Drone Export Controls: Which ECCN or USML Category Fits Your UAS?

A drone maker quotes a fleet of mapping drones to a utility in Germany, a spraying model to a cooperative in Brazil, and a modified airframe to a defense ministry. Those are three different export control classifications, and since August 13, 2026, one of them changed.

A civil drone designed to fly beyond the operator's natural vision is classified under ECCN 9A012.a on the Commerce Control List (CCL). Bureau of Industry and Security (BIS) final rule 2026-16628 moved the national security line from 30 minutes of endurance to 3 hours and removed wind gust tolerance as a parameter. A drone built to fly beyond the operator's natural vision with less than 3 hours of endurance is now 9A012.a.1, controlled for anti-terrorism (AT) reasons only, and ships without a license to most destinations. At 3 hours or more, or with a controlled thermal camera, laser or inertial sensor on board, it is controlled for national security (NS). A drone designed or modified for a military customer is reviewed under 9A610.a, and a UAV specially designed to incorporate a defense article is on the U.S. Munitions List (USML) under Category VIII.

For an export compliance manager at a drone manufacturer with 40 configurations on the price list, the classification follows the configuration, not the airframe. Swap the camera and the ECCN can change. GingerControl is a trade compliance AI platform; its Export Control Classifier reads a datasheet, narrows the CCL to one ECCN or EAR99, and writes a report your export counsel can check. It works under the EAR only. This post explains the regulations; it is not legal advice.

Last updated: October 2026

Is your drone controlled by ITAR or the EAR?

Start with the USML. The ITAR controls an item described in USML Category VIII, and when it does, the CCL is not reviewed at all. BIS says so in its own order of review, Supplement No. 4 to Part 774: if an item is described on the USML, "including one of its catch-all paragraphs," it is a defense article "and there is no need to review the CCL." [REF 5]

22 CFR 121.1, Category VIII(a), covers aircraft "whether manned, unmanned, remotely piloted, or optionally piloted." [REF 3] The paragraphs a drone maker has to read:

• VIII(a)(5): unmanned aerial vehicles (UAVs) specially designed to incorporate a defense article.
• VIII(a)(10): target drones.
• VIII(a)(16): aircraft that are armed or specially designed as a platform to deliver munitions or otherwise destroy targets.
• VIII(h)(12): UAV flight control and vehicle management systems with swarming capability, meaning UAVs that operate autonomously to avoid collisions, fly in formation and adapt in real time to changes in the operational or threat environment.

Integration does not wash out ITAR status. Under 22 CFR 120.11(c), defense articles "remain subject to this subchapter following incorporation or integration into any item not described on the USML, unless specifically provided otherwise in this subchapter." [REF 4] A civil airframe carrying a USML-controlled payload is still an ITAR export for that payload.

When jurisdiction is in doubt, the Directorate of Defense Trade Controls (DDTC) decides it through the commodity jurisdiction procedure in 22 CFR 120.4. [REF 4] The general order of review is covered in ITAR versus EAR: which applies. Below, the drone-specific entries.

Which ECCN covers a drone, and what parameters decide it?

If the drone is not on the USML, it is subject to the EAR, and the CCL text in Supplement No. 1 to Part 774 (eCFR current as of October 9, 2026) has four entries for complete drones. [REF 1] The 600 series is checked before the rest, per Step 3 of the order of review: "items described in a 9x515 ECCN or '600 series' ECCN trump other ECCNs on the CCL." [REF 5]

Bottom line: For an export compliance manager classifying a civil drone line, three measured facts decide most of the table: endurance against 3 hours, range against 300 km, and what sensor is on board. Read them in the order above, top row first, and stop at the first entry that describes the drone.

Four definitions in the 9A012 text do most of the work:

1. Natural vision. 9A012.a reaches only UAVs "designed to have controlled flight out of the direct 'natural vision' of the 'operator'," where natural vision means "unaided human sight, with or without corrective lenses." [REF 1] BIS kept this parameter in August 2026 because it "is intended to ensure that items, like certain hobby model aircraft, are not captured under ECCN 9A012.a." [REF 6]
2. Endurance. Calculated "for ISA conditions (ISO 2533:1975) at sea level in zero wind," not as a field figure. [REF 1]
3. Range. For UAVs, range is "a one-way distance using the most fuel-efficient flight profile," determined "independently of any external factors such as operational restrictions, limitations imposed by telemetry, data links or other external constraints," per the definitions in 15 CFR 772.1. [REF 2] A geofence or a short radio link does not lower range.
4. Payload on board. 9A012.a.3 to a.5 catch a drone of any endurance that incorporates listed thermal imaging, laser or inertial equipment. BIS's reason: "to ensure adversaries cannot acquire sensitive optical or navigational equipment by purchasing inexpensive, low-endurance drones that have high-performance, easily-removable payloads." [REF 6]

What did the August 2026 BIS drone rule change?

BIS published "Streamlining Export Controls for Drone Exports" as FR Doc. 2026-16628 at 91 FR 52501 on August 14, 2026, effective August 13, 2026, with a one-line correction on August 28 at 91 FR 55457. [REF 6] [REF 7] It followed a January 21, 2026 interim final rule at 91 FR 2467 and, in BIS's words, advances the goals set out in Section 8(a) of Executive Order 14307. The changes, as the rule describes them:

• Wind gust tolerance is gone as a 9A012.a parameter.
• The endurance line moved to 3 hours. 9A012.a.1 is now under 3 hours; a.2 is 3 hours or more, up from 1 hour.
• NS2 control on a.1 is removed. In BIS's words, such UAVs "will now be controlled under ECCN 9A012 for antiterrorism (AT1) reasons only."
• Software and technology followed. NS control was removed from 9D001, 9D002, 9D004 and 9E001 for the under-3-hour drones; AT1 stays, and MT1 stays on technology for MT-controlled UAVs.
• Military end-use controls were kept. 9A012.a.1 and its software and technology were added to Supplement No. 2 to Part 744. [REF 8]
• Military drones now have a CCL home. 9A610.a names UAVs and remotely piloted vehicles, gains an MT control at 300 km, and a new 9A610.y.33 covers brackets, carrying cases, controllers, cables and adapters, chargers, docks, mounts and propellers for those drones.
• STA was extended to MT-controlled 9A610.a UAVs for Country Group A:5, if they cannot deliver 500 kg to 300 km and BIS has made them eligible under 15 CFR 740.20(g).

Quotable insight: Since August 13, 2026, a civil drone under 3 hours of endurance needs no license on the chart to most countries, and below that line the deciding facts are what the drone carries, how far it can fly and who buys it. A thermal core described in 6A003.b.4.b can turn a 40-minute drone back into an NS1 item. A classification file dated before August 13 should be reread, not reused.

Which drone parts and components does the CCL control?

9A012 itself controls only two kinds of components: 9A012.b.3, equipment "specially designed" to convert a manned aircraft into a UAV, and 9A012.b.4, reciprocating or rotary engines specially designed or modified to propel UAVs "at altitudes above 15,240 meters (50,000 feet)." Paragraphs b.1 and b.2 are reserved. [REF 1] Every other part of a civil drone is read against the rest of the CCL on its own description: a thermal camera core against 6A003, an inertial measurement unit against Category 7, a radio against Category 5, a part specially designed for an aircraft not elsewhere specified against 9A991.d.

The picture changes for military drones:

• 9A610.x is a catch-all for parts, components, accessories and attachments "specially designed" for a 9A610 commodity or a USML Category VIII defense article. [REF 1]
• 9A610.y.33 lists the commodity-grade items for 9A610.a drones. On the CCL, 9A610.y is controlled for regional stability reasons only to "China, Russia, or Venezuela," plus AT. [REF 1]
• 9A610.t, .u, .v and .w cover composite structures, launch and handling equipment, radar altimeters and flight control systems for UAVs with a range of 300 km or more, or the 500 kg to 300 km capability, and are MT-controlled. [REF 1]
• USML VIII(h) covers listed parts for ITAR aircraft, including the swarming systems in (h)(12). [REF 3]

Drone software and technology follow the hardware. 9D001, 9D002 and 9E001 control development and production software and technology for 9A012 items, and 9D105, software coordinating more than one subsystem in UAVs capable of 300 km, is "subject to the ITAR." [REF 1] Sending flight control source code to an engineering team abroad can be an export of controlled software or technology, which is covered in deemed exports and technology transfer.

When is a drone or drone part EAR99?

EAR99 is what remains when no ECCN describes the item. Step 6 of the order of review: "If the item is not described under any ECCN of any category of the CCL, then the item is designated as EAR99." [REF 5]

For a complete drone, the CCL text leaves little room for it. Section 772.1 defines a UAV as "any 'aircraft' capable of initiating flight and sustaining controlled flight and navigation without any human presence on board," and ECCN 9A991.b covers "Aircraft n.e.s." [REF 2] [REF 1] Read together, the two texts put a fixed-wing or rotary-wing drone that misses 9A012, 9A120 and 9A610, for example one designed only for flight within the operator's natural vision, in 9A991.b (AT-only) rather than EAR99. The CCL text supports that reading; no BIS statement that it is the usual outcome was found, so treat it as the starting point and confirm a borderline design through a classification request. BIS's preamble shows the entry has carried drones before: some drones now in 9A012.a.1 "may have previously been subject to equivalent controls under ECCN 9A991." [REF 6]

EAR99 is more common at the part level. Under the "specially designed" definition in Section 772.1, paragraph (b)(2) releases fasteners, washers, spacers, springs, wire and solder "regardless of 'form' or 'fit'," and (b)(5) releases items developed as general-purpose commodities. [REF 2] A released item that no other ECCN describes is EAR99. The basics are in EAR99 explained.

EAR99 and AT-only do not mean no license anywhere. Embargoes, end-use rules and end-user lists still apply, which is the next section.

Do you need a license to export a drone?

Find the reasons for control in the ECCN, then read them against the Commerce Country Chart (Supplement No. 1 to Part 738). [REF 9] As of the eCFR text current on October 9, 2026:

"No license on the chart" means that none of the entry's Country Chart reasons for control is marked for that destination. It is a reading of the chart, not a license determination: Parts 744 and 746 still apply, and a 600 series item such as 9A610.a also carries the license exception limits in 15 CFR 740.2(a)(12) and (13) whenever a license exception, STA included, is used in place of a license. [REF 9] [REF 10]

Bottom line: For a drone maker shipping sub-3-hour civil models with ordinary RGB cameras, the August rule means no license on the chart to most destinations, subject to the embargo and end-use rules below. For a maker of long-endurance, thermal or spraying models, the destination still drives a license decision on almost every order, and the Canada, UK and Australia columns are the exception, not the rule.

Three rules sit on top of the chart:

1. Military end use. Under 15 CFR 744.21, a license is needed for items in Supplement No. 2 to Part 744, now including 9A012.a.1 (the supplement also lists 9A991), when you know they are for a military end use or military end user in Burma, Cambodia, China, Nicaragua or Venezuela, and for any item subject to the EAR in the case of Belarus and Russia. [REF 8]
2. Missile end use. 15 CFR 744.3 requires a license for any item subject to the EAR when you know it will be used for UAVs capable of 300 km in a Country Group D:4 country, or for UAVs "regardless of range capabilities, for the delivery of chemical, biological, or nuclear weapons." [REF 8]
3. Restricted parties and embargoes. The Entity List and the Part 746 embargoes apply regardless of ECCN. Screening logic is set out in denied party screening across the SDN and Entity List.

License Exception STA has its own drone text. 15 CFR 740.20(c)(1)(ii)(A) authorizes MT-controlled UAVs in 9A012, 9A120 and 9A610 to Country Group A:5 if they cannot deliver 500 kg to 300 km, and for 9A610.a only after BIS grants eligibility. [REF 10] STA carries its own conditions on the consignee and the paperwork, so read the full section before relying on it.

How does a manufacturer classify a whole UAS product line?

A drone catalog is a set of configurations: airframe, power, payload, link and software, sold in combinations. The method that holds up in an audit treats each configuration as its own item.

1. Settle jurisdiction first. Any configuration built for a military customer or carrying a defense article goes to USML Category VIII before anything else. Where doubt remains, file a commodity jurisdiction request with DDTC. [REF 4]
2. Record the four measured facts for each configuration: natural-vision design, endurance at ISA sea level in zero wind, one-way range, and payload capacity. Pull them from the flight test report, not the marketing sheet.
3. Classify the payloads before the airframe. A thermal, laser or inertial item listed in 9A012.a.3 to a.5 on board moves the whole drone to 9A012.a.3 to a.5, whatever the endurance.
4. Apply the military design test. BIS's guidance: if a UAV "is designed or modified to meet the needs of a military customer by adding at least one feature or capability that would not also be included for civil or commercial purposes, regardless of significance, that UAV should be reviewed for control under 9A610.a." [REF 6] Track variant changes, because one added feature moves a SKU.
5. Classify spares, kits, software and technical data separately, since each carries its own ECCN.
6. Ask BIS when the answer turns on judgment. Under 15 CFR 748.3, BIS will tell you the ECCN "down to the paragraph (or subparagraph) level" or confirm EAR99. [REF 11]
7. Reclassify on engineering change. A new battery that pushes endurance past 3 hours, or a camera swap, is an export control event.

The manual route is described step by step in how to find your ECCN number. Steps 2 to 4 are parameter reading, which is where documentation tends to break: the endurance figure lives in a test report, the sensor part number in a bill of materials, and nobody writes down why the drone is not 9A012.a.3.

Import duty is a separate file with its own facts. Section 232 duty on drones entering the United States turns on the HTS heading (8806 or 8807), maximum take-off weight and thermal imaging, not on the ECCN; that side is covered in Section 232 drone tariffs.

Where this fits in your export review

The GingerControl Export Control Classifier reads an uploaded spec, datasheet or firmware, extracts the controlled parameters, narrows the CCL (Categories 0 to 9) to one ECCN, or returns EAR99 when no entry applies, and writes a research report your export counsel can check. It works under the EAR and the CCL only: it does not decide ITAR or USML jurisdiction, screen parties or determine license exceptions, so steps 1 and 6 above stay with your export team and counsel.

For manufacturers that export at scale, GingerOS is the AI trade compliance platform that runs on your process: every change in your company triggers its own compliance recheck, export controls included, so a battery or camera change recorded in your PLM for one drone variant prompts an export control recheck. GingerControl builds trade compliance AI; it is not a licensed customs broker, does not file export licenses or classification requests, and does not give legal advice.

References

1. eCFR, 15 CFR Part 774, Supplement No. 1, The Commerce Control List, ECCNs 9A012, 9A120, 9A610, 9A991, 9D001, 9D105, 9E001. eCFR current as of 9 October 2026. Retrieved 15 October 2026.
2. eCFR, 15 CFR 772.1, Definitions of terms: "Aircraft," "Range," "Specially designed," "Unmanned aerial vehicle." Retrieved 15 October 2026.
3. eCFR, 22 CFR 121.1, The United States Munitions List, Category VIII. eCFR current as of 9 October 2026. Retrieved 15 October 2026.
4. eCFR, 22 CFR 120.11, Order of review, and 22 CFR 120.4, Commodity jurisdiction. Retrieved 15 October 2026.
5. eCFR, 15 CFR Part 774, Supplement No. 4, Commerce Control List Order of Review. Retrieved 15 October 2026.
6. Bureau of Industry and Security, Streamlining Export Controls for Drone Exports, final rule, FR Doc. 2026-16628, 91 FR 52501, published 14 August 2026, effective 13 August 2026. Retrieved 15 October 2026.
7. Bureau of Industry and Security, Streamlining Export Controls for Drone Exports, correction, FR Doc. C1-2026-16628, 91 FR 55457, 28 August 2026. Retrieved 15 October 2026.
8. eCFR, 15 CFR 744.21, 15 CFR 744.3 and Supplement No. 2 to Part 744. Retrieved 15 October 2026.
9. eCFR, 15 CFR Part 738, Supplement No. 1, Commerce Country Chart. eCFR current as of 9 October 2026. Retrieved 15 October 2026.
10. eCFR, 15 CFR 740.20, License Exception Strategic Trade Authorization, and 15 CFR 740.2, Restrictions on all license exceptions. Retrieved 15 October 2026.
11. eCFR, 15 CFR 748.3, Classification requests and advisory opinions. Retrieved 15 October 2026.