- Dual 7-DOF Arms and 2-DOF Head Humanoid upper-body configuration supports bilateral manipulation, two-handed demonstrations, and directional sensing for diverse data capture scenarios.
- Large-Scale Data Collection Focus Dobot optimizes the Atom D specifically for gathering multimodal operational data for embodied AI training, evaluation, and model development.
- Intel RealSense D455 Depth Camera 6 m range depth sensing combined with 60 fps Full HD binocular vision provides spatial scene data and high-quality RGB imagery for manipulation pipelines.
- Customizable End-Effectors Supports dexterous hands, grippers, and wrist cameras, allowing configuration to match specific manipulation tasks and dataset requirements.
- Wrist Camera Support Close-range task-centered views during manipulation enrich datasets for imitation learning, grasp sequence capture, and visual model training.
- Ethernet Data Connectivity Ethernet port supports efficient external data collection and transfer to downstream processing and storage pipelines.
Description
The Dobot Atom D is a humanoid upper-body robot optimized for large-scale data collection in embodied AI and robot learning workflows. Built around dual 7-DOF arms and a 2-DOF head, it provides the articulation needed to record bilateral manipulation, coordinated two-handed actions, grasp strategies, and varied object-handling sequences. Dobot supports customizable end-effectors — including dexterous hands, grippers, and wrist cameras — so the platform can be configured to match specific data capture requirements, from fine manipulation datasets to structured industrial pick-and-place scenarios.
Visual perception is a central design priority for the Atom D. An Intel RealSense D455 depth camera with a 6 m range pairs with a 60 fps Full HD binocular camera to provide both spatial depth data and high-quality RGB imagery in every recording session. Wrist camera support adds close-range, task-centered views during manipulation, enriching datasets for imitation learning, grasp sequence capture, and action-conditioned visual models. Ethernet connectivity enables efficient external data transfer to downstream processing pipelines. Dobot also notes that the binocular system is designed to minimize VR and MR motion sickness, indicating the Atom D is built for human-in-the-loop teleoperation and demonstration workflows, not only autonomous operation.
Fonctionnalités
Spécifications
| Brand | Dobot |
|---|---|
| Model | Atom D |
| Configuration | Upper body humanoid |
| Arm DOF | Dual 7-DOF arms |
| Head DOF | 2-DOF |
| Binocular Camera | 60 fps Full HD |
| Depth Camera | Intel RealSense D455, 6 m range |
| End-Effector Options | Dexterous hands, grippers, wrist cameras |
| Connectivity | Ethernet |
| Primary Use | Large-scale data collection for embodied AI |
Secteurs
Questions fréquentes
The Atom D is a humanoid upper-body robot designed for large-scale data collection in embodied AI research and robot learning. It provides bilateral manipulation capability, high-quality visual and depth sensing, and support for customizable end-effectors to record diverse manipulation datasets.
Dual 7-DOF arms, a 2-DOF head, a 60 fps Full HD binocular camera, Intel RealSense D455 depth sensing, and optional wrist cameras give the Atom D the sensor coverage needed for rich multimodal datasets. Its teleoperation-compatible binocular vision design also supports human-in-the-loop demonstration workflows.
The Atom D is primarily suited to robotics research labs, embodied AI development teams, and university programs focused on manipulation, imitation learning, and robot policy training. It can also serve industrial teams building large-scale training datasets for future automation.
Robotix Market ships the Dobot Atom D worldwide. The product is covered by the manufacturer's warranty as specified by Dobot; no third-party or on-site service warranty is included.
Contact Robotix Market through the website to request a quote, discuss configuration options, or arrange international shipping. Our team is available to support both research procurement and technical integration inquiries.
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