The FCC’s Covered List is a way to block categories of foreign-made hardware from being sold in the US. As of July 28, 2026, foreign-made advanced robotic devices and power inverters are included on the list. The definition of “advanced robotic device” is broad by design and includes some exclusions such as connected vehicles, UAS, UUVs and fixed industrial robots. A large swath of the ground-mobile robotics market is included. MassRobotics is interested to learn how this ruling will impact your company. We would appreciate if you fill out this survey.
Responses will be aggregated for use in a report for policy makers and will not be attributed to any one individual or company. The report will be made available to the general public. More details about the ruling can be found after the survey.
MassRobotics FCC Covered List Expansion Survey (11 questions) – you can take the survey here
FCC Covered List Expansion and the Robotics Ecosystem
Since 2019, the FCC’s Covered List has functioned as a fairly narrow instrument, a way to block specific vendors, mostly telecom equipment makers, from selling networking gear in the US on national security grounds. That began to change in late 2025 and through 2026. In quick succession, the Commission moved from blacklisting individual companies to blacklisting entire categories of foreign-made hardware: unmanned aerial systems in December 2025, consumer-grade routers in March 2026, and now, as of July 28, 2026, foreign-made advanced robotic devices and power inverters.
This last designation is the one the robotics community needs to understand closely, because the definition of “advanced robotic device” is broad by design. Any mobile device over 4.4 lbs (including its dock or ground station) that navigates autonomously, avoids obstacles, or operates on sensor-driven remote command sweeps in most mobile robotics platforms, including inspection robots, warehouse AMRs, agricultural robots, security robots, and more, can be considered “advanced robotic devices”. The exclusions (connected vehicles, rail vehicles, UAS, UUVs, medical devices, fixed industrial robots) carve out some categories, but leave a large swath of the ground-mobile robotics market squarely inside the rule.
Why This Matters Mechanically
This designation carries weight because of how it intersects with FCC equipment authorization. Because virtually every robotics platform emits some RF energy (Wi-Fi, Bluetooth, cellular modems, even unintentional radiators from onboard electronics) nearly all of these devices already need to go through FCC certification or SDoC before they can be imported, marketed, or sold in the US. Placement on the Covered List doesn’t ban robots outright; it blocks new device models built on foreign manufacturing from clearing that authorization step, which in practice bars them from the US market unless a company secures Conditional Approval.
There is a grandfather clause: robots already authorized before the designation can keep operating and even keep receiving software and firmware updates (including security patches) through at least January 1, 2029. But that’s a bridge, not a solution. Any new model, hardware revision, or next-generation platform coming out of a foreign factory now hits this wall.
The Conditional Approval Path
Companies aren’t entirely locked out. They can apply for Conditional Approval concurrently with equipment authorization, but the bar is steep: full corporate structure and foreign ownership disclosure, a complete bill of materials, country-of-origin data for every component, and a time-bound plan to onshore manufacturing to the United States. Only the Department of War can evaluate robotics applications (DHS shares jurisdiction only on the power inverter side). Review timelines aren’t fixed; early data points to 4–8 weeks, but that’s likely to stretch as application volume grows. Approvals, when granted, are only good through January 1, 2029. This means this isn’t a one-time fix but a recurring compliance burden.
Implications for US Robotics Developers and Builders
For the US robotics ecosystem, this designation cuts in a few directions at once:
- Supply chain exposure. Startups that rely on foreign contract manufacturers, foreign-made subassemblies, or components sourced from countries implicated in these determinations may find their next hardware revision unable to clear FCC authorization, regardless of where the company itself is headquartered or where its IP was developed.
- Onshoring pressure with real costs. The path to market increasingly requires demonstrating a credible US manufacturing plan. For early-stage companies operating on lean budgets, standing up or relocating manufacturing domestically is a capital-intensive pivot.
- Timeline and capital risk. An unpredictable, potentially lengthening review process for Conditional Approval introduces planning risk for companies that need certainty around product launch dates to satisfy investors, customers, or contract deadlines.
- Competitive reshuffling. Companies that already manufacture domestically, or that can credibly commit to onshoring, may gain real competitive advantage over rivals dependent on foreign supply chains. This may potentially reshape who wins contracts in defense-adjacent and critical infrastructure robotics markets.
- A moving target. The shift from individual-company bans to category-wide bans suggests the regulatory perimeter is still expanding. Robotics builders now have to treat “will my next product clear the Covered List” as a standing design and sourcing question, not a one-time hurdle.
The net effect is that a national security policy aimed at foreign adversary equipment now reaches US robotics founders directly, forcing them to build regulatory and supply chain risk into their product roadmaps in a way they didn’t a year ago.