Import rules for humanoid robots

A humanoid robot is 'machinery' (powered, moving assembly). Until 19 January 2027 the Machinery Directive 2006/42/EC applies to machinery placed on the EU market OR put into service in the EU; the manufacturer must do a conformity assessment, draw up an EC Declaration of Conformity, affix CE, and supply instructions and a technical file. Mobile robots are not in Annex IV, so manufacturer self-certification is permitted; relevant standards are EN ISO 10218 and ISO 13482. Because 'putting into service' is covered, even machinery imported for own use must comply, and under Art. 2(i) a person who places on the market or puts into service machinery where no compliant manufacturer exists is treated as the manufacturer.

Art. 4: a product covered by CE legislation may only be placed on the EU market if there is an economic operator in the EU (manufacturer, authorised representative, importer, or fulfilment provider) responsible for compliance tasks: holding the DoC and technical documentation, cooperating with authorities, corrective action. Whoever imports commercially IS the importer, must put their name/address on the product, and verify the manufacturer did conformity assessment and documentation. Arts. 25-28 give customs the power to suspend release of goods that lack required markings/documentation or appear dangerous; non-compliant goods get stamped 'release for free circulation not permitted' and can be destroyed or re-exported. Each member state designates its own market surveillance authorities, which work with its customs at the border; in the Netherlands, for example, they are the Nederlandse Arbeidsinspectie (machinery for professional use), NVWA (consumer products), RDI (radio equipment) and ILT (environment/batteries/RoHS), working with Douane.

Humanoids with WiFi/Bluetooth (Unitree G1: WiFi 6 + BT 5.2) are radio equipment under RED 2014/53/EU (which also covers EMC and electrical safety for radio gear; RoHS 2011/65/EU applies separately). Since 1 August 2025, Delegated Regulation (EU) 2022/30 makes RED Articles 3(3)(d)/(e)/(f) cybersecurity requirements mandatory for internet-connected radio equipment: network protection, personal-data/privacy protection, fraud protection, with harmonized standards EN 18031-1/-2/-3. A Chinese humanoid without documented EN 18031 assessment is formally non-compliant when placed on the EU market in mid-2026. Unitree's G1 documentation shows an FCC filing but no EU declaration of conformity.

VERIFIED: Unitree's official G1 user manual (FCC filing 2A5PE-YUSHU008) contains no EU Declaration of Conformity and no Machinery Directive/RED statement (only a note that the USB charger should meet 'FCC/CE standard'). Unitree's own shop sells the G1 at USD 13,500 with 'customer is responsible for all applicable customs duties, taxes, and import clearance'. EU resellers exist and take on the importer role commercially: Elektor (NL) lists the G1 at EUR 24,999 incl VAT, OpenELAB at EUR 25,500 with DDP for EU, MYBOTSHOP (DE) and RobotShop EU sell 'EU' versions, but NONE of these product pages advertises Machinery Directive CE conformity for the G1; treat CE status of any Chinese humanoid as unverified until you hold the EU DoC and technical file. No Chinese humanoid maker publicly documents full EU compliance as of mid-2026.

A humanoid robot is classified in Chapter 84 as a machine, not a toy, when it is a real working robot. Candidates: CN 8428 70 00 'Industrial robots' (scoped to lifting/handling/loading/unloading robots) with third-country duty FREE, and CN 8479 50 00 'Industrial robots, not elsewhere specified or included' at 1.7% (both rates verified in the official CN 2026, Commission Implementing Regulation (EU) 2025/1926). A general-purpose humanoid research/development platform (Unitree G1/R1) is most defensibly 8479 50 00 (1.7%) because it is not solely a lifting/handling machine; 8428 70 00 (0%) is arguable for logistics-task humanoids. Small toy-grade desktop robots can fall under 9503 00. A US CBP ruling (H050116) once classified a demonstrational humanoid under heading 9023, showing classification is genuinely unsettled. For certainty, request a free Binding Tariff Information (BTI) decision, valid 3 years EU-wide.

Third-country (erga omnes) conventional duty: 0% under 8428 70 00, 1.7% under 8479 50 00, applied on the customs value (price + freight/insurance to EU border). No anti-dumping, countervailing, or safeguard measures apply to robots of Chinese origin on these codes as of July 2026. On a EUR 15,000 robot this is EUR 0-255: the duty is not the obstacle.

Import VAT is charged at the standard rate of the member state you import into (17% in Luxembourg to 27% in Hungary, e.g. 19% in Germany, 20% in France, 21% in the Netherlands). It is levied on the customs value PLUS commission, packaging, transport and insurance costs up to the destination inside the EU PLUS the import duty (as the Dutch Belastingdienst sets out the rule). At the Netherlands' 21%, on a EUR 15,000 robot with EUR 800 freight and 1.7% duty, VAT is about EUR 3,375. VAT-registered businesses deduct this as input VAT; where their member state offers import VAT deferment or postponed accounting (in the Netherlands, an Article 23 license) they defer it entirely to the periodic VAT return (no cash at the border). Private individuals pay it outright and cannot recover it.

The robot's lithium pack is itself a regulated product: batteries placed on the EU market need their own CE marking and EU DoC since 18 Aug 2024. Importers must add their name/address/contact to the battery, and from 18 Aug 2025 'producers' (which includes the first EU seller/importer) carry extended producer responsibility for collection/recycling (registration with the national battery register; in the Netherlands, via Stichting OPEN). Supply-chain due diligence obligations were postponed to 18 Aug 2027; carbon-footprint declarations and the battery passport phase in from 2025-2027 for industrial/EV batteries. A roughly 433 Wh humanoid pack is typically an industrial battery under the Regulation.

A humanoid ships as UN 3481 'lithium ion batteries contained in equipment' (or packed with equipment). The Unitree G1 pack is 13S, 9,000 mAh, roughly 433-439 Wh: over 100 Wh it loses every small-battery exception and travels as full Class 9 dangerous goods under PI 967 Section I. What forces cargo-aircraft-only is not the watt-hour rating but the net weight of battery per package (PI 967 Section I allows up to 5 kg on a passenger aircraft and 35 kg on a cargo aircraft), so the roughly 2 kg installed pack is permitted on both, at normal charge; the familiar 160 Wh figure is the ceiling for a battery a passenger carries in their own baggage and gets misapplied to freight constantly. A UN 38.3 test summary from the manufacturer must be available, plus (for sea) SDS and DG packaging certificate. NEW since 1 Jan 2026 (ICAO/IATA): batteries packed WITH equipment (PI 966) and loose batteries (UN 3480, cargo-aircraft-only) must be at max 30% state of charge for air transport; batteries INSTALLED in the equipment (PI 967) remain exempt from the SoC cap. Spare/extra batteries ordered alongside the robot are the usual cause of shipping refusals.

Any business that files (or has a forwarder file) import declarations needs an EORI number from the customs authority of the member state where it is established (in the Netherlands it is free, from Dutch customs: NL + RSIN for companies; sole traders get a customs number). Private individuals receiving a courier shipment normally do not need their own EORI: DHL/FedEx/UPS act as customs representative, file the declaration, advance the VAT/duty and charge clearance fees. Couriers DO handle humanoid-robot-sized shipments (Unitree ships G1 via express carriers, shipping USD 300-1,200), but a phone number, email, and sometimes a tax ID are required for clearance, and DG airfreight often moves via forwarders rather than standard express.

The new Machinery Regulation applies from 20 Jan 2027 with a HARD cutover: no period in which both regimes apply; machinery placed on the market from that date must comply with the Regulation. Key change for humanoids: Annex I Part A includes machinery/safety components with fully or partially self-evolving behaviour using machine learning ensuring safety functions, which triggers MANDATORY third-party (notified body) conformity assessment. AI-driven humanoids bought in mid-2026 fall under the old Directive; anything imported/placed on the market from 20 Jan 2027 may need notified-body involvement, and notified-body capacity is limited.

There is no personal import allowance that helps at humanoid prices: the traveler allowance is EUR 430 and mail-order goods are always taxed. Separately, EU finance ministers decided on 12 Dec 2025 to scrap the EUR 150 duty-free de minimis for parcels from 1 July 2026, replacing it with a flat EUR 3 customs charge per small parcel (plus a EUR 2 handling fee later in 2026). This targets Shein/Temu-style flows and changes nothing material for a EUR 15,000+ robot, but it signals the tightening EU-China parcel regime and means no Chinese parcel enters duty-free anymore.

The EU's 2024-2026 trade-defense wave against China targets EVs, aerial work platforms (anti-subsidy duties 20.6-66.7%), steel, and chemicals. No anti-dumping or anti-subsidy investigation or duty exists on industrial/humanoid robots from China as of July 2026. The exposure runs the other way: China's April and October 2025 rare-earth/magnet export controls (samarium, dysprosium, terbium etc., used roughly 2-4 kg NdFeB per humanoid) require Chinese export licenses that take 6 weeks to several months, which can stretch manufacturer lead times, though finished robots themselves are not export-controlled.

A business with a valid VAT number (verifiable in VIES) buying from a reseller in another member state receives a 0% VAT invoice (exempt intra-Community supply); the buyer self-accounts its own country's VAT as an intra-Community acquisition on its own VAT return (21% for a Dutch business buying from a German or French reseller, for example) and simultaneously deducts it if the robot is used for taxed activities: cash-flow neutral. Both VAT numbers must be on the invoice. Without a valid VAT number you are treated as a consumer.

A private buyer ordering from a reseller in another member state pays their own country's VAT, charged by the seller under the EU distance-selling rules: since July 2021 there is one EU-wide EUR 10,000 threshold above which cross-border B2C sellers must charge the buyer-country VAT rate (reported via One Stop Shop). Any established robot reseller is far over this threshold, so the shelf price includes the buyer's country's VAT, not the seller's: a consumer in the Netherlands ordering from a German reseller, for example, pays 21% Dutch VAT, not German 19%.

Directive 2019/771 explicitly does not cover B2B sales. In practice EU resellers contractually reduce the business warranty: MyBotShop's AGB give Unternehmer 1 year from delivery (consumers keep statutory rights), and Generation Robots' terms give professionals 1 year from invoice. Unitree's own manufacturer policy is typically 12 months on development/EDU models, with exclusions for falls, water, disassembly and unauthorised modification. Some variants have no free warranty at all: Quadruped.de's G1 'Boxing' variant substitutes a USD 4,500 maintenance budget.

No permit is needed to operate a humanoid in a company, but a robot deployed around staff is work equipment under the EU work-equipment directive 2009/104/EC, as each member state implements it, so it belongs in the employer's workplace risk assessment with mitigation measures, employee instruction, and safe work procedures. In the Netherlands, for example, the Arbowet requires every employer to keep a current RI&E (risk inventory and evaluation), and the robot is an 'arbeidsmiddel' under the Arbobesluit (implementing 2009/104/EC), so it must be included in the RI&E. ISO/TS 15066 is the reference standard for human-robot collaborative operation.

A humanoid's cameras/microphones processing identifiable people make the operator a data controller under GDPR. Per EDPB Guidelines 3/2019 on video devices: legitimate interest is the usual legal basis, purposes must be specific ('safety' alone is insufficient), a DPIA is mandatory for systematic monitoring of publicly accessible areas and advisable for workplace deployment, and facial recognition in public/semi-public spaces is effectively a non-starter (biometric data). Also check whether the robot's software uploads video/telemetry to manufacturer cloud servers outside the EU (data-transfer rules).

Check your own member state's rules; in the Netherlands, for example, no law requires liability insurance for a robot (unlike cars under the WAM). Business liability insurance (an AVB in the Netherlands) covers damage your company, employees or products cause to third parties, but standard Dutch AVB texts, for example, do not specifically address autonomous machines: confirm in writing that an autonomous humanoid is covered, and note that motor-vehicle exclusions could theoretically be argued for a self-propelled machine. Private owners: personal liability insurance (AVP in the Netherlands) covers personal liability but the same exclusion question applies; the robot itself as property falls under contents (inboedel in the Netherlands) or business equipment insurance.

Under Market Surveillance Regulation (EU) 2019/1020 Art. 4, a CE-marked product may only be placed on the EU market if an EU-established economic operator (manufacturer, authorised rep, or importer) is responsible for it: verifying the EU Declaration of Conformity exists, keeping it about 10 years, making technical documentation available, and cooperating with market surveillance. Buying from MyBotShop/Generation Robots means they or their distributor carry these duties. If you import from China yourself with no named EU operator, YOU become the importer and assume all of these obligations, plus product-liability exposure: under the EU Product Liability Directive the importer into the EU is liable as if they were the producer (the recast PLD (EU) 2024/2853 applies to products placed on the market from Dec 2026).

A robot bought mid-2026 must comply with the current Machinery Directive 2006/42/EC (CE marking, DoC). The new Machinery Regulation (EU) 2023/1230 applies from 20 January 2027 to machinery placed on the market from that date, with no grace period, and adds AI/cybersecurity/human-robot-collaboration requirements. A 2026-bought robot stays legal to use, but if you substantially modify or integrate it you can become the 'manufacturer' of the modified machine with your own CE obligations.

The Sale of Goods Directive (EU) 2019/771 gives consumers a minimum 2-year legal guarantee against the SELLER (the EU reseller, not Unitree). It applies only to B2C contracts. National implementations can go further. The Dutch one, for example, has no fixed term at all: a product must last as long as reasonably expected, and the ACM (the Dutch consumer authority) actively warns sellers that 'only 2 years' is often wrong for expensive durable goods. For a EUR 25-40k robot a consumer in the Netherlands can plausibly claim conformity remedies beyond 2 years. Consumers buying online also get the standard 14-day withdrawal right.

Honest answer: there is no drone-style registration, operator ID, license, or type approval requirement for owning or operating a ground robot in the EU (the Netherlands included). Drone rules (EASA operator registration, handled in the Netherlands by the RDW) apply only to aircraft. The one hard limit is public space: most member states have no vehicle category for autonomous ground robots, and in the Netherlands, for example, they are not permitted on public roads/sidewalks; Dutch pilots (e.g. Albert Heijn's delivery robot) run on private property because Dutch law has no vehicle category for them. On your own premises: no registration of any kind.

Industrial robots carry a mild EU import duty (1.7% under HS 8479.50; 0% only if the unit qualifies as a handling robot under HS 8428.70). The EU reseller premium is distribution margin, EU-spec compliance (radio/CE paperwork), local warranty handling and support, not tariffs. Self-import cost from China is essentially product + freight + 1.7% duty + import VAT at your country's rate (21% in the Netherlands).

Official order page: USD 499/mo subscription or USD 20,000 ownership, USD 200 fully refundable deposit, and explicitly 'US Deliveries start 2026'. 1X states deliveries start primarily in the US and expand to other markets starting 2027; non-US orders are effectively waitlisted. 1X's Norwegian roots (founded as Halodi Robotics; factory in Moss, Norway; HQ Palo Alto, main manufacturing Hayward CA) make a later EU launch plausible and duty-free (EEA origin), but create no ordering path from the EU in mid-2026.

As of mid-2026 there are no preorders, no waitlist, no reservation fee, and no announced consumer sale date. Optimus 3 production begins summer 2026 for Tesla's own factories; first external B2B customers expected late 2026 at the earliest, consumer target 'end of 2027' per Musk, 2028-2029 per most analysts. From the EU the answer is: you cannot get this one, period.

Figure 03 is deployed via commercial contracts (reported roughly USD 25/hr RaaS; BMW Spartanburg is the flagship deployment). The home version is a 2026 invite-only alpha program in select US households, not a purchasable product. No EU consumer or single-unit channel exists.

Apollo is deployed through partnerships (Mercedes-Benz, GXO, Jabil, FedEx pilots); estimated USD 200k-300k per unit but no public price or order channel. Mercedes-Benz gives it a European footprint, but access is enterprise-fleet-deal only. Not orderable from the EU as a unit purchase.

Digit is offered via RaaS (roughly USD 30/hr reported) or enterprise agreements (roughly USD 250k/unit estimates, unconfirmed). Schaeffler (Germany) invested in Agility and agreed to purchase Digits for its roughly 100-plant global network, so Digit will operate in Europe, but only under enterprise contracts. No single-unit or consumer sales.

Electric Atlas entered production in 2026, but 2026 units are committed to Hyundai's Robotics Metaplant Application Center and Google DeepMind. Additional customers onboard starting early 2027. No public pricing (a roughly USD 150k estimate circulates, unconfirmed). Not orderable from the EU in mid-2026.

A humanoid placed on the EU market or put into service must meet the Machinery Directive 2006/42/EC (until 20 Jan 2027) and then Machinery Regulation (EU) 2023/1230, which explicitly covers autonomous mobile machinery and AI safety functions and imposes direct importer liability. US humanoids are not CE-marked for the EU. If you self-import one, you assume the importer/manufacturer obligations (risk assessment, DoC, technical file), plus RED/EMC for radios, GDPR for always-on cameras/teleoperation, and for a consumer product like NEO the GPSR requirement of an EU-established responsible economic operator. For a private one-off import for own use enforcement is unlikely at the border, but operating it in a workplace brings national workplace-safety rules (the Arbo rules in the Netherlands) into play with no CE paper trail.

Under the EU-US trade deal implementation regulations (adopted 25 June 2026), the EU eliminated all customs duties on imports of US-origin industrial goods from 1 July 2026 (sunset end-2029 unless extended). Before that, humanoids classified under CN 8479 50 00 carried a low MFN duty (1.7% per EU/UK tariff schedules; some databases cite a 2.5% bound rate). Practical effect mid-2026: a US-built robot enters the EU duty-free with proof of US origin; classification should still be confirmed via a BTI ruling for a 'humanoid'.

Import VAT at your member state's standard rate (17% in Luxembourg to 27% in Hungary; 21% in the Netherlands) is due at import on the CIF value (+any duty). A VAT-registered business deducts it, and can defer it to the periodic return where its member state offers import VAT deferment (in the Netherlands, with an Article 23 permit: reverse-charge on import; foreign businesses need a fiscal representative). A private individual pays it outright, non-recoverable: at the Netherlands' 21%, on a USD 20,000 NEO that is roughly EUR 3,900-4,200 extra depending on FX and freight.

Commercial robots without controlled characteristics fall under EAR99 (Commerce jurisdiction, not on the Commerce Control List). ECCN 2B007 controls only robots with special characteristics (with NS/NP/AT reasons) plus their controllers and end-effectors; encryption in the stack is typically mass-market 5x992. For EAR99 goods to EU destinations such as the Netherlands (close US allies) no export license is normally required; the seller still runs denied-party screening on the buyer. BIS has been drafting AI/robotics-related emerging-tech rules, so re-verify classification at order time, but as of mid-2026 humanoids are not a controlled category for EU destinations.

NEURA Robotics (Metzingen, Germany) takes reservations with a EUR 100 refundable deposit: 4NE1 Gen 3 (reported EUR 98,000; roughly EUR 60,000/unit at 20+ fleet scale) shipping late 2026, and 4NE1 Mini (EUR 19,999) shipping spring 2026. PAL Robotics (Barcelona) sells research-grade humanoids (TALOS, TIAGo family) today, quote-based, mainly to labs and enterprises. Buying EU-made means no import corridor: no duty, no US export step, CE conformity is the manufacturer's job, EU warranty law applies. The Aldebaran/United Robotics path is dead: Aldebaran (NAO/Pepper) entered receivership in 2025 and its core assets/IP went to China's Maxvision; no new units are manufactured and support is uncertain.

On 28 July 2026 the FCC's Public Safety and Homeland Security Bureau (Public Notice DA 26-786) added foreign-produced 'advanced robotic devices' (mobile robots including humanoids and quadrupeds) and foreign-produced power inverters to the Covered List under the Secure and Trusted Communications Networks Act. Covered List equipment cannot receive the FCC equipment authorization a radio device must hold before it can be imported, marketed, or sold in the US, so a NEW never-before-authorized foreign humanoid is effectively shut out of the US market going forward. It is NOT retroactive: it does not affect a consumer's continued use of a device already owned, nor a retailer's continued import or sale of a model authorized before 28 Jul 2026, and previously approved models can keep receiving updates through at least 1 January 2029. The current Unitree G1 (FCC ID 2A5PE-YUSHU008) was authorized before the action and is therefore grandfathered: still legal to import, sell, and operate. A narrow conditional-approval pathway exists (the Department of War evaluates robot submissions), and its first grants for robotic devices (Public Notice DA 26-957, 9 Sep 2026) went only to Husqvarna's robotic mower platforms, and the second round (DA 26-996, 18 Sep 2026) only to ANSCER Robotics' AR250, AR650 and AR1250 warehouse robots: no humanoid has one. The federal government is exempt, which does not help a private buyer either. This is an import-authorization barrier, not a tariff: the China duty stack (about 40%) is unchanged.

Complete Chinese-origin robots classify under HTS 8479.50 (industrial robots) or 8479.89 (other machines with individual functions); CBP's December 2025 ruling on AgiBot humanoids (NY N356154, A2 Ultra and X2 Ultra) chose 8479.89.9599. 8479.50 is on Section 301 List 1 (25% since July 6, 2018) and 8479.89.95 on List 3 (25% since May 10, 2019), so either way the layer is 25% of full declared customs value. Section 301 was NOT affected by the Feb 2026 Supreme Court IEEPA ruling and remains in force. The Nov 2025 US-China arrangement (the Busan Agreement), which suspends threatened higher 301 rates, was due to end on 10 Nov 2026; on 23 Sep 2026 Treasury Secretary Bessent said it is extended to 10 Jan 2027. Robots stay at 25%.

On Feb 20, 2026 the Supreme Court held in Learning Resources, Inc. v. Trump (24-1287) that IEEPA does not authorize presidential tariffs, terminating the fentanyl/reciprocal tariffs on China. Within hours Trump imposed a 10% global surcharge under Section 122 of the Trade Act of 1974 (all countries including China), effective Feb 24, 2026, statutorily capped at 150 days: it expires July 24, 2026. The CIT struck Section 122 down on May 7, 2026, but the government obtained a stay on May 12 and the 10% was collected under that stay until it expired by statute on 24 Jul 2026.

USTR's forced-labor Section 301 action took effect at 12:01am EDT on 24 Jul 2026, covering 60 investigated economies at 10% or 12.5% depending on each one's forced-labor import regime. China is in the 12.5% tier (HTS 9903.05.31) and the duty is ADDITIVE for China, stacking on both the MFN base and the existing 25% Section 301 tariff. It carries no cap and no sunset, unlike the Section 122 surcharge it displaced on the same morning. It also reaches origins that previously paid only the 2.5% MFN base: EU-origin goods now clear at a combination rate of 10% (9903.05.39), Japan and Korea at 12.5% (9903.05.49 and 9903.05.71), and the UK at 2.5% plus 10% (9903.05.81). It does not apply to goods entered as Section 232 steel or aluminum derivatives (HTS chapter 99, note 52(f)(1)), which matters for a robot classified under 8479.89.95 (see below).

For HTS 8479.50.00.00 from China, the rate collected at the US border today is 2.5% MFN base + 25% Section 301 List 1 + 12.5% Section 301 forced-labor = about 40% ad valorem. The 10% Section 122 surcharge that had made this 37.5% expired by operation of law on 24 Jul 2026 (150-day statutory cap), but the forced-labor duty began at the same moment, so the widely predicted drop to 27.5% never happened and the stack ended slightly higher than before. That is the stack for 8479.50. CBP's December 2025 ruling on AgiBot humanoids (NY N356154) classified them under 8479.89.9599 instead and also listed a Section 232 aluminum-derivative heading (9903.85.08); since the Section 232 derivative duties were restructured on 6 Apr 2026, that subheading has been on the temporary-reduction list until 31 Dec 2027 (Proclamation 11021, Annex III): where aluminum is at least 15% of the robot's weight, the MFN base and the Section 232 duty together come to 15%, and the forced-labor duty then does not apply (HTS chapter 99, notes 16 and 52(f)). Under that classification a China-origin robot still lands near 40% (15% plus 25% Section 301 List 3), while EU, Japanese, Korean and other origins pay 15%. The statistical suffix was renumbered 8479.89.9597 in July 2026, one more reason the classification is a broker's call. No robot-specific Section 232 tariff exists yet. Confirm the live rate, and the classification, with a customs broker before ordering.

Duty-free de minimis (USD 800) ended for China/Hong Kong on May 2, 2025 (EO 14256) and for all countries on Aug 29, 2025 (EO 14324). Every commercial shipment now owes applicable duties and must be entered in ACE by a qualified party. Irrelevant to a USD 13,500+ robot (which always required formal entry above USD 2,500), but it also removes duty-free treatment for small parts/accessory orders from China (spare grippers, cables, etc.).

Any import over USD 2,500 requires a formal entry: an importer of record (an individual can use their SSN or a CBP-assigned number; a business uses its EIN), a customs bond (single-entry or continuous), a licensed customs broker in practice, CBP Form 7501, and payment of duties + Merchandise Processing Fee (0.3464% ad valorem, capped) and Harbor Maintenance Fee (0.125%) if by sea. Unitree ships DDU: 'Customer is responsible for all applicable customs duties, taxes, and import clearance,' and requires a contactable phone, email, and possibly a tax ID for clearance.

The G1 (Wi-Fi 6 + Bluetooth 5.2) holds FCC equipment authorization under FCC ID 2A5PE-YUSHU008, so its radios are legal to import and operate; the importer's job is to verify the unit is the FCC-certified variant with the label/ID present. That prior authorization matters more now: on 28 Jul 2026 the FCC added foreign-produced advanced robotic devices as a category to its Covered List, which bars NEW never-authorized foreign models from the authorization needed to import or sell, but the G1 predates that action and is grandfathered (see the dedicated Covered List rule). The pending GUARD Act would go further and could sweep already-authorized platforms onto the list via a national-security review, but it is not law.

The G1's quick-release smart battery is a 13S lithium-ion pack, 9,000 mAh at 46.8V nominal, roughly 421Wh (some retailers list 199.8Wh for a different config; either way over 100Wh). Air freight must move as UN 3481 (lithium ion contained in/packed with equipment) Class 9 dangerous goods with a DG declaration, which is why robots ship via specialized freight forwarders rather than ordinary parcel post, and why spare/replacement batteries are harder and pricier to ship (UN 3480, cargo-aircraft-only). Budget extra time and cost for battery-inclusive shipments.

Commerce/BIS initiated a Section 232 national security investigation of imports of robotics and industrial machinery on Sept 2, 2025 (Federal Register notice Sept 26, 2025), explicitly covering robots and programmable computer-controlled mechanical systems. The statutory report deadline was about May 30, 2026; under 19 U.S.C. 1862 the President then has 90 days to decide and 15 more to implement tariffs, quotas, or import restrictions, so if the report went in on time that window closed in mid-September 2026. As of 27 Sep 2026 no robotics proclamation has been published, BIS still lists the investigation as ongoing with no report or action, and whether the report was delivered has not been made public. A robot-specific Section 232 action therefore remains possible and would stack on top of Section 301.

The Guarding the U.S. Against Adversarial Robotics Dominance Act, introduced June 3, 2026 by Reps. Moolenaar, Obernolte, and McClellan, would require national security agencies to review humanoid and quadruped robots from China, Russia, Iran, and North Korea within one year; platforms found an 'unacceptable risk' AND any platform not reviewed within the window would be automatically added to the FCC Covered List, prohibiting import and operation in the US. Not law as of 27 Sep 2026, but it is the concrete mechanism by which a Unitree could become illegal to import and operate, including for existing owners' future support.

Introduced late March 2026 by Sens. Cotton and Schumer (House companion by Rep. Stefanik). Would prohibit executive agencies from procuring or operating unmanned ground vehicle systems (including humanoids) made by covered foreign entities, with an operational prohibition one year post-enactment and funding restrictions extending to federal contracts and grants. It does NOT restrict private purchase. Most plausible enactment vehicle is the FY2027 NDAA. Practical impact today: if you sell services to federal agencies or run federally funded research, a Chinese robot may become unusable in that work.

Commerce's ICTS supply-chain program has a final rule on Chinese connected vehicles (Jan 2025) and a proposed rulemaking on drones/UAS (Jan 2025), but no ICTS rule covers humanoid or ground robots as of mid-2026. Policy shops (CSET, congressional witnesses at the March 17, 2026 'DeepSeek and Unitree Robotics' House hearing) are actively recommending extending ICTS to PRC robotic systems, so this is the most likely future regulatory pathway alongside the GUARD Act. No state-level ban on private ownership of Chinese robots was found; state activity mirrors the federal focus on government/police procurement.

A May 2025 House Select Committee on the CCP letter to DoD and Commerce alleged an undocumented, default-enabled remote-access tunnel ('CloudSail') pre-installed on Unitree platforms connecting to PRC servers, allowing sensor streaming and root access. This is a congressional allegation (and the driver of the 2026 bills), not an adjudicated finding, but serious buyers (labs, businesses) should assume the robot phones home and network-isolate it (VLAN, no internet, local SDK control).

Most EU member states have no traffic-law category for autonomous ground robots (Estonia's dedicated category is the EU precedent), so check your national traffic rules before taking a robot onto public ground. The Netherlands is a typical example: Dutch traffic law (Wegenverkeerswet 1994, RVV 1990) has no category for autonomous ground robots, and delivery robots are not permitted on Dutch public roads; pilots (e.g. the MRDH/EUR/SPAR project in Rotterdam) run on private campus grounds precisely because public-road use is barred. The Dutch Experimenteerwet zelfrijdende voertuigen (in force since 1 July 2019) allows RDW-permitted experiments with remotely supervised autonomous vehicles under strict conditions. Dutch municipalities can also act against robots in public space via their APV (local ordinance). Practically, in the Netherlands: a privately owned humanoid walking a Dutch sidewalk has no legal status; do not operate it in public space without explicit arrangement with the municipality or an RDW experiment permit.

AI Act art. 5(1)(f) prohibits using AI systems to infer emotions of natural persons in the workplace and education (except narrow medical/safety uses) since 2 Feb 2025. Many humanoid robots ship with affect-detection or engagement-analysis features based on camera/voice biometrics; ENABLING such a feature on your staff is a prohibited practice with the AI Act's highest fines (up to 35M EUR or 7% of global turnover). Other Feb 2025 prohibitions (manipulative techniques, real-time remote biometric identification in public) can also be triggered by robot camera stacks. Disable these features in workplace deployments.

A camera-bearing robot inside your own home filming your own household falls under the GDPR household exemption. The exemption ENDS when: (a) the robot films public space or a neighbour's property (the Dutch data protection authority, the AP, for example, states private individuals are generally not permitted to film public roads, pavements or parking spaces, with narrow security exceptions), or (b) you publish footage of recognizable people to an unlimited audience (YouTube demos), which requires a legal basis, in practice consent. For businesses, a mobile camera platform is treated as MORE intrusive than fixed CCTV: you need a legal basis (usually legitimate interest with a documented balancing test), clear information/signage, retention limits, and very likely a DPIA because systematic monitoring by a moving camera is high-risk processing (art. 35 GDPR). Facial recognition on a robot in (semi-)public space is effectively a non-starter under GDPR's biometric-data rules (in the Netherlands, close to categorically off-limits) and can also collide with AI Act biometric rules.

Dutch AVP policies (typically 1.25M-2.5M EUR cover) pay for damage you or your possessions cause to others. Policies explicitly name model aircraft/drones up to 20 or 25 kg (coverage conditional on complying with the legal rules for their use), but no major Dutch insurer names ground robots in 2025-2026 policy wording. A humanoid is arguably just a 'possession' and thus covered, but this is untested; insurers may argue an autonomous 35 kg machine is an unlisted risk. Practical rule, wherever you live: disclose ownership to your liability insurer in writing and keep the confirmation. Damage the robot does to YOUR OWN home or contents is not third-party liability and is generally not covered by Dutch inboedel/opstal (contents/buildings) insurance unless it triggers a named peril (fire, water damage). The robot itself is insurable as contents against theft/fire.

Dutch AVB covers damage to third parties and employer liability for employee injury (e.g. injury from a machine at work). It excludes damage from motor vehicles and aircraft, damage to your own business property, and on-site environmental damage. Ground robots are not named in standard 2025-2026 AVB wording; whether an autonomous humanoid is an ordinary 'machine' or an undisclosed aggravated risk is for the insurer to assess. Disclose the robot when taking out or amending the policy; failure to disclose a material risk can jeopardize payout. Specialist robotics insurance products are emerging but the market is young.

EU workplace-safety law requires every employer to assess workplace risks, and each member state implements that duty in its own law. In the Netherlands, for example, every employer must maintain a current risk inventory and evaluation (RI&E) under Arbowet art. 5. Introducing a humanoid robot is a material change: you must add a machine-specific risk assessment (in the Netherlands, an RIE-Arbeidsmiddelen) covering the robot itself and the environment it operates in (collision, crushing, falling-robot scenarios, emergency stop, segregation of work zones), define control measures, and instruct employees. In the Netherlands the Nederlandse Arbeidsinspectie enforces this; an incomplete RI&E is independently fineable and devastating in any post-incident proceeding.

A robot used by employees is work equipment under Directive 2009/104/EC, which each member state implements in its own workplace-safety law. The Dutch implementation shows how this works in practice: the robot is an arbeidsmiddel, and Arbobesluit art. 7.2 requires work equipment to comply with applicable product legislation (Warenwetbesluit machines, i.e. the CE regime). There, CE marking + EU declaration of conformity + use in accordance with the manufacturer's instructions creates a legal PRESUMPTION that the equipment meets the Arbobesluit safety articles. Without valid CE paperwork (common for research-grade humanoids), that presumption disappears and the employer must independently demonstrate the robot poses no danger, effectively performing their own conformity work. Ongoing duties: maintenance, periodic inspection (art. 7.4a of the Dutch Arbobesluit), and restricting use to instructed workers. Current humanoids like the Unitree G1 carry no ISO 10218 or ISO 13482 certification and should be treated as research platforms, not certified workplace machines.

The AI Act regulates the robot's AI systems, not the robot as such. Under art. 6(1) an AI system is high-risk if it is a safety component of (or is itself) a product covered by Annex I harmonisation legislation AND that product requires third-party conformity assessment; the Machinery Regulation's AI-safety-component category creates exactly this route for autonomous robots. Annex III (standalone use cases like workplace management or biometrics) can also apply depending on use. A humanoid used as a home/research platform without AI safety functions subject to third-party assessment is generally NOT high-risk. Timeline (as amended by the Digital Omnibus, Parliament 16 June 2026, Council 29 June 2026): Annex III high-risk obligations deferred from 2 Aug 2026 to 2 Dec 2027; Annex I embedded AI deferred from 2 Aug 2027 to 2 Aug 2028. Prohibitions (Feb 2025) and GPAI provider rules (Aug 2025) are unaffected; art. 50 transparency still applies from 2 Aug 2026. Purely personal non-professional use is out of scope (art. 2(10)).

When high-risk duties bite (2 Dec 2027 / 2 Aug 2028), a business deployer must: use the system per the provider's instructions; assign human oversight to competent, trained, authorised persons; keep automatically generated logs at least 6 months; monitor operation and report risks/serious incidents (suspending use if the system presents a risk); ensure input data relevance where they control it; and inform workers and their representatives BEFORE using a high-risk AI system on them. Employers should also support staff AI literacy (art. 4, softened to a support duty by the Omnibus). For a home user none of this applies.

EU law does not require registering, licensing, or notifying any authority about owning or operating a ground-based humanoid robot in mid-2026, and neither does Dutch law, for example. There is no equivalent of the drone regime, where every drone owner (with camera, or over 250g) must register as an operator with a national authority and camera-drone pilots need a certificate (in the Netherlands, the RDW issues the exploitantnummer, renewed yearly, with the number affixed to the aircraft). The European Parliament's 2017 resolution on civil law rules on robotics proposed an EU register for smart robots; it was never turned into legislation.

Estonia is the EU precedent for legalizing sidewalk robots: parliament unanimously added 'self-driving delivery robot' as a vehicle category to its Traffic Act (max speed 6 km/h, partially/fully autonomous or remote-controlled). The USER must hold liability insurance, be 18+, competent, and not intoxicated. Finland has been permissive in practice; most other EU states, including the Netherlands, have no category. There is no EU-wide framework for ground robots in public space as of mid-2026.

The new PLD entered into force 8 Dec 2024; Member States must transpose it by 9 Dec 2026, and it applies to products placed on the market after 9 Dec 2026. It explicitly treats software, AI systems and digital components as products, makes manufacturers liable for defective software updates (or failure to supply security updates), extends compensable damage to destruction/corruption of data and medically confirmed psychological harm, and eases the burden of proof for complex AI products. If the manufacturer is outside the EU (typical for Chinese humanoids), the EU importer, authorised representative, or fulfilment service provider is liable instead. Robots bought before that date remain under the old 1985 regime (implemented nationally, in the Netherlands in art. 6:185-193 BW). For an owner this is protective: it strengthens your recourse when the robot injures someone or malfunctions.

An owner's liability for damage their robot causes is set by national tort law, which differs between member states. Dutch law, for example, imposes risk liability on the POSSESSOR of a defective movable thing that causes damage (art. 6:173 BW), on top of general fault liability (art. 6:162 BW). If your 35 kg humanoid falls on a visitor or damages a neighbour's property because of a defect, a Dutch owner can be strictly liable regardless of fault, with recourse against the producer where product liability applies. Dutch legal scholarship flags open questions on how 6:173 maps onto AI-driven behaviour, so expect legal uncertainty in edge cases.

The Machinery Regulation replaces the Machinery Directive 2006/42/EC on 20 Jan 2027 and explicitly targets autonomous mobile machinery and AI: safety components with fully or partially self-evolving behaviour using machine learning are a high-risk machinery category requiring third-party (notified body) conformity assessment instead of self-certification. This binds manufacturers and importers, not owners, EXCEPT: if you substantially modify a robot (new autonomy software affecting safety, structural changes, new end-effectors), you can become the legal manufacturer of a 'new' machine and inherit the full CE/conformity burden.

General-purpose AI obligations (art. 53/55: technical documentation, copyright policy, training-data summary, systemic-risk duties above 10^25 FLOP) apply to PROVIDERS of GPAI models since 2 Aug 2025, with Commission enforcement powers from 2 Aug 2026. Robot vision-language-action models can qualify as GPAI, but a buyer/owner owes nothing under Chapter V unless they substantially modify/fine-tune the model and re-place it on the market, which can make them a downstream provider. Art. 50 transparency (from 2 Aug 2026) is the buyer-relevant piece: people interacting with an AI system (e.g. a conversational robot in a store) must be informed they are dealing with AI, and deployers of emotion-recognition systems must inform exposed persons.

Regulation (EU) 2023/2854 applies from 12 Sept 2025. A humanoid robot is a connected product: as the user (consumer or business) you have the right to access the data generated by your use, free of charge, in a structured machine-readable format, and to share it with third parties such as independent repair/maintenance providers. From 12 Sept 2026 new products must be designed for direct data access ('data by design'). Practical value for owners: demand telemetry/logs from the manufacturer (useful for diagnostics, insurance claims, and PLD defect evidence), and resist contract terms that lock robot data exclusively to the vendor; unfair unilateral data terms in B2B contracts are unenforceable under the Act.