FCC Bans New Foreign-Made Drones, Citing National Security Risks

WASHINGTON – The Federal Communications Commission on December 23, 2025, banned the import and sale of all new drones manufactured by foreign companies, a sweeping move that effectively cuts off the U.S. market from the world’s largest and most popular drone makers over national security concerns. The agency added all foreign-made drones and their key components to its “Covered List,” which prohibits the authorization of communications equipment deemed to pose an unacceptable risk to the United States. The decision immediately impacts Chinese firms like DJI, which controls an estimated 80% of the U.S. consumer drone market, and Autel, another significant player. The ban follows a review by a White House-convened interagency group that concluded foreign drones present threats of unauthorized surveillance and sensitive data exfiltration. The scope of the order is extensive. It not only blocks fully assembled drones from foreign manufacturers but also applies to drones assembled in the U.S. if they contain certain foreign-made parts, including batteries, motors, flight controllers, and sensors. According to guidance related to the new rule, a drone must be assembled in the U.S. with domestic-made parts constituting at least 65% of its total cost to qualify as “made in the United States” and evade the ban. The FCC’s action is the culmination of years of escalating scrutiny of Chinese technology. It builds on a series of legislative and executive actions aimed at reducing U.S. reliance on drone technology from potential adversaries. Congress first prohibited the Department of Defense from purchasing Chinese-made drones in the 2020 National Defense Authorization Act. This was later expanded to include federal contractors working with the DoD and, in 2023, all U.S. government agencies. An executive order originally signed by President Trump and continued by President Biden also established a policy to “prohibit the use of taxpayer dollars to procure” drones that present unacceptable risks. As far back as 2017, the U.S. Army had discontinued the use of DJI drones, and a Homeland Security bulletin from that year warned that the Chinese government was likely using information acquired from DJI systems. For the many U.S. businesses that have integrated drones into their operations—from construction and real estate to agriculture and public safety—the ban creates immediate operational and financial challenges. DJI drones are widely regarded as the industry standard for their performance, reliability, and cost-effectiveness. In a statement earlier this month, DJI warned that law enforcement and emergency response drone programs “will be at immediate risk if they no longer have access to the most cost effective and efficient drone technology available." This sentiment is echoed by commercial operators. DaCoda Bartels, COO of the commercial drone pilot network FlyGuys, told The New York Times that available U.S.-made drones are often “half as good” and significantly more expensive than their Chinese counterparts. The ban also raises concerns among hobbyists and commercial users about the future availability of spare parts for repairs on existing foreign-made drones. In contrast, U.S.-based drone manufacturers have welcomed the decision. Michael Robbins, CEO of the Association for Uncrewed Vehicle Systems International (AUVSI), which represents American drone companies, said the ban “will truly unleash American drone dominance” and that the U.S. cannot risk dependence on China for this critical technology. Skydio, the largest American drone manufacturer, recently announced plans to invest $3.5 billion over five years to expand domestic production, signaling an intent to fill the market void. However, American drone companies have historically focused on high-priced contracts for government and enterprise clients, largely ceding the consumer and prosumer markets to foreign competitors. Industry analysts note that these companies will essentially be starting from scratch to develop and scale production of drones that can compete with the price and performance of the now-banned models. Reacting to the ban, Lin Jian, a spokesperson for China's foreign ministry, stated that China opposed the creation of such “discriminatory” lists and accused the U.S. of an “overly broad interpretation of the concept of national security.” He urged Washington to provide a fair and non-discriminatory environment for Chinese companies. This ban serves as a stark reminder that geopolitical risk is now a primary variable in sourcing critical technology. For years, businesses could operate on a model of simply sourcing the best-performing product at the best price, but that era is over. This FCC ruling demonstrates how quickly an entire category of essential business equipment can be rendered inaccessible due to national security policy, leaving unprepared companies scrambling for inferior or non-existent alternatives. In our experience, this is a classic challenge of supply chain optimization. The discipline is no longer just about logistics and cost-cutting; it must now fully integrate geopolitical risk, regulatory compliance, and operational resilience. We have seen clients blindsided by sudden rule changes that cripple their operations because their supply chain was too concentrated in a single region or dependent on a handful of foreign suppliers. Proactively mapping and de-risking technology and component sources is a core business function, not a secondary concern. For guidance on building a more resilient operational framework, business leaders can contact C&S Finance Group LLC at csfinancegroup.com to assess their vulnerabilities. Looking ahead, all eyes will be on the U.S. drone industry to see if it can innovate and scale production to meet domestic demand. The Pentagon retains the authority to grant specific exemptions, which could create carve-outs for certain drones or use cases. Meanwhile, the millions of existing foreign-made drones in the U.S. remain operational for now, though their long-term viability and repairability are uncertain.