The United States' next big strategy revealed: going all-in on humanoid robots
After semiconductors, artificial intelligence, and clean energy, the United States is preparing for the next "strategic high ground"—humanoid robots.
According to the latest report from Politico, the Trump administration is brewing a new national-level robotics strategy, positioning "humanoid robots" as a key part of future industrial competition. U.S. Commerce Secretary Howard Lutnick has begun meeting frequently with senior executives of large tech companies, and is weighing a possible executive order to be issued next year with the aim of accelerating domestic R&D and manufacturing of humanoid robots. Meanwhile, the U.S. Department of Transportation is also organizing a robotics task force to pave the way for a relevant policy framework.
After AI data centers, power grid upgrades, and chip manufacturing, humanoid robots are now being pushed to the forefront of the national industrial strategy.
The Timing is Intriguing: Tesla is Preparing for the Era of "Millions of Robots"
Another important background to the U.S. government doubling down on humanoid robots is Tesla's noticeably speeding up actions.
Musk has previously revealed that Tesla plans to expand the production of its humanoid robot Optimus to the one-million unit level by the end of next year. Earlier this year, Tesla even placed a huge order for linear actuators from China, which was seen as a signal that its robotics business was about to accelerate comprehensively.
If Tesla achieves this goal, it means humanoid robots will truly cross the threshold from the laboratory stage to mass industrial production. For any country, this is a "technological inflection point" that cannot be ignored.
A spokesperson from the U.S. Department of Commerce stated clearly:
"We are committed to robotics and advanced manufacturing, because they are crucial to bringing key industries back to the United States."
Behind this statement is the goal that the United States has repeatedly emphasized in recent years: rebuilding domestic supply chains and reducing external dependence, especially in the increasingly fierce competition with China in technology and manufacturing.
Congress is Taking Action: A National Robotics Committee is Soon to Emerge
It's not just the executive branch; interest in the robotics industry is also rapidly rising on Capitol Hill.
According to reports, the Republican Party proposed an amendment to the latest National Defense Authorization Act (NDAA) to establish a "National Robotics Committee". Although it was ultimately not written into the final act, other related legislative efforts are still underway. This shows that amidst bipartisan struggles and global upheaval, technological autonomy has become one of the few consensus issues.
Beyond AI, chips, space, drones, and clean energy, robots are regarded as an important piece of the puzzle for future comprehensive national power. Especially as trends such as population aging, labor shortages, and accelerated manufacturing automation unfold, the strategic value of humanoid robots will only increase.
Investments Already "Betting on the Future": Humanoid Robots May Reach 1 Billion Units by 2050
Wall Street has long begun betting on this sector.
Morgan Stanley analyst Shawn Kim pointed out in a recent report that by 2050, the cumulative deployment of humanoid robots worldwide may exceed 1 billion units.
Their basic judgment is: before 2035, market adoption speed will be relatively slow; but with breakthroughs in hardware and AI models, continuously falling costs, and rising societal acceptance, adoption of humanoid robots will pick up notably in the second half of the 2030s, and explode in the 2040s.
In other words, the national strategy that seems forward-looking or even "ahead of its time" today is actually staking a claim over the industrial landscape after 2030 in advance.
Coping with Major Power Technology Competition
From a broader perspective, humanoid robots are just one move in a larger game.
The U.S. government has clearly realized that the next decade will be a key period for major global powers to compete comprehensively in high-tech fields. As global dynamics trend toward "bloc formation" and "de-risking", chips, rare earths, AI models, robots, drones, space technology, and more are no longer merely commercial issues, but standard national security questions.
Within this logic, humanoid robots—a "composite" integrating advanced manufacturing, AI chips, batteries, servo systems, and precision materials—naturally become a coveted strategic territory.
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