Washington's Robot Ban Raises Costs for US Factories

The Federal Communications Commission recently added foreign-made humanoid robots, four-legged inspection units, and warehouse mobile platforms to its Covered List. This designation prevents new models from obtaining the necessary equipment authorization to be sold legally in the United States. The rule took effect immediately, leaving only devices already certified in the market. While the policy is framed as a security measure, it effectively creates a high barrier to entry for international manufacturers seeking access to American industrial facilities.

The scope of the ban is broader than it initially appears. The order exempts stationary industrial arms and devices weighing less than 4.4 pounds, but it captures almost every mobile robot equipped with cameras and data connectivity. Crucially, the definition of an "American" robot relies on domestic content thresholds. This means that a Japanese quadruped, a German inspection unit, and a Korean warehouse robot are treated the same as a Chinese one, regardless of the country of origin. This blanket approach ignores the significant technological differences between these manufacturers.

The US Lags in Robotics Production

The decision comes against a backdrop of stark statistical disparities in global robotics production. According to data cited in a recent opinion piece from GN auto tech/robotics: humanoid robot, Chinese manufacturers shipped 97 percent of the world's humanoids in the first half of 2026. In conventional factory automation, the gap is even wider. The International Federation of Robotics reported that China installed 295,000 industrial robots in 2024, accounting for more than half of the global total. In contrast, the United States installed only 38,000 units in 2025. China’s total operational stock now exceeds two million machines, roughly four and a half times the figure for Japan.

Perhaps most concerning for Washington is the shift in supplier dynamics. Foreign robot makers, historically dominated by Japanese and European firms, once controlled the Chinese factory floor. However, Chinese firms have rapidly increased their market share, rising from 30 percent in 2020 to 57 percent by 2024. In the metals and machinery sectors, their share has reached 85 percent. This rapid import substitution suggests that the US is struggling to keep pace with the speed at which China is developing its domestic robotics ecosystem.

Chips and Model Training Challenges

The US has long relied on export controls to limit Chinese technological advancement, specifically by restricting access to advanced American chips. The underlying logic was that limiting chip access would cap the quality of Chinese AI models, which in turn would hinder their robotics industry. However, this strategy has shown cracks. In July, Meituan released LongCat-2.0, a massive 1.6-trillion-parameter model, into the open source community. This model was trained on approximately 50,000 chips from Huawei, Moore Threads, and MetaX, demonstrating that Chinese firms can develop sophisticated AI systems even without access to Nvidia hardware.

China has also integrated embodied AI into its national planning, with its 15th Five-Year Plan including standards for data collection and the establishment of over 70 dedicated sites. While about 40,000 humanoids were shipped in China during the first half of 2026, many remain in the demonstration phase. Companies like Unitree are selling units for near $6,000, though they are still operating at a loss. The US ban may inadvertently push these manufacturers to focus more intensely on their domestic and allied markets, further reducing the availability of affordable robotics for American buyers.

Economic Impact on American Industry

Critics argue that the FCC's move, combined with Section 232 probes, raises the price and shrinks the menu of machines available to US plants by 2028. The lack of a matching domestic base for critical components like reducers, servos, and lidar means that American manufacturers are less competitive. The policy treats security concerns about networked cameras as a reason to restrict access, but it fails to distinguish between potential security risks and industrial policy. By treating Japanese and Korean units similarly to Chinese ones, the US is effectively limiting its own industrial flexibility.

The real competition is not just with China, but with factories in Indonesia, Mexico, Vietnam, and the Gulf, which are increasingly adopting advanced robotics to boost efficiency. The US ban risks ceding the advantage in physical layer AI to these competitors. While the security rationale for the ban is understandable, the trade-off is a less competitive American manufacturing sector. The US is banning the very robots it currently cannot build, potentially slowing its own industrial modernization while competitors accelerate.