The U.S. Wants to Break China’s Drone Dominance. Here’s Where It Will Struggle.

The elephant in the room. China graduates 5-6 engineers each year for every one in the US. While we pine away debating DEI, Trans rights and other "social justice" issues China marches on developing technology at a great neck pace, Their EV vehicles have surpassed with we or the EU can produce.

On the other hand, China is nowhere to be seen as we choke their supply of energy with our blockade. Militarily they aren't yet a match.

My take: The greatest threat to the long term well being of all Americans is Chinese dominance and allowing the 2nd largest economy to play the game using unfair rules. If America develops the can do spirit of innovation at the college level (& trade schools) our economic engine will continue to grow. That, more than a socialist gov spirit, lifts all boat.

This message was paid for by Spritzler for President.

The U.S. Wants to Break China’s Drone Dominance. Here’s Where It Will Struggle.

A part-by-part breakdown of a typical first-person-view drone shows the strength of China’s stranglehold

By Josh Chin, Merrill Sherman, Jason French and Ievgeniia Sivorka, WSJ

May 2, 2026 10:00 pm ET

China dominates global drone production, making countries like Russia, Ukraine and Iran dependent on its supply chain for military drones.

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With drones revolutionizing the battlefield in Ukraine, Iran and beyond, the U.S. is striving to dominate this latest evolution in military technology the way it has with previous wartime innovations. There is just one problem: China got there first.

Teardowns of drones recovered in Ukraine hint at the extent of China’s stranglehold on production. A recent dissection of a Russian first-person-view, or FPV, quadcopter by the Bulava unit of Ukraine’s Presidential Brigade found numerous parts manufactured at least partially in China: batteries, motors and an unmarked central “brain” chip that Bulava traced to a Chinese supplier. Like Bulava’s own similar drones, the Russian version couldn’t have been built without China’s supply chain, according to the unit’s chief drone specialist.

The degree to which China has helped build the suicide drones Iran is using to cause havoc in its war with Israel and the U.S. is less clear. But defense analysts and industry experts say Chinese control over global drone production means Iran is likely just as dependent as Russia and Ukraine.

“It has already won World War III because everything is in its hands,” Bulava’s drone specialist, who goes by the call sign Udav, said of China. “No one will be able to change that in the near future, or even in the long run.”

Defense Secretary Pete Hegseth has vowed to break China’s dominance in drones with a $1.1 billion program he calls Drone Dominance. The initiative aims to rev up American drone production and bring down costs by pledging to buy more from U.S. suppliers. A breakdown of the parts that go into a typical FPV drone shows where the Pentagon might succeed, and where it is likely to struggle.

Brushless motors

Role

Generate lift, speed and change of direction

Replacing China: Extremely difficult

High-performance motors rely on rare-earth magnets. China controls at least 90% of global production, while current U.S. production is negligible.

Antenna

Role

Sends and receives wireless signals

Replacing China: Moderately difficult

Non-Chinese alternatives are available but at a premium. Communication protocols for sending data to drones are typically designed to work with cheaper Chinese electronics.

Camera

Role

Provides live video feed to pilot

Replacing China: Difficult

Japan and the U.S. are strong manufacturers of image sensors, but assembly happens almost entirely in China. Making precision lenses in large numbers is challenging.

Battery

Role

Provides power to motors and onboard electronics

Replacing China: Extremely difficult

Drone batteries rely on lithium polymers that can provide energy quickly. China dominates the entire supply chain.

Flight stack

Role

The “brain” of the drone. Manages stability, navigation and motor output based on data from sensors and user instructions.

Replacing China: Moderately difficult

Similar to antennas, the technical barriers are low, but U.S. suppliers don’t have the demand to compete on price.

Quality

China has already shown a willingness to weaponize its control over the drone supply chain. In late 2024, Beijing blacklisted California drone maker Skydio for selling drones to Taiwan. Cut off from Chinese suppliers, the company was forced to ration batteries, which prompted Chief Executive Adam Bry to accuse Beijing of trying to “eliminate the leading American drone company.”

Beijing, which claims Taiwan as part of China, said the move against Skydio was justified as a defense of its sovereignty.

Most drones are simple machines, which means there is no technical reason why the U.S. can’t compete with China. “The laws of physics are the same here as they are in China,” said George Matus, co-founder of Utah-based drone startup Vector. “It’s really just an issue of economies of scale.”

The importance of scale comes through in recent battlefield tallies. Iran launched more than 4,000 suicide drone attacks in the first month of its war with the U.S. and Israel. The Ukrainian military has been burning through roughly 10,000 unmanned aircraft every month for more than a year.

The problem for the U.S. is that China’s advantage in scale—and therefore, in cost—is immense. U.S.-made quadcopters marketed to the military can cost upward of $15,000, at least three times the bill for an equivalent Chinese-made drone.

An America-First Solution?

To have a hope of fielding a sustainable drone fleet capable of competing with China, the U.S. needs to solve two problems.

First, it needs to find a way to break China’s monopoly on batteries and motors. The Trump administration has injected billions of dollars into American companies that produce critical minerals that are needed to make motors and batteries, though the experts warn that building up the complex infrastructure needed for mass production could take a decade or more.

It also needs to find ways to bring down the costs of the other parts as much as possible. Demand is a key issue here, industry insiders say. China owns 80% of the commercial drone market in the U.S., according to data from Drone Industry Insights. Nearly all of that dominance is thanks to Chinese giant DJI Technology, a maker of cheap but high-performance drones beloved by content producers, real-estate agents, factory inspectors and cash-strapped American police and fire departments.

For U.S. competitors like Skydio, “the only client now in the U.S. is the military,” says Drone Industry Insights co-founder Hendrik Bödecker. “Not government, not industry.”

With Drone Dominance, the Pentagon aims to be a better client. It has promised to buy 340,000 FPV drones over the course of a multiyear, multiphase competition between American drone makers. It hopes that number is big enough to stimulate growth in the U.S. supply chain and bring down costs. By the end of the program, the goal is for an individual drone to cost $2,300.

At the moment, the program is straining American suppliers as startups snap up limited supplies of the chips used to control drones, according to Ryan Beall, founder of TILT Autonomy, which makes autonomous systems for drones used by the U.S. Navy. Though homegrown suppliers may ramp up to meet the demand, some in the industry worry that the military won’t continue buying enough drones to sustain the expansion after the program ends, likely in late 2027.

In December, the Federal Communications Commission moved to expand the potential market for American drone makers beyond the military by banning all foreign-made drones and critical drone components on national-security grounds. The FCC granted temporary exemptions to some non-Chinese companies, but the full ban is slated to take effect in 2027.

The ban might help domestic drone makers grow at home by sidelining DJI. But it will also raise their costs by disrupting access to affordable parts from emerging suppliers in Ukraine and Taiwan, according to Mike Sims, chief executive of Empirium, a marketplace that helps companies find China-free parts and services.

“If we’re intervening in the markets and creating costs for the sake of national security, we’re actually harming our industry because they’ll be noncompetitive abroad,” said Sims, who recently decided to get his company out of the drone business.

The Defense Department and the FCC didn’t respond to requests for comment.

The U.S. effort to expand drone production is moving in the right direction but will be slow and painful, according to Trent Emeneker, a former supply-chain expert at the Pentagon’s Defense Innovation Unit and co-founder of drone-training startup Kill Zone.

“At the end of the day, it is really hard because you’re having to reinvent an industry that already exists that is high quality and low cost,” he said.

Graphics sources: Ryan Beall, TILT Autonomy; Hendrik Bödecker, Drone Industry Insights; Fiona Murray, Massachusetts Institute of Technology; Trent Emeneker, Kill Zone; Bulava Unit, Presidential Brigade, Ukrainian Armed Forces