FCC Foreign-Robot Restrictions: What the Covered List Changes for U.S. Buyers

The short answer

On July 28, 2026, the Federal Communications Commission added foreign-produced advanced robotic devices to its Covered List. The immediate regulatory mechanism is equipment authorization: covered equipment cannot receive a new FCC equipment authorization unless the Department of War grants a Conditional Approval for that device or class (FCC Public Notice DA 26-786).

This is broader than a list of Chinese robot companies, but narrower than a ban on every machine manufactured outside the United States. The action is based on place of production, not the nationality or identity of the producer. It also uses a detailed technical definition that centers on networked mobile robots above a weight threshold. Fixed industrial arms, medical devices, mobility aids, uncrewed aircraft, underwater vehicles, rail-only vehicles, and connected vehicles are among the stated exclusions.

The most important practical distinction is between new equipment authorization and existing authorized models. The FCC’s published guidance says models authorized before the July 28 addition are not automatically removed from the market. A separate waiver allows existing covered models to continue receiving specified software and firmware changes through at least January 1, 2029 (FCC Public Notice DA 26-789).

That does not make every existing import, model revision, radio change, or product claim compliant. Buyers, laboratories, distributors, and manufacturers need to check the exact model, production origin, FCC identifier and authorization history, hardware and radio configuration, later modifications, Conditional Approval status, and the rules that apply to the intended import or marketing activity.

This guide explains the public FCC record. It is not legal advice.

What changed on July 28

The FCC’s Public Safety and Homeland Security Bureau updated the Covered List after receiving a national-security determination from a White House-convened interagency body. The entry reads:

Foreign-produced advanced robotic devices, except advanced robotic devices which have been granted a Conditional Approval by DoW.

The determination cites two categories of risk:

Supply-chain risk, including disruption to U.S. economic and national security.
Cybersecurity risk, including surveillance, data exfiltration, remote disruption, or commandeering of networked robots used around people, manufacturing, sensitive facilities, and critical infrastructure.

These are the government’s findings supporting the action. They should not be rewritten as proof that every foreign-produced robot contains a backdoor or has been compromised. The determination describes category-level risk and cites several reported vulnerabilities as supporting evidence. A compliance classification and a device-specific security assessment are different analyses.

Under the FCC’s existing rules, equipment on the Covered List is prohibited from receiving equipment authorization. Applicants also must certify that the equipment is not prohibited as covered equipment. The FCC equipment-authorization overview explains why this matters: radio-frequency devices generally must be properly authorized before they can be marketed or operated in the United States.

Which robots are in scope

The incorporated national-security determination defines an advanced robotic device through several cumulative conditions. A device must be a mechanical mobile device, including an autonomous mobile robot, humanoid, or quadruped, and it must:

be capable of locomotion, obstacle avoidance, navigation, or movement on the ground;
operate at a distance from a human operator or supervisor, based on commands, sensor data, or both;
have a combined device and applicable ground-station or docking-station weight above 4.4 pounds;
include a sensor capable of perceiving the environment;
include wired or wireless network connectivity with connection speed of at least 200 kbps in either direction; and
run local or remote software, including firmware or AI and machine-learning weights, that controls navigation, movement, perception, data collection, or remote command and control.

The definition is important because no single label decides scope. A product marketed as a research platform, teleoperated robot, mobile manipulator, robot dog, or humanoid may still meet the conditions. Conversely, foreign production alone does not bring a machine into this particular entry if the machine falls outside the technical definition or within an exclusion.

Stated exclusions

The determination says the category does not include:

a connected vehicle as defined in 15 CFR § 791.301;
a vehicle operated only on a rail line;
an uncrewed aircraft or uncrewed aircraft system;
an unmanned underwater vehicle able to operate without a human occupant;
specified medical devices, surgical systems, prostheses, and mobility aids; or
a fixed, stationary, non-mobile robot, including common industrial and medical arm configurations.

These exclusions prevent a common mistake: treating the announcement as a universal foreign-robot rule. A fixed factory arm and a networked mobile manipulator may sit in the same facility, but the FCC definition treats mobility as a central condition.

The underlying robot safety standards scope map addresses a separate question. FCC equipment authorization and supply-chain security do not replace machinery risk assessment, functional safety, workplace requirements, or application-specific robot standards.

What “foreign-produced” means

The determination defines foreign-produced by reference to the federal procurement definition of a domestic end product in 48 CFR § 25.101(a). It does not simply ask where a company is incorporated, where its headquarters are located, or which flag appears on its website.

The FCC Public Notice makes this boundary explicit: the new equipment category is identified by place of production, not by entity. A U.S. brand using foreign production can therefore raise the same threshold question as a foreign brand. A foreign-headquartered company producing a qualifying domestic end product may present a different analysis.

Component origin still matters commercially and for security, but the Covered List entry is not written as a component-by-component ban. Teams should avoid inferring the classification of a finished device from one actuator, battery, sensor, compute module, or radio. The applicable domestic-end-product test and current FCC guidance should be applied to the actual article.

Existing models versus new models

The FCC action is easiest to understand as a gate on new authorization, not a retroactive finding that every previously authorized unit must stop operating.

The FCC’s robot and inverter FAQ says the change does not prevent the sale or import of existing models that had equipment authorization before the July 28 addition. That distinction is consistent with DA 26-789, which expressly addresses covered devices that were authorized before the new entry.

Still, “existing model” should not become a casual safe harbor. Due diligence should distinguish:

a unit already present in the United States;
a newly imported unit of a previously authorized model;
a new model name using an old radio module;
a hardware variant under the same commercial family;
a permissive change to an existing grant;
a change that requires a new equipment authorization; and
a device operating under a specific exemption or Conditional Approval.

A product page, distributor listing, purchase order, or prior customer deployment does not establish which FCC grant applies to the unit being purchased.

Software and firmware updates for existing devices

Without further action, placing previously authorized equipment on the Covered List would also restrict permissive changes, including some security and compatibility updates. The FCC’s Office of Engineering and Technology issued a targeted waiver on the same day.

Through at least January 1, 2029, covered advanced robotic devices authorized before July 28, 2026 may continue to receive Class I and Class II software and firmware changes that mitigate harm to U.S. consumers and preserve device functionality. The FCC gives security patches and operating-system compatibility as examples.

The waiver is bounded. It does not erase other FCC rules, convert a modified product into a new authorized model, or permit every hardware and software change. DA 26-789 says grantees still must meet applicable filing, testing, performance, marketing, and certification requirements.

For robot operators, this is a meaningful security provision. Freezing vulnerable firmware would increase the exact cyber risk cited in the national-security determination. Buyers should nevertheless ask vendors for a model-specific support statement rather than assuming that every future feature, AI model, radio change, or cloud-service revision falls within the waiver.

Conditional Approvals

The Department of War can evaluate a foreign-produced advanced robotic device or class of devices and transmit a determination to the FCC that it does not pose the identified unacceptable risks. If granted, that Conditional Approval exempts the covered device or class from the entry.

The Public Notice directs applicants to an Advanced Robotic Devices Guidance Document. The FCC FAQ says a manufacturer, original equipment manufacturer, or other responsible party can seek approval. The resulting record should be checked against the exact product and scope rather than treated as a company-wide exemption.

A Conditional Approval answers a national-security and equipment-authorization question. It does not establish:

autonomous task reliability;
machinery or functional safety compliance;
suitability for a particular workplace;
cybersecurity perfection;
delivery timing, support quality, or commercial availability; or
compliance with unrelated import, export, procurement, privacy, or sector rules.

Our humanoid availability tracker separates ordering, scheduled delivery, pilots, and production operation. The FCC action adds a U.S. access and authorization field to that analysis, but it does not change evidence about whether a robot performed useful work in another market.

A due-diligence checklist for U.S. buyers

Before ordering a potentially covered robot, request a written, model-specific record.

1. Identify the exact article

Record the model, generation, hardware revision, radio modules, docking station, accessories, manufacturing location, and intended import configuration. Do not rely on a family name alone.

2. Check technical scope

Compare the actual device with every condition and exclusion in the FCC definition. Preserve the evidence used for weight, mobility, remote operation, sensing, network speed, and controlling software.

3. Verify equipment authorization

Request the FCC identifier, grant, responsible party, authorization date, and the relationship between the grant and the unit being sold. Confirm whether later modifications remain within the grant.

4. Check timing and approval status

Determine whether the model was authorized before July 28, 2026. Search the current FCC Covered List for Conditional Approvals and verify that any claimed approval covers the exact device or class.

5. Separate import, marketing, and operation

These are distinct activities. A research lab importing one unit, a distributor marketing inventory, and a factory operating an installed fleet may face different procedural questions. Noncommercial intent should not be assumed to eliminate equipment-authorization requirements.

6. Review update support

Ask which security, compatibility, control, AI-model, and radio changes the vendor expects to deliver, under which grant or waiver, and for how long. Obtain an incident-notification and vulnerability-response commitment.

7. Keep other assurance work intact

Continue machinery risk assessment, application integration, cybersecurity testing, privacy review, network segmentation, access control, logging, supplier continuity planning, and task-level performance evaluation. FCC authorization is one layer of a production decision.

Questions for laboratories and developers

Research access is especially sensitive because a laboratory may need a newly released model, a custom radio configuration, or a small import that has never been marketed broadly. The FCC FAQ explicitly addresses import solely for product development or research, which means teams should inspect the stated exemptions and conditions rather than assume that research use is automatically outside the rule.

A lab should document:

whether the unit emits radio-frequency energy and under what configuration;
whether an experimental, evaluation, import, or other exemption is available;
quantity and intended duration;
whether the device will be modified;
whether it will operate only in a controlled environment;
whether data or remote access will leave the lab network; and
how the unit will be exported, destroyed, disabled, or retained after the work.

Qualified counsel or an experienced FCC equipment-authorization professional should review uncertain imports before shipment.

What the action does not establish

The July 28 record does not, by itself, establish that:

every foreign-produced robot is covered;
every robot produced in China or another country is illegal to own or operate;
all previously authorized models must be removed from sale;
all software updates are prohibited;
a named robot company has lost access for every product;
one foreign component makes the finished robot foreign-produced under the cited test;
a Conditional Approval proves safety or performance; or
equipment authorization settles export controls, tariffs, procurement rules, workplace safety, privacy, or cybersecurity obligations.

It also does not identify current Conditional Approvals for every robot a buyer may encounter. The FCC says the Covered List will be updated when it receives further determinations.

What to watch next

Published Conditional Approvals: exact models, classes, conditions, and duration.
Interpretation of production origin: how the domestic-end-product test is applied to mixed-origin robots.
Existing-model boundaries: treatment of hardware variants, radio substitutions, and substantial changes.
Research pathways: practical use of exemptions for laboratories and product development.
Vendor manufacturing changes: onshoring claims supported by auditable production records.
Security maintenance: how the 2029 software waiver is extended, narrowed, or replaced.
Legal and administrative changes: petitions, court challenges, rule changes, and later agency guidance.
Buyer disclosures: whether vendors publish model-level FCC grants and Conditional Approval status.

Verdict

The FCC action creates a material new U.S. access constraint for networked mobile robots produced outside the domestic-end-product definition. It is not merely a policy signal. Covered new models cannot receive FCC equipment authorization without a Department of War Conditional Approval.

The boundary matters just as much as the restriction. The rule applies through a technical device definition, not a list of robot brands. Previously authorized models have a different status, and existing devices retain a defined software and firmware update path through at least January 1, 2029.

For buyers and developers, the practical unit of analysis is the exact model and grant, not the company headline. Verify production origin, technical scope, FCC authorization history, modifications, Conditional Approval status, and intended activity before relying on a product listing or prior deployment.

Frequently asked questions

Did the FCC ban every foreign-made robot in the United States?

No. The July 28 action covers a defined category of foreign-produced mobile robotic devices and prevents covered equipment from receiving new FCC equipment authorization unless it has a Department of War Conditional Approval. The FCC says existing models authorized before the change can continue to be sold and imported. Device scope, model authorization history, production origin, modifications, and exceptions still need to be checked.

Which robots fall within the FCC definition of an advanced robotic device?

The definition covers a mechanical mobile device, including autonomous mobile robots, humanoids, and quadrupeds, that meets all stated conditions for ground movement, operation at a distance, combined weight above 4.4 pounds, environmental sensing, network connectivity of at least 200 kbps in either direction, and controlling software. It excludes specified categories including connected vehicles, rail-only vehicles, uncrewed aircraft, unmanned underwater vehicles, defined medical devices, mobility aids, and fixed stationary industrial or medical robots.

Can an existing authorized foreign-produced robot still receive software updates?

Yes, within the FCC's stated waiver. DA 26-789 allows covered devices authorized before July 28, 2026 to receive Class I and Class II software and firmware changes that mitigate consumer harm and maintain functionality, including security patches and operating-system compatibility, through at least January 1, 2029. Other FCC requirements still apply.

What is a Conditional Approval?

It is a device-specific or class-specific determination transmitted by the Department of War to the FCC that the foreign-produced advanced robotic device does not pose the identified unacceptable risks. A successful determination removes that device or class from the Covered List restriction. It is not a general certification of safety, reliability, or commercial performance.

Can a U.S. lab import a new covered robot model only for research?

The FCC FAQ specifically raises product-development and research imports, but the answer depends on equipment-authorization and import rules, exemptions, device configuration, and intended use. A lab should not infer that noncommercial intent automatically removes the restriction. It should identify the exact model and FCC authorization status and obtain qualified compliance guidance before importing.