Pollen Robotics, based in Bordeaux, France, introduced the Microduck on Thursday, describing it as a robot designed for immediate action and ready for training via reinforcement learning. The tiny robot — roughly the size of a plush toy — is intended as an affordable testbed for developers, researchers, and hobbyists to explore AI on real hardware.
Microduck ships with 1 GB of RAM, 32 GB of onboard storage, and a 50 Hz onboard policy loop that connects its AI to sensors for real-time decision-making. It features a front-facing camera, a built-in LiDAR unit for depth sensing, and an articulated beak capable of grasping objects weighing up to 100 grams. A video on the product's website demonstrates the robot picking up socks and a marker and placing them in a box. Microduck can also right itself when knocked over and, with an optional accessory pack, roller skate, play with a ball, and follow a laser pointer.
While the hardware is proprietary, Pollen Robotics has released the entire software stack as open source, including robot control, simulation, reinforcement learning training, and sim-to-real deployment. The company encourages users to share skills once the Microduck system goes live later this year. "Anyone can train new behaviors … in simulation using reinforcement learning," Pollen representative Santiago Pavon wrote in an email. "Adding purpose and autonomy to the robot is something we are still working on, and we expect the community to pick up and contribute."
The announcement comes against the backdrop of a reported acquisition deal. Business Insider, citing a person familiar with the matter, reported that Nvidia has agreed to buy Hugging Face for around $13 billion. The deal has not been confirmed, and Hugging Face and Nvidia have not commented. If true, it would represent Nvidia's first major push into AI model hosting and open-weight AI, a space where it already participates through its own Nemotron models.
Microduck is available for preorder now, with units expected to ship before Christmas 2026. Pollen Robotics hopes the community will help achieve autonomous behaviors such as voice recognition, simultaneous localization and mapping, navigation, and grasping — though the robot's small size and payload limit its practical applications.