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The FCC is proactively preventing dependency on foreign adversaries for critical future technology. By adding advanced robotics like humanoids to its "covered list," it bans the import of new models from certain nations, signaling to the market to invest in a domestic US supply chain before one is even established.

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Onshoring is not possible by replicating China's labor-intensive model, making autonomous robots a necessity. Simultaneously, the strategic, dual-use nature of this technology makes it imperative to develop these robots domestically. This creates a powerful feedback loop where the technology enables onshoring while the need for the technology drives it.

By banning only *new models* of foreign drones, the FCC is signaling a long-term protected market for U.S. manufacturers. This gradual approach acknowledges that the current domestic industry is uncompetitive and needs time and incentive to scale up to compete with firms like DJI.

Boston Dynamics' interim CEO, Amanda McMaster, states unequivocally that humanoid robots from China should not be allowed in the US. She frames it as a critical national security and safety issue, citing data back-channeling risks and drawing a parallel to the strategic importance of winning the semiconductor race.

Current US policy is reactive, fixing compromised supply chains like semiconductors. A proactive 'offensive' strategy would identify nascent, critical industries (e.g., humanoid robotics) and build the entire supply chain domestically from the start, securing a long-term economic and national security advantage.

While the US leads in AI chip manufacturing, China can produce humanoid robots at a fraction of the cost. Didi Das argues this manufacturing disparity makes protectionist policies like the robot ban necessary for the US to compete, a different strategic situation than the one for LLMs and semiconductors.

To be safe in a military sense, the U.S. must regain independence in its hardware supply chain. Key components for drones and robots, like magnets and actuators, have been outsourced. Re-industrializing and re-learning how to make things at scale is a national security imperative.

The US government could ban Chinese humanoid robots because the industry is so new that no significant coalition of US companies relies on them. This contrasts with Chinese LLMs, where businesses are already integrated and benefiting from lower costs, creating resistance to a ban.

The U.S. ban on Chinese humanoid robots faces little resistance because the technology is nascent. Unlike bans on established tech like Chinese LLMs, no coalition of U.S. companies has built dependencies on these robots, making a preemptive ban politically feasible.

The U.S. ban on new foreign drones is a strategic industrial policy. By eliminating competition from market leader DJI, the policy is designed to foster a domestic drone industry that can serve consumer needs while building the capacity to scale production for potential military conflicts.

Jason Calacanis argues that the US should ban Chinese autonomous vehicles and robots using a simple parity test: "they would never allow us to do the the same situation in their country." This principle of reciprocity justifies banning foreign hardware that could be weaponized, from surveillance cameras to self-driving cars.