DJI Agras FCC Ban 2026: Complete Guide to the Proposed U.S. Restrictions

U.S.A. FIRST — What American DJI Agras Operators Need to Know

Updated September 8, 2026. DA 26-758 remains a proposal. The public-comment period has closed, and the FCC has not yet adopted the proposed import-and-marketing restriction as a final implementing action.

The United States is considering one of the most consequential federal restrictions yet proposed for the commercial drone market. The issue is especially important for agriculture because the FCC's proposed definition of certain “military-grade” UAS includes two characteristics that overlap directly with ordinary crop-spraying aircraft: aircraft weighing 55 pounds or more at takeoff and aircraft capable of dispensing what FAA agricultural-aircraft rules call an “economic poison.”

DJI Agras platforms sit directly inside that policy conversation. DJI's published maximum takeoff weights for the T25, T50, T70P and T100 are all far beyond 55 pounds, and spraying is one of the defining uses of the Agras platform.

That does not mean DJI Agras aircraft are already banned. It does not mean a farmer who lawfully owns an Agras must stop flying it. It does not mean the FCC has remotely grounded existing aircraft. And it does not mean the proposed 180-day transition clock has already started.

The current risk is primarily future U.S. market access, not the immediate legality of an Agras aircraft already in a user's hands.

For farmers, custom applicators, dealers, repair technicians, universities and fleet managers, however, future market access matters. If the FCC ultimately adopts the proposal substantially as written, the U.S. could move from a market where many previously authorized foreign drone models remain commercially available to one where qualifying covered models can no longer be newly imported or marketed after a transition period.

That would affect far more than the price of a new aircraft. It could influence domestic inventory, replacement-aircraft supply, battery and critical-component availability, resale behavior, fleet planning and the value of accurate maintenance and diagnostics.

Ares Acres is a U.S.-based DJI Agriculture equipment and OEM parts specialist focused on keeping working agricultural fleets supported. This guide separates what the FCC has already done from what it is still considering and explains what those distinctions mean for DJI Agras owners and buyers.

Executive Summary: The DJI Agras FCC Proposal at a Glance

Issue	Status as of September 8, 2026	Practical Agras meaning
DA 26-758	Proposal; decision pending	No final import-and-marketing prohibition has yet been adopted.
Existing owner operation	Preserved in proposal	The proposal does not order lawful existing owners to stop flying.
Previously authorized models	Could be reached if final rule is adopted	This is the major 2026 escalation: the proceeding can affect older authorized equipment, not only future models.
55-pound threshold	Included in proposal	T25, T50, T70P and T100 all sit well above it at published operating weights.
Agricultural dispensing	Included in proposal	FAA-defined “economic poison” overlaps ordinary pesticide application.
Proposed 180-day transition	Not running today	A future adopting action would have to trigger it.
Dealer inventory	Final treatment not yet established	Equipment in a user's hands is different from inventory still being held for sale.
DA 26-761 exemptions	Product/pathway specific	Blue UAS, qualifying domestic end products and Conditional Approvals must be evaluated separately.
100% Section 232 tariff	Separate legal system	Tariffs affect landed cost; FCC rules affect market access.

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What the FCC Is Proposing — and Why Agras Is Directly in Scope

On July 21, 2026, the FCC released DA 26-758 in PS Docket No. 26-189. The notice asks whether the FCC should prohibit the continued importation and marketing of certain previously authorized foreign-produced UAS and UAS critical components that are on the Covered List and meet a proposed capability-based definition of “military-grade.”

That wording matters. The proposal is not limited to a manufacturer selling a product specifically for defense. A civilian aircraft can become relevant because of what it can do: its weight, dispensing system, sensing package, docking infrastructure, defense-specific design or swarm capability.

What would change

The biggest change is the ability to reach previously authorized equipment. Earlier Covered List rules primarily constrained future equipment authorizations. DA 26-758 asks whether the FCC should also restrict continued importation and marketing of certain older covered products that had already received authorization.

What would not change under the proposal

The proposal does not say every current owner must surrender or ground an aircraft. It expressly discusses continued use of covered equipment already in users' hands. It also does not replace the FAA rules governing flight operations, Part 137 agricultural aircraft operations, airspace, pilot requirements, registration or pesticide application.

Why the FCC is involved in a drone market

Modern UAS depend on radio-frequency equipment: aircraft links, controllers, telemetry, communications, navigation and other electronics. FCC equipment authorization is therefore a gatekeeper for how new radio-equipped devices enter and remain in the U.S. market. The FCC does not need to regulate crop application itself to materially influence the availability of a spraying aircraft.

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How the United States Reached This Point

The 2022 equipment-authorization framework

In November 2022, the FCC adopted rules preventing equipment identified on the Covered List from receiving new equipment authorizations. That was important, but it was not the same as an immediate nationwide owner-operation ban on every previously authorized DJI product.

The distinction created two practical categories: future covered equipment that still needed authorization, and older equipment that already had an authorization. For several years, that distinction allowed previously authorized models to remain a separate market-access question even as the path for new models became more restrictive.

The 2025 mechanism for limiting older authorizations

In October 2025, the FCC adopted a procedure under 47 CFR § 2.939(e) that allows the relevant bureaus to place limitations on existing authorizations for covered equipment in order to prohibit continued importation or marketing. Limiting the market-access scope of an existing authorization is not the same thing as revoking the underlying authorization for an owner already using the device.

December 22, 2025: foreign-produced UAS added to the Covered List

The December 2025 Covered List action was the major turning point for future foreign-produced UAS authorizations. It significantly tightened the pathway for covered new foreign-produced drone models and critical components, subject to exemptions and Conditional Approvals.

That action did not instantly make every previously authorized aircraft disappear from the market. The July 2026 proceeding matters because it specifically examines the remaining issue: whether some previously authorized covered products should continue to be imported and commercially marketed.

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What “Military-Grade” Means in the FCC Proposal

The everyday meaning of “military-grade” is not enough to understand DA 26-758. The FCC proposes a capability-based definition with seven categories. Several are ordinary commercial capabilities with legitimate civilian use, which is why the definition has drawn attention across agriculture, infrastructure, inspection and public-safety markets.

The 55-pound threshold is a direct Agras issue

Fifty-five pounds is roughly 25 kilograms. Current and recent Agras platforms are not slightly above that line; they are far above it.

DJI Agras model	Published weight / MTOW examples	Relationship to proposed 55-lb category
T25	32 kg including battery; 52 kg spray MTOW; 58 kg spread MTOW	Well above the threshold
T50	52 kg including battery; 92 kg spray MTOW; 103 kg spread MTOW	Far above
T70P	52–56 kg including battery; 102–130 kg MTOW depending configuration	Far above
T100	Approximately 65–90 kg aircraft/configuration weight; 165–177 kg MTOW depending mission	Far above

The same approximate 25 kg dividing line also appears in the 2026 Section 232 tariff program for heavy UAS, but that numerical similarity should not be confused with legal equivalence. The tariff and FCC proceeding are separate systems.

“Economic poison” is an agricultural aviation term

The second proposed category sounds dramatic because “economic poison” is not ordinary farm vocabulary. The phrase comes from FAA Part 137 terminology. In the definition cited by the FCC, it includes substances used to prevent, destroy, repel or mitigate pests, weeds, fungi and similar agricultural targets, as well as certain defoliants and drying agents.

The correct conclusion is not that the FCC is calling farmers military operators. The important point is that the FCC has proposed a capability-based category that overlaps a core civilian agricultural use case.

Why agriculture gets caught by a dual-use definition

Thermal imaging, LiDAR, large payloads, automated docking, coordinated flight and dispensing systems all have legitimate civilian uses. They can also have national-security applications. The policy debate is therefore partly about where government draws the line between useful commercial capability and dual-use risk.

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DJI Agras Model-by-Model Exposure

DJI Agras T25

The T25 is sometimes described as the smaller Agras, but relative to the FCC's proposed 55-pound trigger it is still a large aircraft. DJI lists the T25 at 32 kg including battery and 52–58 kg maximum takeoff weight depending on spraying or spreading. Its weight alone makes the proposal relevant; its agricultural dispensing role provides a second reason.

DJI Agras T50

The T50 is a clear example of a heavy agricultural UAS. DJI lists it at 52 kg including battery and 92–103 kg maximum takeoff weight. For existing owners, the regulatory question is less about whether today's aircraft can still work and more about how easily future aircraft, batteries and critical components can continue entering the U.S. market if restrictions tighten.

Ares Acres maintains a dedicated DJI T50 Parts collection and currently lists the DJI Agras T50 Full Set for buyers evaluating current equipment availability.

DJI Agras T70P

DJI's published T70P weights vary by battery and mission configuration, with maximum takeoff weights from roughly 102 kg to 130 kg. The aircraft is therefore well inside the proposed heavy-UAS category. The practical planning issue becomes fleet compatibility, battery ecosystem, parts availability and the ability to support the platform if future supply becomes harder to replace.

DJI Agras T100

The T100 is the clearest example of how far agricultural UAS have moved beyond consumer-drone scale. DJI publishes configuration weights from roughly 65–90 kg and maximum takeoff weights up to approximately 177 kg depending on mission. Its size alone makes DA 26-758 highly relevant without needing to make a definitive claim about how every sensor or subsystem would be classified in a final rule.

Buyers can review the DJI Agras T100 Platinum Set, the DJI Agras T100 Full Set, or browse DJI T100 OEM Parts.

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Existing Aircraft, Dealer Inventory and the Proposed 180-Day Transition

Importation and “marketing” are different from operation

In the FCC equipment-authorization context, “marketing” is broader than advertising. It addresses the commercial availability of equipment—introducing, offering and distributing it under the authorization framework.

That creates a useful distinction. An aircraft lawfully purchased and already in a farmer's possession is not the same regulatory category as an aircraft still overseas, in transit or being held in dealer inventory for future sale.

Existing owners

DA 26-758 expressly proposes preserving continued use or operation of previously authorized covered equipment already in users' hands. That is stronger than a vague claim that “existing drones are probably fine.” It is part of the proposal's stated implementation framework.

Owners still have to satisfy every other applicable requirement, including FAA registration, Part 137 agricultural-aircraft rules, airspace requirements, pilot requirements, state pesticide laws, applicator licensing and product-label restrictions. The FCC proceeding does not erase those obligations.

Dealer inventory is a separate issue

The FCC specifically asked about quantities already imported and held for marketing or sale, equipment en route to the United States and equipment subject to executed distribution or sales agreements but not yet in the supply chain.

That tells buyers something important: owner-use protection should not be casually converted into a blanket statement that every unsold aircraft inside a U.S. warehouse is permanently grandfathered for future sale. Final implementation language will matter.

What is already final and what remains proposed

Policy item	Status	Why it matters
2022 Covered List equipment-authorization framework	Final	Blocks new authorizations for covered equipment.
December 2025 foreign-produced UAS Covered List action	In effect	Major constraint on future covered foreign-UAS authorization, subject to exceptions.
DA 26-761 exemption pathways	In effect where applicable	Product/applicant-specific routes out of Covered List treatment.
DA 26-758 military-grade import/marketing restriction	Proposed	Could reach previously authorized covered foreign UAS.
Proposed 180-day implementation	Not yet triggered	Depends on a future adopting action.
Section 232 UAS tariff	Separate customs policy	Affects import cost rather than FCC market access.

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Exemptions, Conditional Approvals and the Other FCC Dockets

DA 26-761 was released on the same day as DA 26-758, which makes the two documents easy to merge in headlines. They do different things.

DA 26-761 extends defined exemption pathways for certain UAS and UAS critical components. It does not say “all DJI products are exempt through 2028.”

Conditional Approval is not permanent immunity. DA 26-761 states that an approval can terminate and equipment can return to Covered List treatment if the applicant fails to follow the required onshoring plan or if material false statements or misrepresentations are discovered.

A U.S. reseller address, a warehouse inside the United States, some American content or a dealer saying a product is “Blue compatible” does not independently prove that an aircraft qualifies for one of these exemptions.

DA 26-742 and PS Docket 26-184 are separate

On July 17, 2026, the FCC opened PS Docket No. 26-184, associated with DA 26-742. Four days later, DA 26-758 opened PS Docket No. 26-189. These proceedings are related but not identical. Buyers should not rely on a generic phrase such as “the FCC docket” without identifying which proceeding is being discussed.

Section 1709 history also matters, but it should not be confused with the Pentagon's separate Section 1260H entity-designation question, the capability-based DA 26-758 proposal, FAA operating authority or the Section 232 tariff.

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How the FCC Proposal Interacts With the 100% Drone Tariff

The 2026 Section 232 tariff program and the FCC proceeding are part of the same broader shift toward tighter treatment of foreign drone supply chains, but they are legally different.

Question	Section 232 tariff	FCC proposal
Primary effect	Changes landed import cost	Could restrict continued importation and marketing
Can a product still be physically importable?	Potentially yes, if lawful and duties are paid	A final prohibition could remove that pathway for covered equipment
Does it automatically ground existing aircraft?	No	No under DA 26-758 as proposed
Does every DJI part get identical treatment?	No	No

For the full customs analysis, read the Ares Acres DJI Agras 100% Tariff Guide.

The long-term difference is strategic. A tariff changes price. A market-access restriction can change availability. If future replacement aircraft become harder to source, the value of maintaining an existing fleet, diagnosing failures accurately and preserving compatible battery and charging infrastructure rises sharply.

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What the FCC Framework Could Mean for DJI Agras Parts

Parts require more careful analysis than aircraft. The FCC's underlying UAS critical-component framework reaches significant technology classes associated with communications, control, navigation, power and propulsion. But “DJI part” is not itself a legal classification.

A propeller, landing-gear tube, plastic shell, pump housing, battery-management board, communications module and flight controller should not be assumed to have identical FCC or customs treatment simply because they all belong to one aircraft.

Use a product-specific component analysis

When evaluating a replacement part, the useful questions are: what the component does; whether it falls within an FCC critical-component definition; whether it itself requires authorization; where it is produced; whether it is within a Covered List category; whether an exemption applies; whether the question is FCC market access, tariff classification or both; and whether the item is already lawfully present in U.S. inventory.

Batteries and battery-management systems deserve special attention

Agras operations depend heavily on intelligent battery ecosystems. A modern Agras battery is not merely an expendable energy container; it can include battery-management electronics, communication capability, thermal and charging logic, balancing systems, firmware, state-of-health reporting and high-current integration with the aircraft and charger.

A perfectly serviceable T50 or T100 with an exhausted battery pool is not a productive spray fleet. For continuity planning, operators should track usable mission capacity: battery count, condition, abnormal behavior, charger redundancy, generator capacity, daily utilization and replacement lead times.

Think in systems, not generic “parts”

For fleet planning, divide the aircraft into propulsion, power, flight control/navigation, sensing/safety, application and structural systems. Then ask which single failure in each system could stop revenue-generating work.

System	Typical Agras components	Continuity question
Propulsion	Motors, propellers, ESC-related assemblies, mounts, wiring	What failure immediately grounds the aircraft?
Power	Batteries, BMS, chargers, power distribution, generators	Can the operation complete a full workday if one unit fails?
Flight control	Flight controller, GNSS/RTK, navigation, communications, controller	Which components are model-specific and long lead?
Application	Pumps, flow sensors, nozzles, sprinklers, tanks, spreaders, feed systems	Which wear items create the most seasonal downtime?
Structure	Arms, landing gear, frames, shells, fasteners, seals	Which inexpensive part can still stop a mission?

Use the Ares Acres DJI Agras Parts Finder to start with the aircraft model and system rather than a generic keyword, or browse DJI Agras OEM Parts.

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Fleet Continuity: How Existing Agras Owners Should Prepare

The best response to regulatory uncertainty is usually not panic. It is a more resilient fleet.

Build a complete fleet record

For each aircraft, document the model, serial number, purchase date, current hours or cycles, battery ecosystem, charger, generator, spray/spread configuration, known damage, recurring faults, high-wear components, critical spares already on hand and the items that have historically caused downtime.

Then ask one question: If I could not replace this aircraft quickly next season, what would I wish I had maintained today?

Use a three-season support plan instead of a panic stockpile

The goal is not to fill a warehouse with every possible part. The goal is to protect the points where failure probability × downtime cost × replacement lead time is highest.

Component example	Why it may rank highly
Propeller set	High wear / damage probability and immediate operational effect.
Propulsion motor	Lower failure frequency but aircraft-grounding impact and potentially longer lead time.
Pump or application assembly	Can stop spraying even when the aircraft itself remains flightworthy.
Spare battery	Directly controls mission throughput and rotation capacity.
Cosmetic shell	Lower priority unless damage affects protection or safe operation.

Protect working capital too

Cash is also a critical component. Spending heavily on low-probability spare electronics can make a farm or service business less resilient. Prioritize known wear items, historically failed components, inexpensive parts that can stop a mission, long-lead critical assemblies, battery/charging redundancy and model-specific components that cannot be easily substituted.

The point is to buy the right spare inventory, not the largest pile of inventory.

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Should You Buy Another Agras Under Regulatory Uncertainty?

There is no universal answer. The FCC proceeding should change the risk analysis, not eliminate ordinary purchasing discipline.

Buying can still make sense

An aircraft purchase can be rational when there is real acreage or contracted work for it, the aircraft is actually available under current lawful U.S. terms, the operator understands the battery and support ecosystem, the expected payback period is reasonable and the aircraft would make economic sense even without a regulatory headline.

Waiting can still make sense

Waiting may be preferable when the aircraft has no immediate productive use, the purchase would consume essential operating capital, support availability is unclear, the seller cannot explain inventory location or configuration, or the purchase is being driven solely by a claim that “the ban starts next week.”

Existing T50 operator adding capacity

For a fleet that already uses T50 aircraft, adding another compatible T50 can create value through battery commonality, shared spare parts, familiar pilot workflow and maintenance knowledge. Regulatory risk remains, but fleet commonality can partially offset it.

First-time T100 operator

A T100 buyer should place the FCC question inside the larger ROI model. The aircraft may require new battery, charging, generator, transport, loading and maintenance infrastructure. It should be purchased because the operation can deploy its capacity profitably and support it over time—not merely because federal policy may become tighter.

Public-sector and institutional buyers

A civilian-market answer does not automatically apply to federal procurement, state programs, grant-funded operations or government contracts. Separate NDAA, Blue UAS, grant, cybersecurity and agency requirements can apply even when an aircraft remains lawful for private agricultural use.

U.S. inventory versus overseas inventory

Existing lawful U.S. inventory can reduce direct import exposure in a current transaction, but future marketing treatment after a final FCC action cannot be assumed without the final text. Equipment still overseas, in transit or subject only to an executed sales agreement can raise a different transition question.

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Resale, Warranty, Software and Long-Term Platform Support

Resale value can move in either direction

If new supply tightens while continued owner use remains lawful, scarce serviceable aircraft can become more valuable. But reduced access to batteries, parts, software or repair support can also reduce buyer confidence. No responsible seller should promise that a future restriction will automatically make an existing Agras appreciate.

The best protection is a documented, serviceable aircraft with known-good batteries, complete controllers and accessories, clean structural condition, service records and a reliable parts path.

Warranty is not automatically canceled by the FCC proposal

DA 26-758 does not itself cancel a manufacturer's warranty. But a more restrictive market can indirectly affect long-term dealer support, replacement components and service policy. Buyers should understand who actually provides warranty support, where repairs occur, what happens when a required component is unavailable and whether the exact aircraft is intended for the U.S. market.

Software and cloud services are a separate continuity issue

The FCC proceeding is focused on equipment importation and marketing, not a general federal shutdown order for every DJI application or cloud service. Operators should still document firmware versions, account access, controller compatibility, RTK dependencies, map/data workflows, service tools and any required cloud features. Hardware continuity is incomplete if a working aircraft depends on an undocumented account or configuration.

Why diagnostics become more valuable

When replacement equipment is easy to obtain, operators sometimes solve problems by swapping large assemblies. In a constrained market, that approach becomes expensive. Accurate diagnostics can distinguish a failed motor from a complete propulsion system, or a pump/flow-sensor problem from an entire spray-system replacement.

Ares Acres is developing DJI Doctor and the DJI Agras Parts Finder around the same principle: diagnose first, source the exact part second.

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What the FCC Record Says — and What Could Still Change

The comment period is now closed. The FCC can still adopt the proposal substantially as written, narrow the categories, change exclusions, alter the implementation period, create transition treatment, modify definitions, establish additional exemptions, request more information or decline to adopt some or all of the proposal.

The FCC's economic assumption matters to agriculture

DA 26-758 tentatively concludes that the economic and supply-chain impact would not be substantial, in part because the agency views military-grade UAS as a minority of the overall drone market and domestic production as more prevalent in higher-end segments.

Agriculture creates an obvious factual question for that assumption. If a capability definition includes every UAS at or above 55 pounds and pesticide-dispensing aircraft, does the practical scope reach a larger civilian market than the label “military-grade” suggests? That is an empirical question about installed fleets, acreage, domestic alternatives, price, payload, supply-chain capacity and the time required to transition.

The national-security rationale

The FCC's proposal rests on concerns about foreign-produced UAS and critical components, including sensitive data, surveillance, supply-chain dependence and the military utility of larger payloads, advanced sensors, autonomous infrastructure and coordinated flight.

The federal argument is not merely that foreign drones are unpopular. It is that communications, sensors, autonomy, data collection, payload capacity and supply-chain dependence can combine in ways national-security agencies consider strategically sensitive.

Agriculture presents the countervailing reality: those same technologies provide real civilian benefits in crop protection, labor efficiency, application precision and field access.

The broader U.S. direction is not anti-drone

The larger federal strategy is closer to “more drones, more domestic capability, more trusted supply chains.” The United States wants UAS deployed across commercial and government markets while reducing reliance on supply chains it views as sensitive. Agriculture is caught in the transition because it has already adopted mature foreign platforms at scale.

What a final FCC action could change

If DA 26-758 is adopted substantially as proposed, the sequence would likely involve a final FCC action, Federal Register publication, a transition period and then cessation of covered importation and marketing. Existing-user fleets would become more important because the proposal preserves continued operation for equipment already in users' hands.

Before treating any future cutoff as final, watch the exact military-grade definition, the 55-pound threshold, agricultural dispensing language, treatment of dealer inventory and goods in transit, exemption mechanisms, the transition period and any product-specific determinations.

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Practical Action Plans for Dealers and Farmers

For dealers

A dealer should be able to document model and configuration, authorization information, import status, country of origin, U.S. inventory versus overseas inventory, customs records, supplier invoices, equipment in transit and the current regulatory basis for selling the product. Dealers should also separate FCC questions from tariff questions and avoid unsupported countdown marketing.

For farmers and custom applicators

Inventory the fleet, document battery and charger capacity, identify the parts most likely to stop work, repair known defects before they create secondary damage, confirm model compatibility before ordering, price the cost of one day of downtime and compare that downtime cost with the cost of rational spare inventory.

The best immediate regulatory response is a better-run fleet.

A simple fleet continuity worksheet

Field	Your fleet
Aircraft model / serial number
Primary use / acres per season
Revenue or value per operating day
Operational batteries / chargers / generator
Known faults / high-wear items
Propulsion / spray / structural spares
Longest current lead-time item
Backup aircraft / compatible fleet capacity
Estimated downtime cost per day
Highest-priority continuity purchase

ROI still controls the decision

The basic equation has not changed: productive value created minus total cost of ownership minus risk-adjusted downtime cost. Regulation changes the risk term. A compatible T50 may carry lower support risk for an existing T50 fleet than an unfamiliar platform even when the new platform has attractive specifications. A T100 can justify larger capital requirements when its capacity materially expands acres per day and the operation has enough work to use it.

The regulatory premium should be incorporated into the economics, not dramatized.

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Ares Acres Resource Map

Need	Ares Acres resource
Browse all Agras replacement parts	DJI Agras Parts
T100-specific parts	DJI T100 Parts
T50-specific parts	DJI T50 Parts
Accessories / support equipment	DJI Accessories
Find the exact part by model/system	DJI Agras Parts Finder
Diagnose a fault	DJI Doctor
T100 aircraft	DJI Agras T100 Platinum
T50 aircraft	DJI Agras T50 Full Set
Detailed tariff analysis	DJI Agras 100% Tariff Guide
Historical ban coverage	2026 DJI Agras Ban Definitive Guide
Specific purchase / support question	Contact Ares Acres

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Frequently Asked Questions

These quick answers address the questions most likely to matter to DJI Agras owners and buyers. The sections above provide the deeper context.

Is DJI Agras banned in the United States today?

No blanket federal rule currently makes every DJI Agras aircraft illegal to own or operate. The 2026 FCC proceeding concerns future importation and marketing of certain covered previously authorized equipment.

Can I keep flying an Agras I already own?

Under DA 26-758 as proposed, continued use or operation of previously authorized equipment already in users' hands would remain allowed. Other FAA and state requirements still apply.

Is the proposed 180-day countdown already running?

No. It would begin only after a future adopting action is published in the Federal Register if the FCC keeps the proposed transition structure.

Did the 180 days start on July 21, August 3 or September 2?

No. Those dates correspond to release of the proposal, Federal Register publication of the request for comments and closure of the comment period. None is the adopting action described as the proposed trigger.

Why is DJI Agras so relevant to the FCC definition?

Agras aircraft are far above the proposed 55-pound threshold and are designed for agricultural dispensing, which overlaps the FAA-defined “economic poison” category cited by the FCC.

Does “economic poison” mean the FCC considers farmers military operators?

No. The term comes from FAA agricultural-aircraft regulation. The issue is that the FCC proposes a capability-based category that overlaps ordinary pesticide application.

Is the T25 below the 55-pound threshold?

No in normal equipped form. DJI lists the T25 at 32 kg including battery and 52–58 kg maximum takeoff weight.

Is the T50 over 55 pounds?

Yes. DJI lists it at 52 kg including battery and 92–103 kg maximum takeoff weight.

Does DA 26-761 exempt all DJI products through 2028?

No. It extends defined pathways for Blue UAS, qualifying domestic end products and Conditional Approvals. Exact eligibility matters.

Can Conditional Approval be lost?

Yes. DA 26-761 describes continuing conditions, including required onshoring and vetting, and provides for termination if those conditions are not met or material misrepresentations are discovered.

Is existing U.S. dealer inventory permanently grandfathered?

That broad conclusion is not established by the proposal. Existing user possession is treated differently from inventory still held for marketing or sale, and final implementation language will control.

What if my aircraft is already ordered but still overseas?

That can become a transition question. The FCC specifically asked about equipment en route, pending shipment and subject to executed agreements.

Does every DJI Agras part fall under the FCC proposal?

No. Exact component function, Covered List scope, authorization requirements and the final rule matter. Mechanical wear parts should not automatically be treated the same as critical electronic systems.

Are all DJI Agras parts subject to the 100% tariff?

No. The tariff uses its own annexes, HTS classifications, origin rules and exceptions. Read the separate Ares Acres tariff guide for that analysis.

Is the 100% tariff the same as the FCC ban proposal?

No. A tariff affects cost. The FCC proceeding concerns authorization, importation and marketing.

Should I buy an Agras now because of the FCC?

Buy based on operational need, current lawful inventory, ROI, supportability and risk tolerance—not an invented deadline.

Should I stockpile parts?

Build rational spare inventory around high-wear, aircraft-grounding and long-lead components. Do not drain working capital buying every possible part.

Could existing aircraft become more valuable?

Potentially, if lawful supply tightens while owner use remains permitted. But scarcity, support availability, battery condition and buyer confidence all influence value, so appreciation is not guaranteed.

Is DJI's Section 1260H designation the same issue?

No. Section 1260H is a separate entity-designation question. It should not be conflated with the FCC's capability-based “military-grade” equipment definition.

What happens next?

The FCC reviews the record and decides whether to adopt, narrow, modify or decline the proposed restriction. The operative scope and any real transition deadline would come from that final action.

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Primary Sources & Reference Documents

• FCC DA 26-758 — Military-Grade UAS Proposal
• Federal Register — PS Docket 26-189 Request for Comments
• FCC DA 26-761 — Exemption Extension / Conditional Approvals
• FCC DA 25-1086 — December 22, 2025 UAS Covered List Addition
• FCC DA 26-742 — Separate PS Docket 26-184 Proceeding
• FCC Covered List
• DJI Agras T25 Specifications
• DJI Agras T50 Specifications
• DJI Agras T70P Specifications
• DJI Agras T100 Specifications