOBOT ATOM

DOBOT ATOM is a full-size bipedal robot developed for industrial handling and commercial manipulation tasks. Its Neuro-Driven Dexterity System combines binocular RGB vision, Transformer-based control and high-frequency joint commands for coordinated upper-body movement. The walking system uses imitation and reinforcement learning to produce a straighter-knee gait suited to movement around workstations.

DOBOT's Robot Operator Model-1 connects perception and task instructions with action planning, while fleet functions support coordinated operation around other robots and people. Intended applications include automotive material handling, beverage preparation and pharmacy dispensing. These are configured task programmes, with tooling, learned behaviours and operating conditions determining performance. ATOM's base architecture should be distinguished from separately named higher configurations and from DOBOT's other industrial robot products.

12 APR 2026

China’s humanoid push is moving into production

Capabilities

Source-backed capabilities

  • Operating environments: Industrial environments, Automotive assembly lines, Coffee shops, Pharmacies
  • Bipedal walking

    Claimed - Walk with a straight-knee gait through narrow industrial spaces. - environment: Industrial environments

    Source
  • Robotic assembly

    Claimed - Manipulate components and tools during intended assembly tasks.

    Source
  • Material handling

    Claimed - Handle materials along automotive assembly lines. - environment: Automotive assembly lines

    Source
  • Beverage preparation

    Claimed - Prepare beverages in intended coffee-shop workflows. - environment: Coffee shops

    Source
  • Pharmacy dispensing

    Claimed - Dispense medication in intended nighttime pharmacy workflows. - environment: Pharmacies

    Source

Operations

  • Shipments

    global mass production and delivery started - 2025-06-27 - global customers - humanoid robot delivery - DOBOT debuted global mass production and delivery of its Atom humanoid robot at a Nagoya launch event.

    Source

Supply

Supply / Components

  • DOBOT ATOM

    Realsense D455 For Dobot Atom Configurations - depth_cameras - RealSense - DOBOT ATOM Max and ATOM D Data Collection configurations use RealSense D455 depth cameras - source: dobot-robots.com

    Source

Resources

Media library

Timeline

  • Dobot starts third-batch ATOM production and delivery

    2026-02-04 - Production Milestone - The company described DOBOT-VLA as translating visual and language inputs into structured task sequences and adaptive actions. Its production approach combined robot hardware, control and application requirements, with support for different end tools and coordinated operation with other robot forms.

    Source
  • Dobot puts Atom to work at Shenzhen’s K11 cinema

    2026-01-06 - Deployment - ECNS reported that the robot could refill spilled popcorn and relocate a cup moved during filling, allowing the task to continue after disturbances. The report described operation without remote control and claimed up to 14 hours of continuous work and more than 1,000 cups per day.

    Source
  • DOBOT begins delivery of Atom humanoid robots in Nagoya

    2025-06-27 - Production Milestone - More than 200 Japanese partners and dozens of media representatives attended the Nagoya conference. Atom used DOBOT’s Neuro-Driven System to coordinate upper- and lower-body motion, combining dexterous manipulation with straight-knee walking.

    Source

Context

Market context

DOBOT Atom Trainer is a humanoid robotics platform for embodied AI training with 29 DoF, optional dexterous hands and edge compute.

  • Target environment: Research labs, AI development environments and embodied AI research facilities.
  • Workflow context: Embodied AI training, manipulation research and humanoid development using a full hardware and sensor platform.
  • Customer context: Robotics researchers, AI labs and embodied AI teams developing manipulation and control models.
  • Deployment model: Commercial product from Dobot for embodied AI and humanoid development.
  • Commercial maturity: Commercially available humanoid trainer platform with broad sensor and compute configuration.
  • Adoption constraints: Designed for research and AI training rather than industrial production deployment.
  • Market position: Extends Dobot beyond cobots into embodied AI training platforms.
  • Adjacent products: Booster T1, developer humanoid platforms

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