September 4, 2026 (InvestinChina.asia) – A duck-shaped robot that costs $399 and can teach itself new tricks has sold more than 10,000 units in less than a week, generating over $5 million in sales and exposing just how deeply the next wave of consumer artificial intelligence hardware depends on Chinese silicon and Chinese factories.
The Microduck, unveiled on August 27 by Pollen Robotics—the French subsidiary that Hugging Face acquired in April 2025—has become an unexpected phenomenon. Orders topped $1 million within roughly six hours and exceeded $2.6 million in the first 24 hours, according to Hugging Face co-founder Thomas Wolf. By late Tuesday, cumulative sales had surpassed $5 million, and the company was forced to push delivery dates for new orders past its original Christmas 2026 promise to a four-to-six-month wait.
“This is the first affordable AI robot that can be taught new skills through reinforcement learning,” Hugging Face CEO Clément Delangue said of the device, which stands 25 centimeters tall, weighs just under 800 grams, and ships in four colorways: Cream, Graphite, Lavender, and Sky.
Inside the Duck: A Chinese Chip at the Core
Each Microduck is built around an RK3566 processor from Rockchip, a Shanghai-listed Chinese chip designer. The semiconductor incorporates technology licensed from British firm ARM and features an on-board neural processing unit rated at 1 TOPS (trillion operations per second). Pollen Robotics said it selected the Rockchip chip specifically because of that on-board NPU.
The rest of the bill of materials reads like a snapshot of modern low-cost robotics: 15 servo motors, a wide-angle camera, an 8×8 time-of-flight LiDAR array, dual inertial measurement units, a microphone, a speaker, NFC tags, Wi-Fi and Bluetooth connectivity, and a removable battery—all packed into a body where a jointed beak doubles as a gripper.
But the real differentiator is software. The accompanying SDK, simulation environment, and full reinforcement-learning pipeline are open source under the Apache 2.0 license. Developers can train new behaviors for the duck in a physics simulator using trial-and-error algorithms, export the resulting policy as an ONNX file, and deploy it directly onto the robot’s on-device compute—no cloud required. Hugging Face has positioned this workflow as a “sim-to-real” bridge, letting developers share trained behaviors through the Hugging Face Hub much as they would share AI models.
Lian Jye Su, chief analyst at Omdia, called Rockchip a “key vendor” for edge AI, noting its chips are widely used in machine-vision applications such as object detection and image recognition. But he added a crucial caveat: “While it has massive footprint, the company’s chips are not designed for complex edge AI devices as they lack the compute resources.”
Shenzhen’s Hardware Supply Chain Made the Price Possible
The Microduck is manufactured in China by Seeed Studio, a Shenzhen-based open-source hardware company that also produced Pollen Robotics’ previous robot, the Reachy Mini. That “overseas open-source design, Chinese supply chain manufacturing” division of labor is what allowed Hugging Face to hit a $399 price point that would be impossible if the robot were built in France or the United States.
Rockchip’s own financials underscore how fast the edge-AI opportunity is growing. Last month the company reported a 40% year-on-year increase in first-half operating revenue to 2.88 billion yuan ($428 million), with net profit excluding one-time items surging more than 60%.
The deeper story is what the Microduck reveals about Shenzhen’s evolving role. For an increasing number of robotics startups that lack the capability or necessity to build factories and complete supply chains themselves, the city resembles a kind of physical infrastructure—a development backbone for the physical world that can be directly tapped into. Microduck and Reachy Mini provide concrete examples of this division of labor: Pollen Robotics handles product design, control systems, and the reinforcement-learning stack; Hugging Face provides the open-source AI platform and global developer ecosystem; and the Chinese supply chain, represented by Shenzhen enterprises, transforms a laboratory robot into a product that can be stably manufactured and delivered at a scale of thousands or tens of thousands of units.
Investors Pile In
The frenzy quickly spilled into China’s stock market. Rockchip’s shares surged by the 10% daily limit on August 31, with the stock up as much as 8.4% the following morning and a cumulative gain of roughly 12%–15% over the prior five trading sessions before a slight pullback. Other Chinese chip and communications names—Allwinner Technology, Espressif Systems, and Fibocom Wireless among them—also advanced on the “robot duck” halo effect.
Yet analysts caution that the market enthusiasm is considerably larger than Microduck’s immediate financial contribution to Rockchip. The RK3566 is a mature processor launched in 2020, and sales from a few thousand robots would represent only a small fraction of the chipmaker’s business. Still, Microduck’s breakout debut has handed investors a vivid example of how China’s established electronics supply chain could benefit as AI increasingly migrates from software into affordable consumer robots.
A Strategic Bet on Physical AI
Microduck is the second robot from Pollen Robotics since the acquisition. Its predecessor, the desktop-sized Reachy Mini, launched last spring and also sold more than 10,000 units. Together, the two products sketch the narrative arc of Hugging Face’s robotics strategy: using the logic that made it the dominant platform for open-source AI models—lowering the barrier to entry, enabling sharing, and cultivating network effects—to reshape the robotics industry.
If developers can share robot datasets, policies, benchmarks, simulation environments, and control models through a familiar platform, the global robotics community gains a common layer for collaboration. China has set the pace in deployment and manufacturing; Hugging Face is betting that openness can become a counterweight in software, experimentation, and ecosystem building.
The launch comes at a pivotal moment for the company itself. In the weeks before Microduck’s debut, The Information reported that Nvidia had agreed to acquire Hugging Face for $12.9 billion, though neither company has responded to requests for comment on the reported deal.
For now, the duck waddles on. It can walk, sit, kick a small ball, pick up light objects, roller-skate, and right itself after falling. It may not be the most sophisticated robot ever built. But as the first genuinely affordable reinforcement-learning robot—powered by a Chinese chip, assembled in Shenzhen, and shipped to developers worldwide—it may well prove to be the “Raspberry Pi moment” for physical AI.