TECHNOLOGY EXPLAINER
National Robotics and Drone Strategies and Supply Chains
— How to read “a plan worth billions”, “most robots installed” and “concentrated supply of parts” (United States, China, Europe, Japan, Korea)
News about robots and drones is full of phrases such as “the state will invest billions”, “world-leading installations” and “supply of parts is concentrated in one country”. Yet the meaning of an amount changes greatly depending on whether it is a request, a draft budget or an expectation that includes private money, and installation statistics count only industrial robots in factories. This article is written for materials engineers with no background in policy documents. It sorts out, within what primary sources let us confirm, (1) the “stages” of money and document words, (2) how to read the statistics published by the International Federation of Robotics (IFR), (3) what the United States, China, Europe, Japan and Korea show in official documents, (4) trade and authorisation rules concerning drones, and (5) the concentration of supply of components and materials (magnets, reducers, batteries and motors).
This article does not rank countries. Amounts are given in the original currency and fiscal year, in the words of the document (request, draft budget, expectation, target), with no currency conversion. Market estimates from research firms are not used. Checked on 25 October 2026.
- Three-line summary / Before you read / Place in the series
- Reading the words of money and documents
- Reading IFR statistics
- National policies: United States, China, Europe, Japan, Korea
- Trade and authorisation rules for drones
- Supply chains of components and materials
- Why these must not be compared
- A materials engineer’s view, and what we could not confirm
- How to read the yardsticks and standards / Glossary / References / Claim-to-source audit
Sourced = stated in a published source (link given)
Our calculation = a value this article calculated or arranged from stated assumptions
Not yet confirmed = proposals, plans, targets, expectations, future effective dates and other things not yet settled
Our own readings are marked as commentary, and Inference is shown in bold.
Amounts differ in currency, fiscal year, period and stage. We do not convert exchange rates and keep the original currency. IFR installation counts are for industrial robots in factories and similar sites; drones and humanoids are separate statistics. We do not rank countries, and we describe regulatory and trade measures in the words of the official documents, without blaming any country or company. This is not legal advice. Status is as of the check date (25 October 2026); company plans, national targets and future effective dates are “not yet confirmed”.
1. Three-line summary / Before you read / Place in the series
- In statistics, installations of industrial robots exceeded 600,000 in 2025 (IFR): the operational stock reached 5 million. Installations by country were 354,000 in China, about 38,500 in the United States, 36,219 in Japan and 30,000 in Korea, among others (IFR’s published figures; not a ranking) [Reference 1]. Sourced
- Policy instruments fall into four types: (1) targets and strategy (Japan: over 30% of the world market and JPY 20 trillion by 2040; China: the 15th Five-Year Plan), (2) funding and R&D (Korea’s K-Humanoid Alliance, Europe’s Robotics Catalyst), (3) rules and certification (the EU Machinery Regulation, the FCC Covered List) and (4) trade and export controls (US Section 232 duties, Chinese UAV export controls) [References 5-18]. Sourced
- Concentration of parts differs by material: for battery materials the IEA says that, excluding rare earths, the average share of the top refining country was 72% in 2025 [Reference 19]. Magnets are covered in our “Permanent Magnets and Rare Earths”; Japan’s strategy names reducers as critical components, but we could not confirm world market shares from public documents [Reference 15].
You only need the common-sense idea that “a national plan” and “what actually happened” are different. The basics of robots and drones are in our “Introduction to Drones and Robotics”. This article covers national policy and the supply of components and materials.
This is a closing article in the series, paired with “Drone Regulation and Airspace Management” (rules for flying and the FCC Covered List), “Permanent Magnets and Rare Earths” (magnet supply), and “Reducers and Gears”, “Power Sources for Robots and Drones” and “Structural Materials for Robots and Drones” (components and materials). It follows the same structure (stages of money, kinds of documents, countries) as “National Space Strategies and Regulation” in the space series and “National MI Strategies and Data Infrastructure” in the materials-informatics series.
2. Reading the words of money and documents
An amount such as “a plan worth billions” cannot be understood until you know which stage it belongs to. A request (what a government asks of the legislature or finance authority), a draft budget (the proposal a government submits to the legislature), an enacted amount (what the legislature decided), an allocation (assignment to individual projects), actual spending, and an expectation or target (a prediction or goal, not yet a commitment) are all different stages. Fig. 2 arranges the numbers in this article by stage.
Japan’s Ministry of Economy, Trade and Industry (METI) puts the FY2027 budget request of the AI Robotics Strategy project (2027-2031) at JPY 320.9 billion (the summary diagram on page 4 of the ex-ante evaluation; METI’s budget request summary gives the same amount). Only the title field on page 1 of the same document says JPY 258.8 billion, and no reason is given. This article uses JPY 320.9 billion, which matches the request summary [References 16, 20]. Sourced Not yet confirmed The FY2026 draft budget for the multimodal foundation model project is given as JPY 387.3 billion (new), but we could not confirm the amount after enactment [Reference 17]. Do not add requests, draft budgets and enacted amounts, or line them up to judge size.
What is actually true: the size of a budget is not a yardstick of how advanced the technology or track record is. Fiscal years, currencies, scope (state projects or expectations including private money) and stage (request or enacted) differ by country and cannot simply be lined up (chapter 7). This article does not rank countries.
3. Reading IFR statistics
The IFR (International Federation of Robotics) publishes global robot statistics (World Robotics) every year. Because it is the organisation’s own statistics, we may use them as the organisation’s published figures. Fig. 3 shows installations in 2025 and robot density in 2024.
The IFR press release (24 September 2026) reports that new installations of industrial robots in 2025 exceeded 600,000 (+11%) and the operational stock reached 5 million (+9%), and forecasts 655,000 for 2026 (a forecast, not confirmed) [Reference 1]. Sourced By country it gives China 354,000 (+20%, 59% of the global total), the United States about 38,500 (+12%), Japan 36,219 (-19%), Korea 30,000 (-1%), Germany under 25,000 and India about 10,500 [Reference 1]. Sourced
Installations count industrial robots newly installed in a year and depend strongly on the size of a country’s economy. Robot density is units per 10,000 manufacturing employees; in 2024 it was Korea 1,220, Germany 449, Japan 446, the United States 307 and China 166 [Reference 3]. Sourced Both measure the degree of factory automation. They do not show the quality or technology of robots, the scale of drones or the progress of research.
On humanoids, the IFR notes that about 7,000 full-size humanoids (over 140 cm) were sold in 2025, that most current applications are specialised, and that they often require human teleoperation [Reference 2]. Sourced On China, the IFR assesses that capabilities in real production settings are currently limited to demonstrators and pilot projects [Reference 4]. Both are the view of the IFR as an organisation, to be read separately from companies’ own claims about “demonstrations” and “orders”.
4. National policies: United States, China, Europe, Japan, Korea
(1) United States
Executive Order 14307, “Unleashing American Drone Dominance” (signed 6 June 2025; 90 FR 24727), sets the policy of safe commercialisation of drones, a stronger domestic drone industry and reduced reliance on foreign sources, and directs the FAA to propose a beyond-visual-line-of-sight (BVLOS) rule within 30 days and publish a final rule within 240 days [Reference 5]. Sourced The 30-day mark was 6 July 2025 and the 240-day mark 1 February 2026; the proposed rule was published on 7 August 2025 (62 days after the order), and no final rule was found as of the check date [Reference 5 and our explainer on drone regulation and airspace management]. Our calculation This is an example in which the deadline in an order and the actual progress of the rule did not match. Separately, on 2 September 2025 the Secretary of Commerce opened a Section 232 (national security) investigation of imports of robotics and industrial machinery (90 FR 46382). We found no proclamation on its outcome in the Federal Register [Reference 7]. Sourced
(2) China
The outline of China’s 15th Five-Year Plan (2026-2030; full text of the Xinhua dispatch of 13 March 2026) lists robots among strategic emerging industries, speaks of promoting the low-altitude economy, and names embodied intelligence as an example of a future industry alongside quantum technology and 6G [Reference 9]. Sourced The IFR describes the plan as shifting China’s focus from traditional industrial automation toward AI-integrated, high-end robotics [Reference 4].
(3) Europe
The European Commission’s Apply AI Strategy (8 October 2025) includes robotics and sets up a “European Robotics Catalyst” to bring together end-user industries, developers and researchers. It states that over 90,000 industrial robots were installed in 2023 [Reference 13]. Sourced On the rules side, the Machinery Regulation (EU) 2023/1230 applies on a mandatory basis from 20 January 2027 (machinery placed on the market before then follows the Machinery Directive 2006/42/EC) [Reference 14]. Sourced Not yet confirmed
(4) Japan
Japan’s AI Robotics Strategy (26 March 2026, Inter-Ministerial Liaison Council) acknowledges that Japan’s robot industry has fallen behind in integrated design of AI and robots, names as strengths the components (motors, reducers, sensors) and field data built up through industrial robots, and sets the target of capturing JPY 20 trillion, over 30% of the world market, out of a market expected to reach about JPY 60 trillion by 2040 [Reference 15]. Sourced Not yet confirmed It also says that, for critical components such as motors, reducers and sensors, the necessary domestic development and manufacturing capacity will be secured from the viewpoints of industrial competitiveness and economic security. It states explicitly that autonomous vehicles and drones or unmanned aircraft are not directly covered by this strategy [Reference 15]. JPY 20 trillion is about one third of JPY 60 trillion. Our calculation
(5) Korea
Korea’s Ministry of Trade, Industry and Energy launched the “K-Humanoid Alliance” on 10 April 2025. According to a government website, the ministry expects over KRW 1 trillion of investment by 2030 (its own prediction), the 2025 robotics budget is KRW 200 billion, and the goal for 2028 is a foundation model for robot AI and high-specification humanoids (under 60 kg, 50 or more joints, payload over 20 kg, over 2.5 m per second) [Reference 18]. Sourced Not yet confirmed
5. Trade and authorisation rules for drones
For drones, more than for robots, trade and authorisation rules are at the centre of policy. We write them neutrally, in the words of the official documents.
- US duties (Proclamation 11055, 13 August 2026, 91 FR 53699): under Section 232, duties are imposed on UAS and components: 100% for the UAS, docking stations and critical components of Annex I and 25% for the UAS of Annex II (both from 3 September 2026), and 25% for the components of Annex III (from 9 February 2027). Products of Japan, Korea, Taiwan, Switzerland, Liechtenstein and EU member states are capped at 15%, and those of the United Kingdom at 10%, on condition that importers certify that substantially all critical components and technology are products of the United States or these places. A programme for onshoring plans of companies building new US facilities is to be established by the Secretary [Reference 6]. Sourced As part of the Secretary of Commerce’s findings, the proclamation states that many US commercial drone makers depend on foreign sources for critical components such as motors, electronic speed controllers, lithium-ion batteries and docking stations [Reference 6].
- US FCC: on 22 December 2025 it added foreign-produced unmanned aircraft systems and critical components to the Covered List. The current end date of the Blue UAS and domestic-end-product exemptions is 1 January 2028 (DA 26-761, 21 July 2026; the initial end date was 1 January 2027) [Reference 8]. For details, see our “Drone Regulation and Airspace Management”. Sourced
- Chinese export controls: an announcement requiring licences for exports of certain UAV items (2024 No. 31) took effect on 1 September 2024 [Reference 10]. An announcement of 5 August 2026 (2026 No. 34) provides that exports to the United States of listed UAVs, critical components and technology are reviewed case by case strictly, without licensing facilitation [Reference 11]. An announcement of 19 October 2026 (2026 No. 49) lists autopilots, certain UAVs, engines, radio equipment, high-power brushless motors (rated voltage 48 V or more, rated power 3 kW or more, power density 3 kW/kg or more and rated speed 3,000 rpm or less), carbon-fibre composite blades (length 762 mm or more, among other criteria), software and technology, and takes effect on 18 November 2026 (not yet in force on the check date) [Reference 12]. Sourced Not yet confirmed
What is actually true: in the official documents used here, both the United States (duties, the FCC) and China (export controls) have taken trade and authorisation measures on drones and their components. Both are measures that each government explains on national-security grounds, and this article does not judge which is right or who is at fault. The actual effect depends on the model, the origin of components, the timing and the details of the text, so check the text and the authority’s latest guidance for any individual case.
6. Supply chains of components and materials
- Magnets (motors): the supply of rare-earth materials for strong permanent magnets and export controls are covered in detail in our “Permanent Magnets and Rare Earths”. To avoid repetition we do not repeat them here.
- Reducers, motors, sensors: Japan’s strategy treats these as components in which Japan holds a high standard and as critical components for which domestic development and manufacturing capacity is to be secured [Reference 15]. METI’s ex-ante evaluation says that the components for AI robots (actuators, motors, reducers, sensors, batteries and so on) have issues of performance, mass-productivity and cost [Reference 16]. Sourced We could not confirm world market shares in public documents, so we do not give any (see “Reducers and Gears”).
- Battery materials: the IEA says that, excluding rare earths, the average share of the top refining country was 72% in 2025 (70% in 2023), and that the number of mineral tariff codes subject to Chinese export controls has tripled since 2023. It adds that in October 2025 export controls on cathode materials, cathode precursors and graphite anode materials, and on battery manufacturing equipment and technology, were announced [Reference 19]. Sourced
- Critical components of drones: the FCC’s determination names batteries, smart batteries and motors, and China’s Announcement 2026 No. 49 lists high-power brushless motors and carbon-fibre blades (chapter 5). They are examples of components becoming subject to trade and authorisation rules.
7. Why these must not be compared
- Currency, year and stage differ: yen (April-March), won, dollars and renminbi cannot make requests, draft budgets and expectations comparable even if converted (Fig. 2).
- The scope of statistics differs: IFR installations are for factories; drones, humanoids and service robots are separate statistics. Robot density depends on the structure of the economy (Fig. 3).
- The types of policy differ: targets, funding, rules and trade measures cannot be measured with the same yardstick (Fig. 5).
- The purpose of the document differs: a strategy shows direction and targets, not a guarantee of achievement. For example, the deadlines in the US executive order did not match the actual progress of the rule.
8. A materials engineer’s view, and what we could not confirm
Japan’s strategy names motors, reducers and sensors as critical components, and METI’s evaluation lists issues of performance, mass-productivity and cost of actuators, motors, reducers, sensors and batteries [References 15, 16]. These are the same issues as those of high-strength steel, magnets, bearing materials, sensor materials and battery materials. For materials makers, “critical components” in policy documents are a clue to the direction of demand and investment (commentary).
The US proclamation makes proof that substantially all critical components and technology are products of specified places a condition for a lower duty rate [Reference 6]. The FCC uses the place of production as its criterion [Reference 8]. China’s announcement uses concrete specifications such as the length of carbon-fibre composite blades as criteria for export licensing [Reference 12]. The origin of materials and parts, traceability (being able to trace where something was made) and records of specifications are becoming conditions of trade (commentary).
The IEA says that export controls on cathode and graphite anode materials, among others, can affect the battery supply chain [Reference 19]. Batteries directly set the operating time of drones, robots and eVTOLs (see “Power Sources for Robots and Drones”). Diversifying sources of materials, substitute materials and recycling are tasks for materials engineers (commentary).
What we could not confirm
- The enacted amount of Japan’s FY2027 request and of the FY2026 draft budget.
- The outcome of the US Section 232 investigation of robotics and industrial machinery.
- World market shares of reducers, sensors and other non-magnet robot components (public documents).
- Official Chinese budget or investment amounts specific to robots (we could not find a robot-specific amount in the Five-Year Plan outline that could be used here).
- The original text of Korea’s basic plan for intelligent robots and its targets.
- A final dedicated European robotics strategy document (only the statements in the Apply AI Strategy were confirmed).
- Official statistics on drone production and trade in each country. Standards such as ISO and ASTM (ASTM was not consulted).
9. How to read the yardsticks and standards
National policy is read by the type of document (law, rule, strategy, budget, expectation), its stage (proposal, enacted, in force, future) and its object (industrial robots, drones or components). Statistics that compare countries (such as the IFR’s) are values published by the organisation and must not be used beyond their scope (industrial robots and so on).
| What is measured | Typical evaluation method (name, source) | Standard, rule or guidance (name, edition, source checked) | Reading note |
|---|---|---|---|
| Spread of robots | IFR World Robotics: installations, stock and robot density [References 1, 3] Sourced | Not confirmed (we did not check the IFR’s definition text) | Statistics for industrial robots. Drones and humanoids are separate. Do not use for ranking |
| Size and stage of money | METI evaluation and draft budget, Korean ministry announcement [References 16-18] Sourced | No common accounting standard across countries was found | Separate request, draft budget, enacted amount and expectation. Do not convert currencies |
| Progress of plans | Deadlines in the executive order versus dates of the proposed and final rules (Federal Register) [Reference 5] Sourced | Not confirmed | A target is not a guarantee of achievement |
| Machinery safety (Europe) | Not confirmed | Machinery Regulation (EU) 2023/1230, applying from 20 January 2027 [Reference 14] Sourced Not yet confirmed | A future application date. Robot safety standards are in our “How to Read Robot Safety Standards” |
| Trade (United States) | Not confirmed | Proclamation 11055 (91 FR 53699); notice of the Section 232 investigation (90 FR 46382) [References 6, 7] Sourced | Check the scope and rates in the annexes. Not legal advice |
| Export controls (China) | Not confirmed | MOFCOM Announcements 2024 No. 31, 2026 No. 34 and 2026 No. 49 [References 10-12] Sourced | 2026 No. 49 takes effect on 18 November 2026 (not in force on the check date) |
| Equipment authorisation (US) | Not confirmed | FCC Covered List: DA 26-761 and others [Reference 8] Sourced | Separate from flight rules. Updates continue |
| Concentration of supply | IEA report [Reference 19] Sourced | Not confirmed (ASTM standards were not consulted) | Differs by material and process. Check the report text for per-country figures |
The arrangement of the table is Our calculation (organisation). Names, dates and status were checked in official documents (checked 25 October 2026).
Reading notes (for materials engineers)
- Keep to the scope of the statistics: do not stretch IFR installations to “robots overall” or “drones”.
- Separate request, draft budget and expectation: read an amount together with its stage, currency and year.
- Do not mix future dates with achievement: the application date in 2027 and the effective date in November 2026 were still in the future on the check date.
- Do not evaluate countries: read rules and measures in the words of the documents, with no judgement of superiority or blame.
10. Glossary
- IFR
- International Federation of Robotics, which publishes the annual World Robotics statistics.
- Installations / operational stock
- Units newly installed in a year / units in operation at a point in time.
- Robot density
- Industrial robots per 10,000 manufacturing employees.
- Budget request (gaisan yokyu)
- The amount Japanese ministries ask for next year; not yet decided.
- Draft budget
- The government’s budget proposal to the Diet; fixed only on enactment.
- Fiscal year
- The accounting year; April-March in Japan, October-September in the US.
- Five-Year Plan
- China’s basic national development plan for each five years; the 15th covers 2026-2030.
- Embodied AI
- AI with a body such as a robot; see “World Models and Embodied AI”.
- Apply AI Strategy
- The European Commission strategy of October 2025 to promote AI use.
- Machinery Regulation
- The EU machinery safety regulation (EU) 2023/1230, applying from 20 January 2027.
- Section 232
- Section 232 of the US Trade Expansion Act, the basis for adjusting imports on national security grounds.
- Proclamation
- A formal presidential document, used for example to change tariffs.
- Dual-use items
- Goods and technology usable for civil and military purposes, subject to export control.
- Export control
- A system requiring licences to export goods and technology.
- Covered List
- The FCC list of equipment judged to pose national security risks.
- Blue UAS
- A list of drones vetted by a US Department of Defense agency.
- Reducer
- A part that slows motor rotation to raise force; see “Reducers and Gears”.
- Refining
- Raising extracted raw material to a purity usable in materials.
- Scope of statistics
- Installation counts cover factory robots; drones and humanoids are separate statistics.
11. References (primary sources)
- IFR (International Federation of Robotics) Five Million Robots now Operate in Factories Globally (World Robotics 2026, 24 September 2026) — ifr.org/ifr-press-releases/news/five-million-robots-now-operate-in-factories-globally
- IFR (International Federation of Robotics) Global Sales of Professional Service Robots Surge 24% (30 September 2026) — ifr.org/ifr-press-releases/news/global-sales-of-professional-service-robots-surge-24-percent
- IFR (International Federation of Robotics) US Robot Industry Returns to Double Digit Growth (18 June 2026; 2024 robot density) — ifr.org/ifr-press-releases/news/us-robot-industry-returns-to-double-digit-growth
- IFR (International Federation of Robotics) China Makes AI-powered Robots Core of National Strategy (5 May 2026) — ifr.org/ifr-press-releases/news/china-makes-ai-powered-robots-core-of-national-strategy
- Federal Register Executive Order 14307, Unleashing American Drone Dominance, 90 FR 24727 (signed 6 June 2025) — www.federalregister.gov/documents/2025/06/11/2025-10814/unleashing-american-drone-dominance
- Federal Register Proclamation 11055, Adjusting Imports of UAS and UAS Components, 91 FR 53699 (13 August 2026) — www.federalregister.gov/documents/2026/08/19/2026-16979/adjusting-imports-of-unmanned-aircraft-
- Federal Register Request for Public Comments on Section 232 Investigation of Imports of Robotics and Industrial Machinery, 90 FR 46382 (26 September 2025) — www.federalregister.gov/documents/2025/09/26/2025-18749/notice-of-request-for-public-comments-o
- FCC DA 26-761 (21 July 2026; exemption end date of 1 January 2028) — docs.fcc.gov/public/attachments/DA-26-761A1.pdf
- Xinhua (reprinted by the Beijing Foreign Affairs Office) Outline of the 15th Five-Year Plan of the PRC (full text as reprinted; 13 March 2026) (in Chinese) — wb.beijing.gov.cn/home/index/wsjx/202603/t20260316_4557635.html
- MOFCOM (China) MOFCOM, GAC and CMC Equipment Development Department Announcement 2024 No. 31 on adjusting UAV export controls (31 July 2024) (in Chinese) — www.mofcom.gov.cn/zwgk/zcfb/art/2024/art_db6e21907d69404fb473ddb0b248d3d7.html
- MOFCOM (China) MOFCOM Announcement 2026 No. 34 on strengthening export controls on UAV-related dual-use items to the US (5 August 2026) (in Chinese) — www.mofcom.gov.cn/zwgk/zcfb/art/2026/art_74835ca289b5463f9c36cb983b689dba.html
- MOFCOM (China) MOFCOM, GAC and CMC Equipment Development Department Announcement 2026 No. 49 on optimising UAV-related export controls (19 October 2026; effective 18 November 2026) (in Chinese) — www.mofcom.gov.cn/zcfb/blgg/gg/2026/art/2026/art_7f1108392a314a2586e106b81b68f54f.html
- European Commission (Futurium) Apply AI Strategy: Accelerating AI-powered Robotics in Europe (24 October 2025) — futurium.ec.europa.eu/en/apply-ai-alliance/news/apply-ai-strategy-accelerating-ai-powered-robot
- European Commission Machinery (Regulation (EU) 2023/1230 adopted 14 June 2023; applies from 20 January 2027) — single-market-economy.ec.europa.eu/sectors/mechanical-engineering/machinery_en
- Inter-Ministerial Liaison Council on AI Robotics (Japan) AI Robotics Strategy (26 March 2026) (in Japanese) — www.cas.go.jp/jp/seisaku/ai_robo/dai2/shiryo1.pdf
- METI (Japan) Ex-ante evaluation: AI Robotics Strategy project (FY2027 request: JPY 320.9 billion on page 4; the title field on page 1 says JPY 258.8 billion) (in Japanese) — www.meti.go.jp/policy/tech_evaluation/e00/03/r08/656.pdf
- METI (Japan) Effect-verification scenario: multimodal foundation model project (13 April 2026; FY2026 draft budget JPY 387.3 bn) (in Japanese) — www.meti.go.jp/policy/policy_management/ebpm/kensyo_shinario/260413_multimodal.pdf
- Korea.net (Government of Korea) Newly launched K-Humanoid Alliance to develop robots, AI (11 April 2025) — www.korea.net/NewsFocus/Sci-Tech/view?articleId=269677
- IEA (International Energy Agency) Global Critical Minerals Outlook 2026, Executive summary — www.iea.org/reports/global-critical-minerals-outlook-2026/executive-summary
- METI FY2027 Budget Request Summary for the Ministry of Economy, Trade and Industry (submitted 31 August 2026; AI Robotics Strategy project JPY 320.9 billion) (in Japanese) — www.meti.go.jp/main/yosangaisan/fy2027/pdf/01.pdf
12. Claim-to-source audit
| Claim in the text | Basis | Type |
|---|---|---|
| 2025 industrial robot installations exceeded 600,000 (+11%); operational stock 5 million (+9%); 2026 forecast 655,000 | IFR press release (the forecast is not confirmed) Reference 1 https://ifr.org/ifr-press-releases/news/five-million-robots-now-operate-in-factories-globally | Sourced |
| 2025 installations: China 354,000 (+20%, 59% of global), US about 38,500 (+12%), Japan 36,219 (-19%), Korea 30,000 (-1%), Germany under 25,000, India about 10,500 | IFR press release Reference 1 https://ifr.org/ifr-press-releases/news/five-million-robots-now-operate-in-factories-globally | Sourced |
| 2024 robot density per 10,000 manufacturing employees: Korea 1,220, Germany 449, Japan 446, US 307, China 166 | IFR press release Reference 3 https://ifr.org/ifr-press-releases/news/us-robot-industry-returns-to-double-digit-growth | Sourced |
| Professional service robots about 250,000 in 2025 (+24%); about 7,000 full-size humanoids, many requiring teleoperation | IFR press release Reference 2 https://ifr.org/ifr-press-releases/news/global-sales-of-professional-service-robots-surge-24-percent | Sourced |
| IFR assesses that Chinese humanoids are limited to demonstrators and pilots in real production | IFR assessment (the organisation’s view) Reference 4 https://ifr.org/ifr-press-releases/news/china-makes-ai-powered-robots-core-of-national-strategy | Sourced |
| US Executive Order 14307 (signed 6 June 2025; 90 FR 24727): strengthen domestic drone industry, reduce reliance on foreign sources, directs the FAA to propose a rule within 30 days and finalise within 240 days | Federal Register Reference 5 https://www.federalregister.gov/documents/2025/06/11/2025-10814/unleashing-american-drone-dominance | Sourced |
| The 30-day mark was 6 July 2025 and the 240-day mark 1 February 2026; the proposed rule was published on 7 August 2025 (62 days after) and no final rule was found as of the check date | Our calculation (date arithmetic; the proposed-rule date is in our explainer on drone regulation) Reference 5 https://www.federalregister.gov/documents/2025/06/11/2025-10814/unleashing-american-drone-dominance | Our calculation |
| The Secretary of Commerce opened a Section 232 investigation of robotics and industrial machinery imports on 2 September 2025; no resulting proclamation was found in the Federal Register | Federal Register (opening of the investigation; outcome not confirmed) Reference 7 https://www.federalregister.gov/documents/2025/09/26/2025-18749/notice-of-request-for-public-comments-on-section-232-national-security-investigation-of-imports-of | Sourced |
| Proclamation 11055 (13 August 2026): Section 232 duties on UAS and components; 100% on Annex I and 25% on Annex II from 3 September 2026; 25% on Annex III components from 9 February 2027 | Federal Register Reference 6 https://www.federalregister.gov/documents/2026/08/19/2026-16979/adjusting-imports-of-unmanned-aircraft-systems-and-unmanned-aircraft-systems-components-into-the | Sourced |
| Products of Japan, Korea, Taiwan, Switzerland, Liechtenstein and EU members: 15% or less; UK: 10% or less; conditional on importers certifying that substantially all critical components and technology are from the US or these places | Federal Register Reference 6 https://www.federalregister.gov/documents/2026/08/19/2026-16979/adjusting-imports-of-unmanned-aircraft-systems-and-unmanned-aircraft-systems-components-into-the | Sourced |
| Current end date of the FCC Blue UAS and domestic-end-product exemptions: 1 January 2028 (DA 26-761) | FCC notice Reference 8 https://docs.fcc.gov/public/attachments/DA-26-761A1.pdf | Sourced |
| China’s 15th Five-Year Plan outline: robots as a strategic emerging industry, low-altitude economy, embodied AI as a future industry | Reprint of the full outline Reference 9 https://wb.beijing.gov.cn/home/index/wsjx/202603/t20260316_4557635.html | Sourced |
| China’s Announcement 2024 No. 31 (effective 1 September 2024): export licences for certain UAV items | MOFCOM announcement Reference 10 https://www.mofcom.gov.cn/zwgk/zcfb/art/2024/art_db6e21907d69404fb473ddb0b248d3d7.html | Sourced |
| China’s Announcement 2026 No. 34 (5 August 2026): exports of UAV-related dual-use items to the US reviewed case by case strictly, without licensing facilitation | MOFCOM announcement Reference 11 https://www.mofcom.gov.cn/zwgk/zcfb/art/2026/art_74835ca289b5463f9c36cb983b689dba.html | Sourced |
| China’s Announcement 2026 No. 49 (published 19 October 2026, effective 18 November 2026) lists autopilots, certain UAVs, engines, radio equipment, high-power brushless motors (48 V or more, 3 kW or more, etc.), carbon-fibre blades (762 mm or more, etc.), software and technology | MOFCOM announcement (effective date was in the future on the check date) Reference 12 http://www.mofcom.gov.cn/zcfb/blgg/gg/2026/art/2026/art_7f1108392a314a2586e106b81b68f54f.html | Sourced |
| The EU Apply AI Strategy (October 2025) includes robotics and a European Robotics Catalyst; it states over 90,000 industrial robots installed in 2023 | European Commission page Reference 13 https://futurium.ec.europa.eu/en/apply-ai-alliance/news/apply-ai-strategy-accelerating-ai-powered-robotics-europe | Sourced |
| Machinery Regulation (EU) 2023/1230 applies from 20 January 2027 | European Commission page (future date) Reference 14 https://single-market-economy.ec.europa.eu/sectors/mechanical-engineering/machinery_en | Sourced |
| Japan’s AI Robotics Strategy (26 March 2026): target of over 30% of the world market and JPY 20 trillion by 2040; secure domestic development and manufacturing capacity for critical components such as motors, reducers and sensors; drones are not covered directly | Strategy text (targets are not yet confirmed) Reference 15 https://www.cas.go.jp/jp/seisaku/ai_robo/dai2/shiryo1.pdf | Sourced |
| A target of JPY 20 trillion out of an expected market of about JPY 60 trillion in 2040 (about one third) | Our calculation (20 / 60) Reference 15 https://www.cas.go.jp/jp/seisaku/ai_robo/dai2/shiryo1.pdf | Our calculation |
| FY2027 budget request for the AI Robotics Strategy project: JPY 320.9 bn (the summary diagram on page 4 of the ex-ante evaluation and METI’s request summary agree). Only the title field on page 1 of the evaluation says JPY 258.8 bn, with no reason given | METI documents (request stage, not an enacted amount) References 16 and 20 https://www.meti.go.jp/policy/tech_evaluation/e00/03/r08/656.pdf | Sourced |
| FY2026 draft budget for the multimodal foundation model project: JPY 387.3 bn (new) | METI document (draft budget; the enacted amount was not confirmed) Reference 17 https://www.meti.go.jp/policy/policy_management/ebpm/kensyo_shinario/260413_multimodal.pdf | Sourced |
| Korea: K-Humanoid Alliance (launched 10 April 2025); 2025 robotics budget KRW 200 billion; over KRW 1 trillion of investment expected by 2030 (ministry prediction); targets for 2028 | Government website article (predictions and targets are not yet confirmed) Reference 18 https://www.korea.net/NewsFocus/Sci-Tech/view?articleId=269677 | Sourced |
| IEA: excluding rare earths, the top refining country’s average share was 72% in 2025 (70% in 2023); in October 2025 China announced export controls on cathode and graphite anode materials | IEA report summary Reference 19 https://www.iea.org/reports/global-critical-minerals-outlook-2026/executive-summary | Sourced |
| The four types of policy instruments (Fig. 5) are this article’s classification of what official documents say | Our arrangement (commentary) | Our calculation |
Last updated: 25 October 2026 / Sources are limited to primary sources (the IFR, the Federal Register, the FCC, China’s Ministry of Commerce, the European Commission, Japan’s strategy and METI documents, Korea.net and the IEA). Confirmation of Japan’s request figure, the enacted amount of the FY2026 draft budget, the outcome of the US Section 232 investigation of robotics and industrial machinery, market shares of reducers and similar components, robot-specific Chinese amounts, the original text of Korea’s basic plan, a dedicated European robotics strategy, official drone statistics of each country and ASTM standards could not be obtained and are therefore not stated. Amounts are given in the original currency and fiscal year in the words of the documents, with no currency conversion. This article does not rank countries and is not legal advice. It does not intend to blame any country or company. Weapons are not covered.