Hugging Face Launches $399 Open-Source Duck-Shaped Robot

Why a Duck Shape for a Learning Robot

Hugging Face has introduced Microduck, a small robot shaped like a duck, priced at $399 and available for preorder now. The device, developed by Pollen Robotics—a French company Hugging Face acquired in 2025—is expected to ship before Christmas 2026. Designed as an open-source platform, Microduck aims to make robotics accessible to hobbyists and educators.

The robot combines playful design with functional hardware, featuring modular components that users can program and customize. Pollen Robotics emphasized that Microduck supports common open-source tools, allowing developers to build applications without starting from scratch. Its launch reflects Hugging Face’s broader strategy to expand into tangible, hands-on AI and robotics experiences beyond software.

How Does Open-Source Help Users Build More

The duck design was chosen to lower the intimidation factor often associated with robotics, especially for younger learners or beginners. Pollen Robotics stated that familiar, friendly forms encourage engagement and experimentation. The shape also houses sensors and actuators in a balanced, stable form factor suitable for tabletop use.

By releasing Microduck as open-source, Hugging Face enables users to modify both hardware schematics and software code. This approach fosters community-driven improvements and educational use in classrooms or maker spaces. The company believes transparency accelerates innovation and reduces barriers to entry in robotics development.

Frequently Asked Questions

What can Microduck do out of the box? Microduck comes with basic movement and sensing capabilities, allowing it to navigate simple environments and respond to light or touch inputs. Users can program it using Python or block-based interfaces to perform tasks like following lines or avoiding obstacles.

Is assembly required before use? Microduck ships mostly assembled, with minimal setup needed to attach optional accessories or calibrate sensors. Detailed guides are provided online to help users get started quickly without prior robotics experience.