Albert HUBO
KAIST and Hanson RoboticsResearch platform
A research collaboration combining KAIST's HUBO walking platform with an expressive Albert Einstein-inspired head by Hanson Robotics.
View robot detailsItaly · sources checked 2026-08-15
An open research humanoid created to study embodied cognition, learning and sensorimotor development.
Price status
Research platform; contact IIT
Contact research team · Research platform; contact IIT
| Category | Research humanoid |
|---|---|
| Commercial status | Active research platform |
| Availability | Contact research team |
| Release year | 2004 |
| Height | 104 cm |
| Weight | 33 kg |
| Degrees of freedom | 53 |
| Target markets | Research, Education |
| Use cases | Cognitive robotics, manipulation, perception and embodied AI research |
Research platform; contact IIT
No numerical price is recorded in this catalog entry. Check the manufacturer’s current offer and confirm the model, included software, taxes and shipping.
The two comparison records have the nearest recorded heights in the same catalog category.
| Field | iCub | Honda ASIMO | Albert HUBO |
|---|---|---|---|
| Height | 104 cm | 130 cm | 137 cm |
| Mass | 33 kg | 48 kg | 57 kg |
| Recorded degrees of freedom | 53 | 57 | 66 |
| Source date in record | 2026-08-15 | 2026-08-15 | 2026-08-15 |
| Product source | iCub documentation | Honda ASIMO documentation | Albert HUBO documentation |
iCub is recorded as 26 cm shorter than Honda ASIMO. This subtraction uses the recorded heights.
iCub is recorded as 33 cm shorter than Albert HUBO. This subtraction uses the recorded heights.
Dimensions do not measure task success. Joint counts may cover different configurations or include different hand mechanisms. Confirm each configuration in its linked documentation before comparing control access.
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manufacturer
Official iCub website
https://icub.iit.it/
verification
IIT iCub product catalog
https://icub.iit.it/products/product-catalog
Research platform
A research collaboration combining KAIST's HUBO walking platform with an expressive Albert Einstein-inspired head by Hanson Robotics.
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