Tiny open-source robots from Pollen Robotics have attracted widespread attention after Nvidia CEO Jensen Huang demonstrated their playful tricks, sparking interest ahead of the Christmas shopping season.

A group of tiny robots that can walk, sit, tumble, and respond to voice commands is attracting attention from technology enthusiasts and robot fans. The Microducks, developed by Pollen Robotics, went viral after Nvidia CEO Jensen Huang interacted with them during his keynote at the company’s GTC Berlin conference.

The demonstration quickly became a talking point online, with viewers drawn to the robots’ small size, playful movements, and electronic sounds. According to Hugging Face co-founder Clem Delangue, preorders for the Microducks surpassed 20,000 units by the day after the video gained attention.

The response has raised the possibility that the small robots could become a popular technology gift this Christmas, appealing not only to children but also to adults interested in robotics and artificial intelligence.

What Are Microduck Robots?

Microducks are compact, open-source robots created by Pollen Robotics. Their design focuses on interactive movement and experimentation, allowing users to explore robotics without needing a large or complicated machine.

In the demonstration shared online, the robots performed several basic actions, including walking, sitting, falling over as if taking a nap, and responding to voice commands. Their movements and playful behavior helped the video reach a wider audience beyond the robotics community.

Unlike conventional toys that offer a fixed set of interactions, Microducks are designed around an open-source approach. This gives users opportunities to experiment with their behavior and explore how robotic systems work.

How Does AI Help Microducks Learn Tricks?

The robots come with basic behaviors developed using simulation and Nvidia’s technology stack. In this approach, robotic actions can be trained or tested in virtual environments before being used on physical hardware.

The supplied product information describes basic movements such as walking, sitting, and standing among the behaviors available when the robots are delivered.

Owners can also train their Microducks to perform additional tricks and share those behaviors with the wider community, according to Pollen Robotics.

This approach could make the robots useful for more than entertainment. Developers, students, and robotics enthusiasts may also find them interesting as an accessible way to experiment with robot behavior and AI-assisted development.

However, the ability to train new tricks does not mean the robots can independently perform every task or understand every voice command. Their capabilities depend on the software, hardware, and training methods involved.

Hugging Face’s Growing Interest in Robotics

Pollen Robotics became part of Hugging Face in 2025. Hugging Face is widely known for its open-source machine-learning tools, models, and developer community.

Microducks are part of the company’s broader interest in making robotics more accessible. The product follows Reachy Mini, another compact robot designed for experimentation and interaction.

The open-source approach is particularly relevant because robotics development often requires a combination of hardware, software, control systems, and machine-learning tools. Sharing code and behaviors can help developers learn from one another and build on existing work.

For hobbyists and researchers, these platforms can provide a practical way to explore robotics without developing an entire system from scratch.

Could Microducks Become a Popular Christmas Gift?

The reported preorder figure of more than 20,000 units suggests strong early interest following the viral demonstration. Delangue has also suggested that Microducks could become one of the year’s best-selling robots.

The timing could help the product attract additional attention as consumers begin looking for holiday gifts.

Microducks may appeal to several audiences, including technology enthusiasts, families interested in interactive toys, students exploring robotics, and adults who enjoy experimenting with open-source hardware.

Still, preorder numbers and social-media attention do not guarantee that the robots will become a mainstream bestseller. Actual demand will depend on factors such as pricing, availability, delivery schedules, ease of use, and the experience buyers receive after purchase.

The company has indicated that deliveries are expected in time for Christmas, although prospective buyers should check the official product page for current availability and shipping information.

Why Small Open-Source Robots Matter

Microducks illustrate how robotics companies are combining accessible hardware with AI and community-driven development.

A small, interactive robot can make technical concepts more approachable than a traditional robotics kit. Users can observe its movements, experiment with different behaviors, and potentially share improvements with other owners.

Open-source platforms can also encourage experimentation beyond the original manufacturer’s intended uses, provided users have the necessary technical skills and compatible tools.

At the same time, the wider significance of Microducks will depend on how much control users have over the hardware and software, the quality of the development resources, and the size of the community that forms around the product.

Conclusion

The Microduck demonstration shows how a simple robotics presentation can attract widespread interest when technology combines practical experimentation with an engaging design.

With reported preorders exceeding 20,000 units, Pollen Robotics’ tiny robots have gained considerable attention ahead of the holiday season. Their open-source design and ability to learn additional behaviors could also make them appealing to people interested in AI and robotics beyond their entertainment value.

Whether Microducks become a major Christmas hit remains to be seen, but their early popularity highlights growing interest in small, interactive robots that let users explore technology hands-on.

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