The FCC's Foreign Robot Rule Turns on a 65 Percent Component Test, Not a Country List

The FCC added foreign-produced advanced robotic devices to its Covered List on July 28, 2026, which means a new model of humanoid, quadruped or mobile robot built abroad can no longer get the equipment authorization it needs to be sold in the United States. The number that decides who is caught is 65, the percentage of component cost that must be domestic for a robot to count as American-made.

The action was issued as Public Notice DA 26-786, according to a column on the Timewell site that quotes the FCC's fact sheet. The FCC said these products "pose unacceptable risks to the national security of the United States or the safety and security of United States persons." It did not tie the restriction to a company or a country.

What the rule covers, and what it does not

Emerson Alden, a research fellow on the AI team at the Foundation for American Innovation, wrote on August 3 that the term "advanced robotic devices" reaches network-connected mobile robots: humanoids, quadrupeds, warehouse platforms, articulated arms on mobile bases, delivery robots, autonomous forklifts and robot vacuums. Alden's analysis says conventional stationary arms sit outside the determination, and that the companion action on power inverters does not list ordinary robot controllers.

Existing owners and existing models are untouched. The notice says it "does not prohibit the import, sale, or use of any existing models of advanced robotic device" and "does not affect any previously purchased devices." Sales to federal agencies are also unaffected, per the same fact sheet. Alden adds one condition: a previously authorized model stays clear only if its hardware is not modified.

Provision	What it does	Source
Effective date	July 28, 2026, Public Notice DA 26-786	Timewell
Previously authorized models	Still importable and sellable	Timewell, FAI
Stationary industrial arms	Outside the determination	FAI
Research imports	Up to 4,000 units per model	FAI
Domestic test	65 percent of component cost	FAI, Timewell

Why 65 percent is the number that matters

The rule is written by place of production. Timewell reads it as applying "regardless of the nationality of origin," so a Japanese robot is in scope as much as a Chinese one. That is the column author's reading, not the FCC's wording.

Alden says "foreign-produced" borrows the Buy American Standard in the Federal Acquisition Regulation: manufactured in the United States, with at least 65 percent of components by cost sourced domestically. Run that against a humanoid and the denominator becomes the bill of materials. Actuators, batteries, perception sensors and compute are the expensive lines, and most of them come from supply chains that are not American. A robot assembled in Texas fails the test if imported parts exceed 35 percent of that cost.

Alden also disputes whether the commercial-off-the-shelf exemption from the domestic content test applies to the FCC rule. If it does not, a builder cannot lean on bought-in standard parts to reach 65.

The 4,000-unit research channel

Companies and institutions may import up to 4,000 units per model for testing, evaluation or product development, according to Alden. Larger quantities need written approval from the FCC's Office of Engineering and Technology, and a producer can seek Conditional Approval for a new device or class of devices. The FCC has proposed cutting the cap to 40 units, according to Alden's piece.

1. Current cap4000 units
2. FCC proposal40 units

Source: Foundation for American Innovation, Aug. 3, 2026, accessed 2026-10-09

A cut from 4,000 to 40 is a factor of 100. At 4,000 units a lab can field-test a fleet. At 40 it can test a prototype cell. The Robot Report's commentary notes that no company is named in the action.

Local AI becomes the engineering response

Jenny Shern, general manager at NexCOBOT, argued in The Robot Report that hardware origin is only half the concern, because where a robot's data is processed matters as well. Shern wrote that motion control and safety monitoring must run locally, which the piece calls "non-negotiable," and that task-level decisions are likely to move on-premises or on-device. The case is for small language models tuned on a factory's own data rather than cloud-dependent large ones. NexCOBOT sells components, so the argument is also a sales pitch, and the piece says the shift adds integration work, safety validation and firmware upkeep for anyone building from parts.

For earlier coverage of the robot software and companies this rule touches, see AWS's Physical AI Toolchain and the new chief executive at Boston Dynamics.

What would change this reading

Two things would move the analysis. If the FCC finalizes the 40-unit cap, the research channel stops being a route to market and becomes a prototype allowance. If it confirms that the commercial-off-the-shelf exemption applies, a robot built from standard imported parts can clear the 65 percent test more easily than Alden's reading implies. The webinar on October 27, "The FCC Robotics Ruling: What Automation Buyers Need to Know," lists speakers from Vecna Robotics, Locus Robotics and the Association for Advancing Automation, and is the next scheduled public discussion in the sources reviewed.