Domo product profile
Domo is Rotaku compact humanoid robot platform for developers, educators and researchers. It is positioned as a lower-cost humanoid for AI training, programming, interaction experiments and physical-AI development.
Facts
- Company: Rotaku
- Product type: Humanoid
- Status: preorder
- Capability focus: Generalist
- Website: https://www.rotaku.ai/
Profile sections
- Summary
- Overview
- Market context
- Audience
- Workflow
- Capability
- Deployment environment
- Positioning tags
- Specifications
- Tags
- Timeline / Research
- Comparable Systems
- Sources
Summary
Domo is Rotaku compact humanoid robot platform for developers, educators and researchers. It is positioned as a lower-cost humanoid for AI training, programming, interaction experiments and physical-AI development.
Overview
Domo is Rotaku compact humanoid robot platform for developers, educators and researchers. It is positioned as a lower-cost humanoid for AI training, programming, interaction experiments and physical-AI development.
Market context
Low-cost humanoid developer platform from Rotaku, aimed at labs, educators, and independent builders that need an accessible bipedal robot rather than a full industrial system.
- Target environment: Research labs, classrooms, developer workbenches, robotics clubs and embodied-AI experimentation settings.
- Workflow context: Bipedal control, manipulation research, teleoperation, sim-to-real policy work and affordable humanoid development.
- Customer context: Educators, researchers, developers and builders needing a smaller humanoid platform below industrial humanoid pricing.
- Deployment model: Preorder developer-platform model tied to Rotaku's low-cost humanoid positioning.
- Commercial maturity: Preorder-stage product with published positioning and limited field-deployment evidence.
- Adoption constraints: Adoption depends on developer support, hardware reliability, software access, spare parts, documentation and research-task suitability.
- Market position: Accessible humanoid developer platform aimed at lowering the cost of bipedal robotics experimentation.
- Adjacent products: Domo Plus, Unitree G1 EDU, ROBOTIS OP3, Reachy Mini
Workflow
Bipedal control, manipulation research, teleoperation, sim-to-real policy work and affordable humanoid development.
Deployment environment
Research labs, classrooms, developer workbenches, robotics clubs and embodied-AI experimentation settings.
Positioning tags
- Audience: Developers
- Workflow: Bipedal control, manipulation research, teleoperation, sim-to-real policy work and affordable humanoid development.
- Capability: generalist
- Deployment environment: Research labs, classrooms, developer workbenches, robotics clubs and embodied-AI experimentation settings.
Specifications
- Battery System: Swappable battery packs
- Cameras: Wide-FOV depth camera
- Form Type: Compact developer humanoid robot
- Commercial Status: Reservation batch open
- Starting Price Usd: 2999 USD
- Weight Kg: 20 kg
- Total Dof: 23 DoF
- Runtime Hours: Up to 2 h
- Charging Time Minutes: 30 min
- Height Cm: 90 cm
Tags
- Peer Group: Humanoid robot platform
- Workflow: Humanoid workplace tasks
- Capability: Autonomous navigation, Force control
- Deployment Environment: Industrial facility
- Stack Layer: Finished robot platform
- Commercial Stage: Commercial product
Timeline / Research
- 2026-05-11 - Product Launch - Rotaku opens reservations for Domo developer humanoid robot line - Rotaku opened a limited reservation batch for its Domo humanoid robot line with configurable platform and add-on options.
- 2026-05-11 - Market Signal - Rotaku announces backing from a U.S. fund for Domo humanoid platform - Rotaku announced backing from a U.S. fund for its accessible humanoid robot platform.
Comparable Systems
- ALLEX - WIRobotics - Humanoid
- Walker C - UBTECH Robotics - Humanoid Platform
- Walker S1 - UBTECH Robotics - Humanoid Platform
- Walker S - UBTECH Robotics - Humanoid Platform
- Songxing - SIASUN Robot & Automation Co., Ltd. - Humanoid
- Motion 2 - VinMotion - Humanoid
Domo canonical Korthos profile