Executive Summary
Between early 2025 and early 2026, EU imports of Chinese industrial robots surged 315% while average prices fell 29%. This is not a market correction. It is a state-engineered export wave — backed by over $20 billion in subsidies, a $138 billion state venture capital fund, and binding 7% annual R&D spending increases — that mirrors the earlier electric vehicle shock but strikes directly at Europe’s advanced manufacturing core.
The OECD’s June 2026 MAGIC database confirms Chinese firms receive three to eight times more government support than OECD competitors, with subsidies explaining approximately 60% of market share gains versus 22% globally. Total industrial subsidies across 15 sectors reached $108 billion in 2024, only slightly below the all-time peak.
Why it matters to you now: The Martens Centre concludes EU strategic leverage “weakens every month and will likely be non-existent within the next decade”. The EU therefore faces a binary choice: use its remaining leverage now, or lose it permanently. European executives who act in the next 18–24 months will shape whether their firms are participants in this market or casualties of it. After that window closes, the leverage — regulatory, commercial, technological — disappears.
The Robot Flood: Advanced Automation Export Surge
The Numbers That Matter
China became a net exporter of industrial robots for the first time in 2025, with export volumes surging 48.7% year-on-year. In the first half of 2025 alone, Chinese manufacturers shipped 94,200 robot units abroad worth $746 million — a 59.74% increase over the prior year. The EU absorbed a disproportionate share of this redirection. Washington’s sweeping tariffs on Chinese goods pushed Beijing to channel surplus production into European markets at slashed prices.
Consider the scale of China’s production machine:
- China installed 295,000 industrial robots in 2024, representing 54% of global demand
- China now produces more industrial robots than Germany, South Korea, Japan, and the United States combined
- Production capacity grew more than 600% from 2016 to 2024, and was up a further 40% in the first eight months of 2025
- Japan — the historical hegemon — saw exports collapse 40.5% from 2023 to 2024
- Chinese domestic manufacturers surpassed foreign suppliers in their home market for the first time in 2024, capturing 57% of installations, up from approximately 28% a decade earlier
Japan’s global industrial robot export share has declined from approximately 80% in the 1980s to about 40% in 2024, while China rose to 15% of global exports in 2024 and surged further in 2025. Chinese industrial robot exports grew more than 400% by value from 2015 to 2024, with China now the world’s second-largest robot exporter.
The German Marshall Fund describes this as “China Shock 2.0,” noting that “there is no higher ground to retreat to: Chinese manufacturing has followed European industry up the value chain”. The Centre for European Reform estimates China’s manufacturing surplus at approximately $2 trillion — roughly the size of Italy’s entire economy. MERICS adds that Chinese robot companies are “aggressively expanding globally” with plans to double overseas revenue share from approximately 15% to 30% by 2030.
This wave arrives at a moment of particular European vulnerability. The IMF’s April 2026 World Economic Outlook projects euro area growth at just 1.1% for 2026, down from 1.4% projected in January. Germany is projected at 0.3%, Italy at 0.4%. Meanwhile, China targets 4.4% growth. For European manufacturers already squeezed by energy costs, weak demand, and anaemic growth, robots priced 30–70% below international competitors represent existential pressure on anyone competing in the same space.
China vs Japan: Industrial Robot Export Share ▼ 40.5% Japan exports (2023→2024)
Understanding the Chinese Strategy: 内卷 (Nèijuǎn) Goes Global
The Chinese concept that best captures this dynamic is 内卷 (nèijuǎn) — involution, or destructive internal competition that consumes all participants without producing progress. It describes a system trapped in a cycle of intensifying effort for diminishing returns — a race to the bottom from which no individual firm can escape because withdrawal means immediate death. Understanding this concept is essential for European executives, because the dynamics of 内卷 (nèijuǎn) explain why Chinese firms behave in ways that appear commercially irrational: they are not optimising for profit, they are optimising for survival.
China’s domestic robot price war has already driven SCARA robots down to approximately 10,000 yuan (roughly $1,400) per unit and six-axis 6-kg lightweight models to around 20,000 yuan (about $2,800). SIASUN’s industrial robot revenue fell 46% in H1 2025 as margins evaporated. The humanoid robot sector entered open price war in H2 2025: Unitree launched the R1 at 39,900 yuan, Songyan Power released a robot below 10,000 yuan by October, and Fourier announced sensors that would make prices “bid farewell to the 10,000-yuan era”.
What Beijing’s 15th Five-Year Plan now seeks to do is export this involution outward, transforming domestic overcapacity into global market share before competitors can respond. Premier Li Qiang’s March 2025 work report acknowledged the problem; People’s Daily stated bluntly: “‘Price wars’ have no winners, much less a future”. Yet the export valve remains wide open. Unitree itself reported a sharp plunge in Q1 2026 profits ahead of its IPO, attributed to “soaring expenses and a brutal price war”.
What the 15th Five-Year Plan Actually Tells You
China’s 15th Five-Year Plan (2026–2030), a 141-page document adopted by the National People’s Congress on March 13, 2026, is the most AI-focused planning document in Chinese history. The word “AI” appears more than 50 times, compared to just 11 in the previous plan; “innovation” is referenced 46 times and “science” 61 times. For European industry owners, the plan is less a policy document than a declaration of intent: robotics and embodied AI sit at the apex of China’s technology architecture, backed by binding spending targets and a capital markets apparatus already in motion.
The 模芯云用 (Mó Xīn Yún Yòng) Doctrine
The plan introduces a novel four-character term — 模芯云用 (mó xīn yún yòng) — model-chip-cloud-application — encoding a formal architectural decision for China’s AI stack. The four layers are:
- 模 (mó) / 大模型 (dà móxíng) — AI foundation models
- 芯 (xīn) / 芯片 (xīnpiàn) — semiconductor chips
- 云 (yún) / 云计算 (yún jìsuàn) — cloud computing infrastructure
- 用 (yòng) / 应用 (yìngyòng) — application deployment
The critical insight: the 70% semiconductor self-sufficiency target from Made in China 2025 has been quietly deleted and replaced with a deployment-oriented metric focused on the integrated computing system. Rather than chasing chip parity with TSMC, Beijing is building a national computing grid with resource pooling, unified scheduling, and crisis-override provisions guaranteeing minimum computing services during supply disruptions.
The Seven Future Industries
The plan distinguishes 战略性新兴产业 (zhànlüè xìng xīnxīng chǎnyè) - strategic emerging industries — for priority development, and 未来产业 (wèilái chǎnyè) — future industries — to be nurtured. The future industries designated are: quantum technology, biomanufacturing, hydrogen and nuclear fusion energy, brain-computer interfaces, 具身智能 (jùshēn zhìnéng) — embodied AI and humanoid robots, 6G communications, and intelligent flying vehicles.
Robotics occupies a privileged dual position — both a current priority (as a strategic emerging industry) and a future frontier (embodied AI). The plan targets AI penetration across approximately 70% of China’s economy by 2027, rising to ~90% by 2030, achieved through a 新型举国体制 (xīnxíng jǔguó tǐzhì) — “new national system” — that mobilises the state’s full institutional power.
The binding R&D commitment: at least 7% annual spending increases through 2030, with 2026’s science and technology budget rising 10% to 426.4 billion yuan (around $59 billion). AI-related industries are collectively targeted to exceed 10 trillion yuan (~$1.38 trillion) in value.
The overarching concept is 新质生产力 (xīnzhì shēngchǎnlì) — “new quality productive forces” — coined by President Xi Jinping in September 2023. It represents a decisive shift from growth-maximising orientation to prioritising acquisition of “hard” technologies requiring a large industrial and manufacturing base, a return to Marxist productive-force theory adapted for the AI age.
The IPO Wave
The plan’s credibility is reinforced by capital markets already in motion. Moore Threads raised over $1.1 billion in Hong Kong in December 2025, MetaX approximately $600 million. Biren Technology listed on January 2, 2026, raising HK$5.58 billion and surging 76% on debut — the best first-day performance since early 2021 among Hong Kong listings raising ≥$700 million. Zhipu AI and MiniMax followed within the same week. Goldman Sachs rated Biren and MetaX as new buys; JPMorgan issued buy calls on MiniMax and Zhipu.
For European precision component suppliers selling servo motors, reducers, and vision systems to Chinese OEMs, these IPOs signal that their customers are about to receive massive capital injections. The International Federation of Robotics notes China already operates approximately 2 million industrial robot units and is shifting toward high-end, intelligent robotics integrated with AI.
In the first two months of 2026 alone, Chinese embodied intelligence and robotics companies raised approximately 20 billion yuan (~$2.8 billion) in disclosed financing, compared to 12.6 billion yuan in Q1 2025 and just 7 billion yuan in Q1 2024.
Follow the Money: The Subsidy Architecture
The price at which a Chinese industrial robot arrives at a European factory gate is not a market price. It is a policy price, the product of a subsidy architecture so comprehensive that the OECD concluded subsidies explained approximately 60% of Chinese firms’ market share gains.
The Five Channels of State Support
- Below-market credit — the dominant instrument, lowering financing costs and enabling rapid expansion. SPD Bank provided Estun Automation a 7-year “dynamic credit” M&A loan for its acquisition of German robotics firm CLOOS Group
- Tax incentives — R&D super-deductions and a reduced 15% corporate income tax rate (vs. standard 25%). Unitree Robotics disclosed RMB 76 million ($11M) in tax incentives in nine months of 2025, plus RMB 32 million ($4.7M) in direct grants between 2022 and September 2025
- Local government capital — regionally distinct strategies from patient equity to fast-tracked IPOs, deployed through massive state-backed funds
- State procurement orders — rose to 214 million yuan (~$31.5M) in 2024, up from just 4.7 million yuan (~$693,000) a year earlier — a 45x increase
- Capital markets reinforcement — Galbot (Galaxy Universal) raised 2.5 billion yuan ($350M) in February 2026 from the National AI Industry Investment Fund, China Petroleum & Chemical Corp, and CITIC; UBTech received a $1 billion strategic facility from Infini Capital
And above all this sits the National Development and Reform Commission’s state-backed VC fund expected to attract nearly 1 trillion yuan ($138 billion) from local governments and the private sector over 20 years, focused on robotics, AI, and cutting-edge innovation.
Robot Price Gap: Chinese vs Japanese/European
Unit price comparison across major robot categories (USD, 2024–2025 pricing)
The Resulting Price Gap
Unit Price Differential Comparison (2024–2025)
| Category | FANUC (Japan) / Western | Chinese Equivalent | Differential |
|---|---|---|---|
| Cobot (10kg payload) | ~€37,000 | JAKA / AUBO: ~$25,000–28,000 | 30–35% cheaper |
| Cobot (20kg payload) | $58,000+ | Estun / SIASUN: ~$38,000–42,000 | 30–35% cheaper |
| Complete cobot cell | $50,000–80,000 | Chinese equivalent: ~$33,000–55,000 | 30–35% cheaper |
| Humanoid robot | Tesla Optimus target: ~$20,000–30,000 | Unitree G1: $13,500 | 50–70% cheaper |
The European Parliament’s March 2026 study found that competitive pressures upon European companies are likely to persist or intensify, with the effectiveness of Chinese policies to reduce overcapacities remaining uncertain. The OECD found that subsidies have not led to meaningful gains in productivity or profitability — indicating capital is directed by policy rather than performance. This is the structural definition of “disorderly competition”: state-directed capital creating capacity that market signals would never justify, then exporting the surplus at prices reflecting political will rather than economic cost.
Three Paths: Where Does Your Business Sit?
European industrial leaders face a strategic trilemma. The arrival of Chinese robots priced 50–70% below European equivalents demands a response, but the correct response varies dramatically by sector.
The Sentiment Shift: January to March 2026
The executive mood evolved across three inflection points:
- January: Jensen Huang’s Davos keynote framed AI robotics as a “once-in-a-generation” opportunity for Europe, noting the continent’s “incredibly strong” industrial manufacturing base
- February: Chancellor Merz visited Unitree Robotics with 30 top German executives — from VW, BMW, Mercedes-Benz, Siemens, Bayer, and Adidas. His widely-shared admission: Germany was “simply no longer productive enough”
- March: Carnegie Endowment warned Europe risks “new structural dependencies” in robotics; France’s strategy commission described Chinese exports as a “steamroller” flattening European industry
Rodion Shishkov, founder of European robotics firm All3, captured the startup community’s frustration: European firms must “literally fight” for tens of millions of euros while US counterparts secure billions with the same effort. This funding asymmetry is structurally determinative. While Chinese robotics startups can access billions through state-backed funds with patient timelines and political rather than financial return expectations, European startups must demonstrate commercial viability within conventional VC cycles. The result: European innovation reaches proof-of-concept; Chinese firms reach mass production. The valley of death between prototype and factory is wider in Europe precisely because the bridge is shorter in China.
Path 1: Compete — When You’re Already Too Deep to Leave
Who this applies to: German automotive, heavy equipment manufacturers with deep China partnerships
German automakers have established technology partnerships with at least 38 Chinese companies and research institutions since 2018. Volkswagen invested $2.3 billion in a joint venture with Horizon Robotics for vehicle software; its Hefei R&D centre — backed by over €3.5 billion in investment — now employs 3,000 people. XPeng’s Turing AI chips will be integrated into Chinese-market VW models launching in 2026.
The commercial dependency is stark: China accounts for approximately 30% of VW’s global sales, yet VW’s Chinese market share has already fallen from 19% (2019) to 14.5% (2024). German automakers’ combined Q3 2025 operating profit plummeted 76% year-on-year to €1.711 billion — the lowest since Q3 2009. VW closed its first German factory in 88 years in late 2025 while simultaneously deepening China investment. German FDI in China hit €5.7 billion in 2024, driven largely by the auto sector.
Recommended action: Managed competition. Use Chinese automation to maintain cost competitiveness in China while investing in EU-based alternatives for domestic production. Dual-source everything strategic.
Without action, the risk is technology lock-in. Your Chinese partners become your Chinese competitors — having learned your manufacturing processes from the inside while you funded their capability development.
Path 2: Partner — When You Still Have a Window
Who this applies to: French aerospace, defence-adjacent manufacturers, high-certification sectors
Chinese robot penetration remains minimal in aerospace due to high certification requirements, defence sensitivity, and preference for European-developed collaborative solutions. The Air-Cobot project — a collaborative mobile robot for aircraft inspection developed under the Aerospace Valley cluster — exemplifies the approach: specialised, high-value cobots developed domestically rather than imported mass-production units.
French robotics firms are actively expanding: Wandercraft raised €64.3 million in Series D for exoskeletons; Exail Technologies posted 40% revenue growth in maritime robotics.
Recommended action: Selectively adopt Chinese automation in non-sensitive logistics and assembly operations. Retain European-made cobots for inspection, maintenance, and safety-critical tasks. Build domestic champions while the window exists.
Without action, the risk is gradual dependency creep. What starts as “just logistics” expands until you notice your entire non-critical automation stack is Chinese — and non-substitutable on short notice.
Path 3: Decouple — When Your Survival Is at Stake
Who this applies to: Italian SME manufacturers, Central/Eastern European machinery firms, low-margin segments
Biesse reported FY2025 revenues of €662.5 million (down 12.2%), adjusted EBITDA margins below 6%, and a net loss of €19.6 million. In Q1 2026, margins declined further to 1.7% from 2.9%, with 218 jobs cut and northern Italy facilities closed. The broader Italian ceramic machinery sector saw a 23% decline in sales in 2024.
The price differential is devastating for SMEs: Chinese light-payload cobots (≤6 kg) cost $8,000–$15,000 versus $30,000–$50,000 for European equivalents — a 50–70% advantage. Dobot’s European pricing starts at just above €2,000 for its MG400. For Central and Eastern European SMEs, where labour costs are lower but automation investment is critical for competitiveness, the Chinese price point makes European alternatives nearly impossible to justify commercially.
Recommended action: Differentiate through digital services, software integration, and solutions where Chinese hardware advantages are less decisive. Biesse’s pivot — accelerating digital services to counter Chinese competition — is the template. Move up-value into the layer above the hardware.
Without action, the risk is margin collapse during transition. You become a distributor of Chinese hardware rather than a manufacturer in your own right — and eventually, even that distribution role gets taken.
Strategic Matrix Summary
Strategic Decoupling & Integration Matrix
| Strategic Path | Sector Example | Chinese Integration | Recommended Action | Key Risk |
|---|---|---|---|---|
| Compete | German automotive | Deep (38+ partnerships) | Managed competition; dual-source | Technology lock-in |
| Partner | French aerospace | Minimal | Selective adoption in non-sensitive areas | Dependency creep |
| Decouple | Italian SME manufacturing | Price-driven displacement | Differentiate through digital services | Margin collapse |
The Regulatory Clock: What Protection Exists — and the Critical Gap
What the EU Has Done
The Foreign Subsidies Regulation (FSR), effective since October 2023, has reviewed over 100 mergers and 1,000 public tender filings, launching five in-depth investigations — all but one targeting Chinese enterprises. A dedicated Directorate K within DG Competition now handles FSR cases exclusively.
Key precedents that show the pattern:
- CRRC withdrew from a €610M Bulgarian train procurement within weeks of investigation
- Nuctech faced dawn raids in Poland and Netherlands (April 2024), formal investigation opened December 2025
- Chinese solar consortia withdrew from a 454.97 MW Romanian photovoltaic project
- JD.com’s proposed $2.5B acquisition of Ceconomy (MediaMarkt/Saturn) entered Phase II (May 2026)
The proposed Industrial Accelerator Act (March 2026) includes “Made in EU” procurement preferences, 50% minimum European workforce requirements, FDI conditions for strategic sectors, and Industrial Acceleration Areas. France has moved fastest: a €380 million net-zero manufacturing scheme approved in May 2026, alongside a previously approved €1.1 billion cleantech scheme.
The Critical Gap: No Robotics Investigation
The EU maintains anti-dumping or anti-subsidy duties on almost 80 Chinese products, including mobile access equipment at 20.6–66.7% after Chinese producers gained 41% market share. Four major European mobile crane manufacturers lodged a complaint in November 2025 demanding an urgent anti-dumping investigation.
Yet no robotics-specific anti-dumping investigation exists as of mid-2026.
The EV investigation took 12 months from initiation (October 2023) to definitive duties (October 2024). If a robotics investigation were launched tomorrow, duties would not apply until mid-2027 at the earliest — by which time Chinese manufacturers will have established service networks, customer relationships, and potentially local assembly operations across Europe.
China’s Deterrent: Retaliatory Tariffs
Retaliatory Tariff Postures (Beijing vs. EU)
| Product | Final Duties | Primary EU Countries Hit |
|---|---|---|
| Pork | 4.9–19.8% | Spain, Netherlands, Denmark |
| Brandy / Cognac | Up to 34.9% | France (Cognac region) |
| Dairy | 7.4–11.7% | Netherlands, France, Ireland |
The pattern is strategic: targeting politically sensitive agricultural exports concentrated in specific member states to fracture EU consensus on industrial trade defence. Final duties were significantly reduced from provisional levels (pork from 62.4% to 19.8%; dairy from 42.7% to 11.7%), suggesting Beijing uses the threat of escalation more than the reality.
The View from Tokyo: Japan’s Counter-Move
Japan’s response offers a template — and a partnership opportunity. Despite market share erosion, Japanese firms are pivoting to AI-integrated “Physical AI”:
- FANUC posted record sales of ¥857.8 billion in FY2025 (ended March 2026) while partnering with NVIDIA (Isaac Sim, Omniverse) and Google (Gemini AI) for its installed base of 1.1 million robots
- SoftBank acquired ABB’s robotics business for $5.4 billion, pairing AI ambitions with 500,000+ shipped robots
- Yaskawa is restructuring China operations while partnering with SoftBank on AI-enabled robots for commercial sites
- Japan’s Cabinet released a national AI robotics strategy targeting over 30% of the global market (~20 trillion yen) by 2040
- METI’s FY2026 budget rose ~50% to about ¥3.07 trillion, with expanded spending on chips and AI
South Korea provides the trade-defence template: anti-dumping duties of 17.45–19.85% on industrial robots from both Japan and China — the first global instance of anti-dumping duties specifically on industrial robots.
Beijing’s Narrative: 分享科技红利 (Fēnxiǎng Kējì Hónglì)
Chinese state media presents the export surge as 分享科技红利 (fēnxiǎng kējì hónglì) — “sharing technological dividends with the world” — framing cost-efficient robots as helping developing countries integrate into global industry. The “overcapacity” narrative is explicitly rejected as “an attempt to smear China’s development”.
China’s Ministry of Commerce has warned: “If the EU insists on unilaterally introducing new trade instruments and adopting discriminatory restrictions, China will take resolute countermeasures”. The Ministry of Justice declared the EU’s critical raw materials act an “economic coercion tool”.
Synthesis
The evidence assembled in this briefing converges on a single conclusion: the Chinese robotics export wave is not a temporary market disturbance but a permanent structural shift in global industrial competition. Its implications for European firms vary by sector, but no segment is immune. Here is what the data tells you.
Your margins are under direct assault. If you are a European manufacturer competing on price in any automation-adjacent segment, expect compression of 30–50% within 18 months. If you are a buyer of automation, the choice between short-term savings and long-term strategic dependency is already upon you. If you supply components to Chinese OEMs, those IPO-flush customers will soon vertically integrate — or demand further price cuts. And if you compete directly with Chinese robot makers, you face opponents whose survival strategy depends on capturing your market share, not on achieving profitability.
No efficiency programme can close a 30–70% price gap. The differential between Chinese and European robots is not 5–10% — bridgeable through operational excellence. It is 30–70%, and only bridgeable through differentiation, regulation, or both. If your procurement team celebrates cheap Chinese robots arriving on your factory floor, ask what happens when those suppliers hold 60% market share and raise prices — or when Beijing decides your sector is strategically useful leverage.
The seven-industry playbook is already written. Robotics is not an isolated export push. It sits within a seven-industry sequence — quantum, biomanufacturing, hydrogen, brain-computer interfaces, 6G, and flying vehicles — each following the same trajectory: strategic designation → massive subsidies → domestic overcapacity → price war → export surge. If your business touches any of these sectors, the pattern is visible and the clock is ticking.
Regulatory protection will not arrive in time. The 18–24 month window before anti-dumping duties could apply is precisely the window Chinese firms are using to establish irreversible market positions. Your strategy must assume no external protection for at least two years — and plan for what happens if it never arrives at all.
The Japanese playbook is available — but requires investment now. Pivoting up-value into AI-integrated systems while hardware competitors race to the bottom is a viable strategy. FANUC, SoftBank, and Yaskawa are executing it. But the window for European firms to partner on favourable terms narrows with every quarter of inaction. SoftBank’s $5.4 billion ABB acquisition signals that Japanese firms are willing to buy European assets to execute this strategy — the question is whether you partner or get acquired.
The price war is being externalised to your market. The involution (内卷, nèijuǎn) destroying margins for Chinese domestic players is now your problem. Their survival depends on capturing international market share — which means your market share. This is not an industry behaving rationally; it is an industry in survival mode, subsidised just enough to outlast foreign competitors before consolidating.
The Martens Centre’s conclusion bears repeating: EU strategic leverage “weakens every month and will likely be non-existent within the next decade.” European executives who act in the next 18–24 months will shape whether their firms are participants or casualties. After that window closes, the options narrow irreversibly.
Your Decision Framework: What to Do Monday Morning
The Sector Differentiation Matrix
Not all Chinese automation represents the same threat — or the same opportunity:
Sector Exposure postures
| Sector Type | Examples | Chinese Robot Impact | Recommended Posture |
|---|---|---|---|
| Productivity windfall | Logistics, warehousing, food processing | Cost reduction 30–50%; no strategic IP at risk | Partner: adopt selectively |
| Competitive pressure | General machinery, ceramics, packaging | Price displacement; margin compression | Manage: differentiate through services and digital integration |
| Existential threat | Precision tooling, advanced robotics OEMs, humanoid platforms | Direct competition with EU core competencies; IP transfer risk | Decouple: apply FSR, invest in EU alternatives |
Seven Actions for the Next 90 Days
- Map your exposure. Audit every Chinese automation supplier, component dependency, and technology partnership. Quantify the revenue at risk if those relationships become leverage points against you.
- Scenario-plan the 18-month gap. Assume no EU regulatory protection arrives before mid-2027. Model your competitive position at that point — with and without Chinese market access to your products.
- Dual-source now. For every Chinese automation component in your production, identify a European or Japanese alternative — even if 30% more expensive today. Negotiate framework agreements that can activate rapidly.
- Lobby for investigation. The EU has demonstrated willingness to act (EVs, construction equipment, cranes). A robotics-specific anti-dumping complaint requires industry coordination. The four crane manufacturers who lodged their complaint in November 2025 provide a template. Start those conversations.
- Invest in integration intelligence. Chinese hardware is cheap; the sustainable value is in software, data, and systems integration. Own the layer above the hardware — the one that makes it useful.
- Watch the IPO pipeline. Moore Threads ($1.1B), MetaX ($600M), Biren (HK$5.58B), Galbot (2.5B yuan) — these capital injections signal which Chinese firms will expand into your market within 12–18 months.
- Engage Japan. FANUC’s pivot to Physical AI, SoftBank’s ABB acquisition, and Japan’s national strategy create partnership opportunities for European firms willing to move now — before the terms get worse.
The Kuka Lesson: What European Naivety Costs
The Institut Delors identifies Europe’s core paradox: strong research but weak commercialisation, a fragmented single market with varying standards, and an investment gap where the Commission supports approximately 120 projects versus China’s RMB 1 trillion plan.
The Kuka acquisition in 2016 — Germany’s world leader in industrial robotics, sold to China’s Midea for €4.5 billion — remains the defining symbol of European naivety. Kuka was profitable, technologically advanced, and globally respected when it was acquired. Its vulnerability lay not in weakness but in its ownership structure, its relatively small market capitalisation compared to its strategic value, and the absence of any EU-level mechanism to block the sale on security grounds. The Foreign Direct Investment Screening Regulation, adopted in 2019 partly in response to the Kuka shock, remains advisory rather than mandatory — member states retain final authority, and several lack functioning screening mechanisms entirely. The industrial champions of 2026 face the same structural exposure unless screening is both strengthened and harmonised at EU level.
Carnegie’s warning deserves the final word: countries dominating robot exports could weaponise dependencies through backdoors and kill switches. With just over 13,000 general-purpose robot units sold globally last year and the most bullish forecasters projecting annual shipments of 10 million units within a decade, the market is still forming.
Final Word
The 15th Five-Year Plan’s seven future strategic industries all share a common characteristic: they are capital-intensive, require massive production scale, and follow a predictable export timeline. Robotics is not the last chapter of China’s industrial export wave. It is the current one. History offers instructive parallels: the solar panel industry’s trajectory — from European innovation leadership through Chinese manufacturing dominance to near-total dependency — took roughly a decade. The EV transition is following the same arc in approximately half the time. Robotics, with its higher complexity and certification requirements, may grant European firms a slightly longer runway. But slightly longer is not indefinitely longer, and the clock is running.
The SCSP Technology Competition Scorecard gives China a “decisive lead” in robotics for advanced manufacturing, with the US retaining a narrow lead only in innovation while lagging significantly in industrial capacity, market ecosystem, talent pipeline, and national leverage.
The question is not whether to respond. It is whether you respond while you still have options — or after they’ve been foreclosed.
European executives who act in the next 18–24 months will shape whether their firms are participants or casualties. The robots are just the beginning.