A small duck-shaped desktop robot has attracted global attention, not only for its affordable price and open-source design, but also for demonstrating how deeply integrated today’s global technology supply chains have become. At the center of the robot is a Chinese-made processor that has quickly become one of its most sought-after components.
The Microduck, developed by Pollen Robotics, a French subsidiary of U.S.-based AI company Hugging Face, is priced at US$399 and designed as an open-source robotics development platform. Standing just 25 centimeters tall and weighing less than 800 grams, the robot comes with pre-trained functions and supports robot control, simulation, reinforcement learning and AI application development.
Powering the robot is Rockchip’s RK3566 processor, developed by the Shanghai-listed Chinese semiconductor company. The chip is responsible for AI decision-making, motion control, sensor processing, audio and video functions, and system connectivity. Built on ARM architecture, it combines a quad-core Cortex-A55 processor with a 1 TOPS neural processing unit while consuming only around three watts of power, making it suitable for compact, battery-powered robots.
The product itself reflects a highly international manufacturing ecosystem. While Pollen Robotics designed the robot in France under its U.S. parent company, the main processor comes from China, the control board is supplied by Shenzhen-based Radxa, final assembly is completed by Seeed Studio in Shenzhen, and the servomotors are manufactured by South Korea’s ROBOTIS.
Industry analysts believe the project illustrates how companies across multiple countries contribute specialized technologies to create competitive robotics products. According to technology analyst Zhang Xiaorong, China’s strengths in manufacturing efficiency, cost control and hardware optimization have made Chinese components an increasingly important part of the global embodied AI supply chain.
Although the RK3566 was originally designed as a general-purpose AIoT processor for products such as tablets and e-paper devices rather than high-end robotics, developers say its mature software ecosystem, low power consumption and competitive pricing make it an ideal choice for consumer robots.
The Microduck has generated strong market interest since its launch, receiving more than 10,000 pre-orders within four days. Deliveries to customers in North America, Europe and the United Kingdom are scheduled to begin before the end of December.
Its popularity has also sparked a growing community of developers attempting to build their own versions before official shipments arrive. Open-source software and publicly available simulation models have enabled hobbyists to recreate many of the robot’s components, driving demand for compatible hardware.
The surge in interest has placed unexpected pressure on the supply chain. Developers report that Radxa control boards equipped with the RK3566 processor have become difficult to obtain, with prices for some models increasing more than fivefold within days as inventories tightened.
Manufacturing partners have acknowledged that the robot’s complexity and rapid increase in demand have created supply challenges, prompting closer collaboration with multiple component suppliers to expand production capacity.
The success of the Microduck highlights the growing role of Chinese technology within the global robotics industry. As embodied AI applications continue moving from research laboratories into consumer products, China’s semiconductor and manufacturing capabilities are becoming increasingly important in supporting international innovation and large-scale production.
