On August 3, 2026, the FCC published a request for public comment that could reshape which drones are legally allowed to enter the US market. In plain English: drones the FCC has already approved could stop being sellable in this country. The agency is proposing to prohibit a category of equipment it’s calling “military-grade” — and as I’ll walk through here, that definition reaches a lot further than the name suggests.

This Is a Public Notice, Not a Rulemaking — and That Matters

First, an important distinction. This is not a Notice of Proposed Rulemaking. It’s a public notice issued jointly by two FCC bureaus — the Public Safety and Homeland Security Bureau and the Office of Engineering and Technology. The practical difference matters: the authority here has already been delegated to those bureaus, so they can act on the record they build without a vote from the full Commission. They aren’t even required to have a specific rule written at the time they publish the notice.

Some quick background if you missed it. On December 22, 2025, the Public Safety and Homeland Security Bureau added all foreign-produced UAS and UAS critical components to the FCC’s Covered List. Anything on that list can’t receive new FCC approval to be imported, advertised, or sold in the US. That addition rested on a national security determination from an executive branch interagency body.

This new notice goes further. It targets foreign-produced drones that were already authorized before that December 2025 cutoff — models a lot of you watching are flying right now — and proposes labeling certain ones “military-grade UAS,” which would prevent them from being sold going forward. To be clear: drones you already own and fly today aren’t affected by this notice. But if you break one, need parts, or want a replacement, this will affect you.

Seven Categories Define “Military-Grade”

The bureaus propose seven categories that would qualify a UAS as military-grade, each built on definitions borrowed from other agencies’ rules for high-risk UAS:

  1. Heavy aircraft. Anything weighing 55 pounds (25 kilograms) or more at takeoff — outside the FAA’s definition of a small unmanned aircraft. The stated rationale is payload capacity, endurance, and range.
  2. Agricultural sprayers. Aircraft capable of dispensing “economic poison,” the FAA’s legal term for pesticides and similar chemicals. This captures agricultural spray drones regardless of their weight.
  3. Thermal imaging. Aircraft with sensors that capture and translate temperature differences, heat signatures, and residual heat signatures.
  4. LiDAR. Aircraft with sensors that measure distance by illuminating a target with a laser and analyzing the reflected light.
  5. Docking stations. Multi-purpose systems that let an aircraft land, take off, recharge, swap batteries, and transfer data and payload.
  6. Defense-article integration. Aircraft specifically designed to incorporate a defense article. This one can probably be crossed off the list for most people watching this.
  7. Swarming systems. This covers two things: ground control stations or flight-control systems purpose-built to manage drone swarms, and aircraft purpose-built to fly in coordinated, synchronized formation.

The label is “military-grade,” but the test is capacity-based, not use-based — a drone qualifies because of what it can do, not who’s flying it or what mission it’s actually on.

A Capability Test Catches a Lot of Civilian Equipment

That distinction has real consequences for three of these categories in particular. Thermal imaging is standard equipment for roof and moisture surveys, solar panel inspections, electrical utility work, and search and rescue. LiDAR is standard across surveying, corridor mapping, and forestry — and plenty of recreational drones use it for obstacle avoidance. And category seven reaches drone light shows: synchronized-formation platforms fit the swarming definition exactly.

What the FCC Is Asking the Public

The bureaus explicitly invite comment on seven questions. If you’re filing a comment, all seven are worth addressing:

  1. Does the list get it right? Does it adequately capture military-grade systems — is anything on it not actually military-grade, and is anything military-grade missing?
  2. What’s the real economic impact? The FCC currently expects this to be minor and contained, and wants data to back that up or refute it. Don’t just cite the cost of a replacement drone — the ecosystem cost matters too: new batteries, payloads, chargers, controllers, possibly new software, training, calibration, RTK equipment, docks, API integration, and downtime.
  3. Is 180 days enough? The FCC proposes a 180-day implementation window after final action and asks if that’s sufficient. It’s also asking about inventory already imported and sitting on shelves, models in transit, and equipment under signed distribution or sales agreements — relevant if you’re a dealer or have a fleet on order.
  4. Does the security benefit outweigh the economic cost? I’ll let you decide on that one.
  5. Are there real domestic alternatives? Would switching actually be cost-effective? If you’ve researched an American-made replacement for your thermal or LiDAR platform, this is where it counts — but be specific about why it falls short: doesn’t support your sensor, less flight time, costs three times as much, six-month lead time. An alternative existing and an equivalent, commercially viable alternative existing are two different things. For recreational flyers and prosumers, there currently isn’t an alternative at all — say so.
  6. Is the claimed economic upside real? The bureaus argue the ban would drive investment into domestic drone production, pointing to billions already raised and jobs already created since the Covered List addition. If your experience is that this investment hasn’t yet turned into products you can actually buy and fly, that’s worth putting on the record.
  7. Do these systems pose an especially acute risk? Beyond the general Covered List finding, the FCC wants to know if military-grade drones specifically pose severe risk — unauthorized surveillance, data exfiltration, supply-chain vulnerabilities. Commercial operators can speak to how their data is actually handled: local storage, no cloud sync, firmware control, whatever applies. It’s a strange question to be asking after years of being told these risks were already proven — but here we are.

The Carve-Outs, and Where the FCC’s Own Logic Falls Apart

The proposed prohibition wouldn’t touch non-military drones, domestically produced equipment, drones on the Blue UAS Cleared List, or anything already exempt from the Covered List — which, once you apply the seven categories above, isn’t much. And to repeat: drones you already own stay legal to fly.

But here’s where the FCC’s reasoning starts to contradict itself. The agency expects minimal economic impact because, in its own words, military-grade drones are a minority of the market and recreational consumers are unlikely to be flying military-grade UAS. Except — remember how “military-grade” is defined here. Any aircraft that integrates a LiDAR sensor qualifies. And plenty of consumer drones use LiDAR for obstacle avoidance. Under the FCC’s own definition, the drone in your backpack right now is military-grade equipment.

That premise — that recreational flyers won’t feel this — is contradicted by the FCC’s own list, two pages earlier in the same document. You can’t write a definition broad enough to capture a sub-250-gram camera drone and then conclude everyday users won’t notice.

DJI Air 3 drone behind a red prohibition symbol under a pink BANNED? banner
A DJI Air 3 sits behind a red no-entry symbol under a bold BANNED? headline, illustrating the ongoing debate over a potential U.S. ban on DJI drones. Photo credit: Pilot Institute

This proposal appears to reach every current DJI drone, from the consumer-grade Neo 2 up through the Agras agricultural line and the FlyCart delivery drones. It would also remove the ability to buy existing models from most of Autel’s lineup, and from manufacturers spanning Switzerland, Japan, and beyond — companies like Fotokite, Leica, and ACSL’s SOTEN — unless those companies eventually secure a waiver.

How to File a Comment

File a comment through the FCC’s Electronic Comment Filing System under PS Docket No. 26-189. Be specific, be personal, be professional — unprofessional comments and off-topic comments get ignored. Answer the questions above, and be specific about how this actually affects you. Comments are due by September 2, 2026, which is coming up fast.

You can watch the full episode on the Pilot Institute YouTube channel and find more of my coverage on my DroneXL author page.