Humanoid Database
Disclaimer: All content presented on this site, including robot profiles, images, and descriptions, is provided for editorial, educational and informational purposes only. Humanoid Press does not claim ownership of any third-party trademarks, designs, or intellectual property featured herein. All rights belong to their respective owners.
Maker H01
|
type: |
type 1 |
|
{{variant.name}}:
|
{{opt.name}}
{{opt.name}}
|
Summary:
Maker H01 is the first humanoid robot from GigaAI, a Chinese robotics startup backed by Huawei Hubble Investment. Launched in late 2025, it’s positioned as a Physical AGI platform, designed to bridge large AI models with embodied robotics. Unlike traditional bipedal humanoids, H01 uses wheeled mobility for stability and speed, while retaining humanlike dual-arm dexterity.
Editorial:
Maker H01 embodies GigaAI’s vision of “model-to-body convergence”—turning large language and vision models into real-world embodied intelligence. Its dual 7DOF bionic arms can lift up to 5 kg payloads, adaptable with grippers or dexterous hands. The robot integrates 9 onboard cameras and a 360° LiDAR system, enabling rich perception for navigation and manipulation.
With 28 total DOF, a vertical reach of 0–2 meters, and modular end-effectors, H01 is designed for industrial, service, and research applications. GigaAI emphasizes that this robot is not just hardware—it’s a native AGI platform, intended to accelerate the “ChatGPT moment” for the physical world.
Specifications:
| Feature | Details |
|--------------------------|-------------------------------------------------------------------------|
| Developer | GigaAI (China), backed by Huawei Hubble Investment |
| Launch Date | November 2025 |
| Mobility | Wheeled humanoid platform |
| Degrees of Freedom | 28 total DOF (excluding end-effectors) |
| Arms | Dual 7DOF bionic arms, 5 kg payload, adaptable grippers/dexterous hands |
| Reach | Vertical reach 0–2 meters |
| Vision System | 9 onboard cameras + 360° LiDAR |
| AI Focus | Physical AGI native platform, model-to-body convergence |
| Use Cases | Industrial automation, service robotics, embodied AI research |
Image: @AIAndCar