A US robot import ban? What was actually decided – and what reaches Europe

The instrument is narrower and more precise than the headlines. On July 28, 2026, the Public Safety and Homeland Security Bureau of the US telecommunications regulator FCC published Public Notice DA 26-786, adding two categories to the so-called Covered List – a register of equipment deemed “an unacceptable risk to the national security of the United States” under the Secure and Trusted Communications Networks Act of 2019. The two new entries: foreign-produced power inverters, and “Foreign-produced advanced robotic devices, except advanced robotic devices which have been granted a Conditional Approval by DoW” – DoW being the US Department of War. The basis was two National Security Determinations of July 27, 2026, issued by an interagency body convened by the White House.

What the entry does is mechanical, and it is worth being exact about it. Equipment on the Covered List is barred from receiving an FCC equipment authorization – the certification every device with radio components (Wi-Fi, Bluetooth, cellular) needs before it may be imported, marketed or sold in the US. New foreign-built robot models therefore cannot enter the US market, absent a Conditional Approval. The measure is forward-looking: according to the industry association IFR’s reading of the notice, models that already hold an FCC authorization keep it and may continue to be imported, sold and used, including software and firmware updates. Nothing is recalled, nothing already deployed is switched off.

The reasoning the determination itself gives is worth quoting, because it is not a tariff argument but a data argument: advanced robotic devices “collect data that could be leveraged by malign actors to surveil Americans, enhance the capabilities of foreign intelligence services, or to remotely commandeer the robots”. That is – in the vocabulary of our own privacy article – the data-flow question: sensors, connectivity, and who can reach the machine. The US has answered that question with a border measure. Europe, as we will see, answers the same question with contract and conduct rules.

There is also a relief valve, and its wording reveals the purpose of the whole exercise. Producers of foreign-built robots can apply for a Conditional Approval, evaluated by the Department of War – explicitly framed as a transition that lets producers “continue to receive FCC authorization for their products while they work to onshore manufacturing”. The goal, in other words, is relocating production to the US – not punishing any particular flag.

The determination defines “advanced robotic device” with four cumulative criteria: a mechanical mobile device – explicitly including autonomous mobile robots, humanoid robots and quadrupeds – that (1) is capable of locomotion, obstacle avoidance, navigation or movement on the ground, (2) operates at a distance from a human operator or supervisor based on commands or sensor data, (3) weighs more than 4.4 pounds (about 2 kg) including any ground or docking station, and (4) contains a sensor perceiving its environment, a network connectivity component of at least 200 kbps, and software – including AI or machine-learning model weights – for autonomous navigation, data collection or remote command and control. Every machine in our own fleet meets all four criteria: a machine like the Pudu ET1 navigates by sensors, connects by Wi-Fi or cellular, weighs far more than two kilograms and runs autonomy software. Commercial cleaning robots are no edge case of this definition – autonomous mobile robots are written into it verbatim.

Just as important is who is excluded: connected vehicles, rail vehicles, drones (which have their own, older regime on the same list), underwater vehicles, medical devices – and stationary industrial robots, explicitly including articulated, delta, gantry and SCARA arms. The word “robot” in the headlines therefore does not mean industrial robotics: the welding arm in a US car plant is untouched. The rule aims at machines that move through spaces, perceive them and are networked – which is precisely the category service and cleaning robots belong to.

The second precision concerns origin. “Foreign-produced” is defined as any article that fails the Buy-American test for a “domestic end product”. The producer’s nationality does not enter into it: the FCC states that this newly covered equipment is “identified by place of production, not by entity”. A machine assembled in Switzerland by Kemaro, which operates its own US subsidiary in South Carolina, is barred from new authorizations exactly like a machine built in China; the same applies to any robot built in Ulm or Wuppertal. And no company list is at work: no cleaning-robot manufacturer – not Pudu, not Gausium, not any maker in our market – appears by name on the FCC Covered List.

So whoever reads the headline “US bans foreign robots” should read three corrections along with it: new models, not the existing fleet; place of production, not nationality of the company; authorization, not operation. Each of the three is the difference between what happened and what the shorthand suggests.

Separate from the FCC action, a Section 232 national-security investigation into imports of “robots and programmable, computer-controlled mechanical systems” as well as industrial machinery has been running since September 2, 2025. Its published scope lists mostly metalworking equipment – CNC machining centers, presses, machine tools – and explicitly excludes drones, which are the subject of a separate Section 232 investigation of their own. Whether commercial cleaning robots fall within it is genuinely undetermined: no customs codes have been published, the lead phrase is broad, every worked example is industrial. We state that as openly as the documents leave it.

On timing, the statute prescribes a report to the President within 270 days of initiation and a presidential decision within 90 days of receiving it. Counted from the September 2, 2025 initiation, the report was due by May 30, 2026 and a decision by August 28, 2026 at the latest – the statutory window is closing as this article appears. Whether a decision actually lands inside it is not something the documents settle; no date has been announced.

What the outcome would look like is no longer speculation, because the drone case has already run the full course: Proclamation 11055 of August 2026 imposed tariffs – not a prohibition – of 100 percent on heavier drones, thermal-imaging drones and docking stations, and 25 percent on lighter ones, effective September 3, 2026. Two features matter for reading it as a template. It applies to all countries of origin, not to China; and EU member states – like Switzerland and Liechtenstein – were capped at 15 percent where the critical components come from approved countries. If robotics follows this pattern, it would be a cost event for every non-US manufacturer selling into the US market – including German and Swiss ones.

One more document dismantles the “US versus China” frame entirely: the Section 301 investigations on industrial overcapacity, opened in March 2026, name “robotics” explicitly among the sectors under scrutiny – and list the European Union itself among the sixteen investigated economies. The through-line of all three instruments is not directed at a flag; it is a reindustrialization policy that treats every foreign-built machine as a supply-chain question.

There is no EU counterpart to any of this: no import ban, no authorization bar, no trade-defence measure on cleaning robots. What Europe has instead is a stack of conduct rules that apply to the same machines regardless of where they were built – and several of its deadlines are closer than the American ones.

The Cyber Resilience Act requires manufacturers of connected products to report actively exploited vulnerabilities starting September 11, 2026 – weeks away as this article is published – with its full obligations following in December 2027 as a CE-marking requirement. Germany’s NIS2 transposition is in force – the statutory registration deadline has already passed. The EU Data Act has applied since September 2025 and gives operators a right of access to the data their connected machines generate – a direct lever on robot fleet telemetry. And from January 2027 the new Machinery Regulation adds requirements for AI-driven safety functions and cyber-safety. We walk through what this stack means at the machine level in our standards article.

Europe does have one border-adjacent instrument, and it was used for the first time in June 2025: under the International Procurement Instrument, the Commission excluded Chinese bidders from public tenders for medical devices at or above five million euros. That precedent matters for anyone selling into the public sector – it shows the exclusion mechanism exists, is lawful and is politically available. For robot procurement nothing of the kind exists today; but it is the reason data-residency and supply-chain questions increasingly decide public tenders, as we describe for offices and public buildings.

The deeper contrast is philosophical. The US determination worries about what networked robots do with their data – and answers with a border. Europe worries about the same thing – and answers with contracts, reporting duties and CE marking. For a buyer in Germany, the second answer is the operative one: the questions that decide whether a machine is deployable are contractual, and they can be asked of any manufacturer, from any country, today.

Directly: nothing. No German or EU rule restricts the purchase, import or operation of any cleaning robot because of the US decision, and the US decision itself has no extraterritorial effect on the DACH market. A machine ordered in Germany today is as available as it was in June.

Indirectly, two effects are plausible, and we state them as assessment without numbers. First, the US market becomes harder for every non-US manufacturer – which can redirect supply toward Europe; the direction is reasonable to expect, the magnitude is not knowable today, and we will not attach figures to it. Second, the effect on European manufacturers is double-edged rather than a windfall: Kemaro’s Swiss-built machines face the same authorization bar as any Chinese-built machine – its own US subsidiary changes nothing about that – and a German-built machine entering the US would be tariffed under a robotics proclamation exactly as the drone template tariffs allied countries: capped, but not exempt.

Our own exposure, stated plainly rather than found in a footnote: the majority of our fleet is built in China – Pudu and CenoBots machines. The Nexaro NR 1700 is engineered in Wuppertal and produced at a Vorwerk-owned plant in China, which Nexaro itself states openly; Adlatus develops and final-assembles in Ulm. For operation in Germany, the US decision changes none of this. What it does change is the quality of the question customers will ask us – and that question deserves a better answer than a flag.

That answer is the checklist that already exists: a data-processing agreement naming the storage region, disclosed subprocessors, written update and reaction-time commitments, and a machine choice that fits the space – the process we describe in our decision guide and operate in service. Anyone made nervous by the headline should put those questions in writing to their supplier – whichever country the machine comes from. That is the durable lesson of the American summer of 2026: the world’s regulators have started treating mobile robots as data infrastructure. Buyers should, too.