Overview
pib stands for printable intelligent bot and is a 3D printable humanoid robot anyone can build themselves. It is an open source project for makers interested in robotics, 3D printing and AI. pib is accessible to educators and STEM learners through the pib.Education platform, and component kits are available through pib.Shop for those who want to assemble their own humanoid robot.
Flagship features
- pib is a 3D-printable, humanoid open-source robot
- Primarily intended for technology enthusiasts
- Well-received in the education sector with over 70 schools and educational institutions using it
- Students assemble the robot as part of their school year
- Equipped with a camera, speakers, microphones, and a display
- Features an effective voice assistant
Specifications
Category: Humanoid- Form factor
- full bipedal
- Weight
- 7.5 kg
- Mobility
- bipedal
- Total DOF
- 30
- Hot-swap battery
- No
- Onboard compute
- null
- Sensors
- camera, microphone, speaker
- LiDAR
- No
- F/T sensors
- No
- VLM on-board
- No
- Imitation learning
- No
- Bimanual
- No
- Stair climbing
- No
- Terrain
- flat indoor
- Programming
- code python,drag and drop,visual block
- ROS 1
- No
- ROS 2
- No
- API / SDK
- No
- SDK languages
- Python
- Maturity
- commercial
- Environments
- indoor
- Industries
- education
- Price tier
- 150K+
- Warranty
- null yr
Detailed specifications
Motion & kinematics2
- Dof
- null
- Repeatability Mm
- null
Other11
- Height Mm
- 890
- Applications
- education,robotics
- Sub Category
- full_bipedal
- Datasheet Url
- Preview PDF online
- Fda Clearance
- null
- Operating Temp
- 1175+°F
- Company Country
- DE
- Lead Time Weeks
- null
- Deployment Notes
- Used in over 70 educational institutions across Germany and Europe.
- Software Platform
- Cerebra software
- Additional Information
- - pib is a 3D-printable, humanoid open-source robot. - Primarily intended for technology enthusiasts. - Well-received in the education sector with over 70 schools and educational institutions using it. - Students assemble the robot as part of their school year. - Equipped with a camera, speakers, microphones, and a display. - Features an effective voice assistant. - Capable of recognizing and imitating hand movements. - Recommended filament: PETG. - Printing time: approximately 1 week or more. - Assembly time: approximately 40 hours for first-time builders. - Uses a microphone array starting with version #4. - Hardware released under AGPL3 license. - Supports ROS inside Docker containers.
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