Deindustrialization
What happened to making things in developed economies, why it now matters strategically, and whether reshoring is real or rhetorical.
(down from a peak of ~19.6M in 1979; manufacturing output is about twice its 1979 level)
(World Bank; under 9% in 2004; the largest manufacturing country by a wide margin)
(only ~$550B of the infrastructure law's $1.2T was new money; the IRA was cut back in 2025)
A note on framing. Deindustrialization is one of those topics where the political conversation has often been ahead of the empirical research, which has slowly caught up, validating parts of the political concerns while complicating others. This page separates what happened to manufacturing in developed economies from the rhetoric on either side, and compares what the post-2020 reshoring efforts have produced with what was claimed for them.
What happened
Manufacturing employment in developed economies peaked at different times in different countries: roughly 1979 in the US, 1969 in the UK, 1973 in West Germany. US manufacturing employment fell from about 19.6 million in June 1979 to about 11.4 million in early 2010, and stood at about 12.6 million in August 2026 (Bureau of Labor Statistics). The UK fell from about 8 million to about 2.5 million. Germany held up better - from about 8 million to about 7 million - because its manufacturing structure proved more durable.
Two distinct things were happening simultaneously, and disentangling them matters for thinking about policy. First, productivity in manufacturing rose dramatically: factories produced more output per worker each decade. Second, manufacturing employment was lost both to productivity gains (fewer workers needed for the same output) and to offshoring (output moving to lower-cost countries). The relative weight of these two factors has been contested across decades of empirical research.
The "China shock" research by David Autor, David Dorn, and Gordon Hanson found that Chinese imports after China joined the World Trade Organization in 2001 produced larger and more concentrated US labor-market effects than mainstream trade theory had predicted. Their 2013 study attributed about a quarter of the 1990-2007 fall in US manufacturing employment to Chinese import competition. In exposed places, employment and incomes were still depressed in 2019. A model that also counts consumer gains, by Lorenzo Caliendo and coauthors, finds that overall US welfare still rose. The political effects of this concentration (visible in the 2016 election geography) are a substantial part of why deindustrialization moved from economist-debate to political-priority.
Manufacturing output, in contrast to employment, has not collapsed in most developed economies. US manufacturing output is about twice its 1979 level in real terms, though still below its 2007 peak (Federal Reserve); output per hour has roughly tripled. Germany's manufacturing output remains a major export driver, but in July 2026 it was about 17% below its 2018 average (Eurostat). The picture is not "manufacturing left"; it is "manufacturing employment fell while output grew for decades before stalling, with concentrated regional effects."
Why it now matters strategically
For decades, mainstream economic policy treated where manufacturing happened as a question of comparative advantage and consumer prices. Whatever was lost domestically was made up for by lower-cost imports. The framework that dominated in Washington and most Western capitals from roughly 1990 to 2015 emphasized this view.
Several developments since 2015 have produced a substantial reassessment. The Chinese economic, technological, and military rise made manufacturing concentration in China look more strategically consequential than the comparative-advantage framework had treated it. The COVID pandemic exposed supply-chain vulnerabilities in medical equipment, pharmaceutical precursors, and semiconductors. The 2022 sanctions wave following the Russian invasion of Ukraine demonstrated how supply-chain dependencies could become weapons in geopolitical confrontations. China's 2023-25 export controls on critical minerals, including April 2025 rare-earth curbs that forced several carmakers to pause some production, confirmed that the dependency runs in both directions and can be used.
What changed was not the empirical reality of manufacturing geography but the assessment of what that geography meant. The defense-industrial base, the capacity to produce specific items required for national security, became a recognized concern. The argument that a country should not depend on a strategic adversary for items it may need in a confrontation gained traction across substantial parts of the political spectrum. The question of whether economic efficiency should be the only consideration in industrial location reopened.
This is not a uniquely American concern. The European Union's strategic-autonomy debate, the UK's industrial-strategy revisions, Japan's economic-security framework, and South Korea's K-Chips Act all reflect parallel reassessments. The G7 adopted a critical-minerals action plan in 2025, and in 2026 a US-led forum of allies replaced the Minerals Security Partnership.
The reshoring effort
The post-2020 industrial-policy turn has been the most ambitious in developed economies since at least the 1970s. The headline programs:
US CHIPS and Science Act (2022). $52.7 billion appropriated, of which $39 billion is manufacturing incentives and $11 billion research and development, plus an investment tax credit, scored at roughly $24 billion, that a 2025 law raised from 25% to 35%. Major commitments came from TSMC (Arizona), Intel (Ohio, Arizona), Samsung (Texas), and Micron (New York). TSMC has made chips in Arizona since late 2024; Intel's Ohio fab has slipped to 2030 or later. In August 2025 the government turned $8.9 billion of Intel's grants into a 9.9% stake.
US Inflation Reduction Act (2022). Roughly $370 billion over 10 years for clean energy, including manufacturing tax credits, with content rules favoring domestic and "friend-shored" production. It drove substantial battery, electric-vehicle, and clean-energy manufacturing investment, especially in the US Southeast. The July 2025 budget law ended its electric-vehicle credits and phased out its wind and solar credits; clean-technology factory investment in the second quarter of 2026 was 24% below a year earlier (Rhodium Group and MIT).
US Bipartisan Infrastructure Law (2021). $1.2 trillion over five years (fiscal 2022-26), of which about $550 billion was new spending, with substantial industrial-base components beyond traditional infrastructure. Implementation is uneven; some major projects have advanced, others have been slow.
EU Chips Act (2023). The Commission says it has helped mobilize over €52 billion of public and private investment. Intel dropped its planned German and Polish plants in July 2025; a TSMC-led fab in Dresden topped out in September 2026. The EU's auditors, citing a Commission forecast, expect its share of the global chip value chain to reach only 11.7% by 2030 (9.8% in 2022), against a 20% target.
EU Critical Raw Materials Act (2024). 2030 targets for domestic mining, processing, and recycling of critical minerals. Funding mechanisms partially in place; project pipeline is real but small relative to targets.
Japan's economic-security framework. Substantial commitments to semiconductor (TSMC's Kumamoto fab, Rapidus advanced-node project), battery, and other critical-industry investment. Among the most coordinated national responses.
South Korea's K-Chips Act and related measures. Tax credits and direct support for semiconductor and other strategic industries. Built on existing strong manufacturing base.
India's Production-Linked Incentive scheme. Subsidies for manufacturing across multiple sectors, with substantial growth in electronics assembly (especially for Apple supply chain) and pharmaceuticals.
The results are real but uneven, and since 2025 the United States has also leaned on tariffs. The Supreme Court struck down those imposed under an emergency-powers law in February 2026, but tariffs of 10-12.5% on 60 economies have applied since July, alongside sector tariffs on steel, cars, and other goods. The administration says tariffs have drawn "trillions" in investment pledges; factory jobs rose by 58,000 from December 2025 to August 2026 (Bureau of Labor Statistics). Skeptics note that jobs remain below their January 2025 level, and a Kansas City Fed study linked tariffs to slower hiring in 2025, with wide uncertainty.
What works and what does not
The empirical record on industrial policy is more mixed than either advocates or critics typically present. Several patterns recur.
What works. Industrial policy is widely credited with success in specific cases: South Korea's chaebol strategy in the 1960s-80s, Taiwan's semiconductor build-up from the 1980s, Germany's Mittelstand and apprenticeship system, and Japan's industrial development guided by its trade ministry. The cases that worked share several features: sustained political commitment across decades, alignment with existing comparative advantage rather than against it, willingness to let unsuccessful firms fail, focus on a manageable number of sectors, and integration with broader education and infrastructure investment.
What does not work. Industrial policy has failed often enough that no serious analyst dismisses the failure cases. Specific sectors picked badly. Unsuccessful firms protected indefinitely. Political-cycle reversals. Lack of complementary investment in workforce development. The British post-WWII industrial-policy record is full of examples; the US 1970s-80s "industrial policy" debates produced few clear successes; many developing-country attempts have produced limited results.
What is uncertain. Whether the current US-EU-Japan-Korea industrial policies fall into the "works" or "does not work" pattern is an open question. The factors that predict success are partly present and partly absent. Sustained commitment is contested by political cycles. Alignment with existing capability is strong in semiconductors (the US has substantial design capability), weaker in batteries (where Asian firms dominate the existing supply chain). Workforce development has lagged investment in physical capacity. Whether this round has worked will not be clear for 5 to 10 years.
Industrial-policy commitments that have endured for decades (Korean chaebol support, Taiwanese semiconductor strategy) survived changes of government, including both countries' transitions to democracy. Policies that depend on which administration is in office tend to produce announcement waves followed by implementation slow-downs. The 2025-26 US transition fits this pattern: Congress cut the party-line Inflation Reduction Act's clean-energy credits but kept the bipartisan CHIPS Act's chip-plant subsidies.
The political consequences
Manufacturing-employment loss in concentrated regions has had measurable political consequences across multiple countries. Empirical research has linked it to specific electoral patterns: the 2016 US election geography correlating with China-shock-affected counties, Brexit support correlating with deindustrialized areas of Northern England and Wales, and support for the Alternative for Germany correlating with East German manufacturing decline. Parts of the French gilets jaunes movement's geography match deindustrialized regions, and similar patterns appear elsewhere.
What this research does not say is that deindustrialization is the sole cause of these political shifts. Multiple factors interact: cultural-identity concerns, immigration debates, aging populations, declining trust in traditional political institutions, urban-rural divergence. Deindustrialization is one strand among several, but it is one whose contribution to political volatility has been substantially documented.
The political feedback loop is now visible. Deindustrialization produced political pressure for industrial policy, which produced the post-2020 commitments, which are now being implemented under the political conditions that those earlier shifts created. Whether the implementation produces the kind of regional renewal that would address the underlying political grievances depends on choices that are still being made.
One important asymmetry: the political pressure for industrial policy comes from regions that lost manufacturing; the actual investment under the post-2020 programs is going substantially to different regions (the US Southeast for batteries, Arizona and Texas for chips). Whether this matches the political demand remains to be seen.
The paths from here
Partial reshoring with structural Chinese dominance persisting
Specific strategic sectors see meaningful diversification (chips, some battery components, some pharmaceuticals). Most manufacturing remains globally distributed with substantial Chinese share. Strategic vulnerability is reduced for highest-priority items but not for the full economic picture. This is the most likely trajectory: in 2025 China's exports to the US fell 28%, yet its trade surplus hit a record of almost $1.2 trillion.
Industrial-policy reversal under new administrations
Political-cycle changes lead to scaling back commitments before they fully take effect. Announcements that were made do not translate into completed facilities. The reshoring effort proves to have been a transient response to specific political conditions. This has partly happened to US clean-energy manufacturing since the 2025 credit cuts, though not so far to chip plants.
Geopolitical shock accelerates reshoring
A Taiwan-related crisis, a major supply-chain disruption, or a sharper US-China rupture forces accelerated commitment. Costs rise; prices increase; subsidies expand. The reshoring effort gets the political support it needs through external pressure rather than through patient build-up. The Hormuz shipping crisis is a current test; so far it has mainly raised costs, with European gas prices up about 60% from February to July 2026 (IMF).
Friend-shoring becomes the dominant pattern
Rather than full domestic reshoring, manufacturing diversification proceeds through trusted partners: Mexico for the US, Eastern Europe for Western Europe, Vietnam and India for Western markets generally. Total non-Chinese capacity grows substantially; full domestic capacity grows modestly. China's share of US goods imports fell from 21% in 2018 to 9% in 2025 (Census Bureau). This is what is actually happening for many sectors and may be the practical equilibrium.
Workforce becomes the binding constraint
The skilled-trades workforce required for advanced manufacturing has been hollowed out over decades and cannot be rebuilt quickly. Specific projects are delayed or scaled back because qualified workers are not available. Apprenticeship, community-college, and immigration policies become the binding constraint. This is already visible: in September 2025 a raid over alleged visa violations halted work on a Hyundai-LG battery plant in Georgia that relied on South Korean specialists.
Where serious analysts disagree
Reshoring is essential for security and is feasible
Strategic dependencies on China and other potential adversaries are dangerous and have been allowed to grow too large. The post-2020 commitments are substantial enough to make a difference and represent the most serious industrial-policy effort in decades. With sustained execution, meaningful diversification is achievable. Supporters cite US factory construction spending, which roughly tripled from 2019 to 2024, TSMC's Arizona chip output, and evidence of lasting gains from South Korea's 1970s heavy-industry drive.
Held by: Robert Lighthizer (former US Trade Representative), parts of the Biden Administration economic team that designed IRA/CHIPS, Daron Acemoglu's recent work on industrial policy, the broader "new industrial policy" academic community. The case has institutional momentum.
The economic costs of reshoring are larger than acknowledged
Mass-market consumer goods produced domestically would cost substantially more than imports. The costs would fall on consumers and would likely produce inflation. The strategic benefits are real for narrow categories but do not justify a broader reshoring effort. The political case for reshoring is overstating the achievable economic outcome. Skeptics cite evidence that US buyers paid the 2018-19 tariffs in full while protected industries gained no jobs, and a one-third fall in factory construction spending since late 2024.
Held by: mainstream trade economists, parts of the Cato Institute and Mercatus Center, and Adam Posen at the Peterson Institute for International Economics. The case has empirical support on the consumer-cost side.
The China-shock research is the underweighted policy lesson
Even if reshoring is partial and costly, the political consequences of unmanaged deindustrialization are large enough that some industrial-policy effort is justified on those grounds alone. The mid-2010s mainstream consensus that trade adjustments would be smooth was empirically wrong; correcting that error is a major task of current policy.
Held by: David Autor (MIT), Gordon Hanson (Harvard), David Dorn (Zurich), and the broader China-shock research community. Their case has been substantially incorporated into mainstream thinking; the policy implications remain contested.
Friend-shoring is the realistic compromise
Full domestic reshoring is unrealistic for most sectors; full continued dependence on China is undesirable for strategic reasons. The middle path is diversification toward trusted partners, even at modest cost premiums. This is what is mostly happening already, and it is the right framework for evaluating success.
Held by: Janet Yellen (former US Treasury Secretary), Jake Sullivan (former US National Security Adviser), substantial parts of the trade-policy community, the Mexico-focused near-shoring research community. The case has empirical support in actual investment patterns.
The discussion neglects what manufacturing is becoming
Modern manufacturing is increasingly capital-intensive and software-intensive rather than labor-intensive. The "bring back manufacturing jobs" framing assumes a model of factory employment that is partly historical. The realistic policy goal is manufacturing capability, not 1979-style manufacturing employment. Conflating these is producing policy that may achieve neither well.
Held by: parts of the productivity-economics community and a strand of automation-focused research. The case is partly contested - manufacturing employment has not collapsed in countries with strong manufacturing, like Germany - but the trajectory is real.
On the available evidence, deindustrialization in developed economies was driven by a mix of productivity growth and offshoring, with concentrated regional consequences that mainstream policy underweighted. The post-2020 industrial-policy turn is the largest in decades, but its results will be measured over years rather than months. Full domestic reshoring is unrealistic for most sectors, but partial diversification is happening, and the political fallout of deindustrialization helped produce the response. Workforce, automation, and execution will determine more about the outcome than the headline financial commitments.
What this means for you
If you live in a deindustrialized region
The post-2020 industrial-policy programs have produced specific local opportunities, but unevenly. Specific places have seen real factory construction (Phoenix, Columbus, parts of the Carolinas, eastern Tennessee). Specific places have not. Whether your area is in the first group depends substantially on accidents of geography (proximity to clean water, electricity, transport) and existing workforce. Tracking specific announcements and their implementation status is more useful than tracking aggregate political claims.
If you are early in your career
Skilled trades (electricians, technicians, machinists, advanced welders, semiconductor process technicians) are facing substantial workforce shortages that the current industrial-policy efforts cannot address quickly. Apprenticeship and community-college pathways into these fields offer compensation and stability that the conventional college pathway often does not. One caution: employers reporting that they "cannot find" skilled workers is not the same as a shortage, and Peter Cappelli's work at Wharton has argued that many such complaints reflect unwillingness to raise wages or to train, rather than an absence of trainable people. A genuine shortage shows up as rising relative wages. In several of these trades it has; in others the wage data is flatter than the rhetoric.
If you invest in industrial sectors
The current policy environment has created substantial valuations in specific industrial-policy beneficiaries. Some of those valuations will prove justified; others reflect optimism that implementation will not deliver. Reading project-level execution rather than headline announcements is increasingly important for separating durable from transient effects.
If you make consumer choices
"Made in" labels increasingly involve more complex supply chains than they suggest. A car "made in America" may have substantial Chinese content; a phone "designed in America" may have minimal domestic content. Practical individual consumer leverage is modest; awareness of the actual structure helps when reading political claims.
If you vote on industrial or trade policy
The current political moment combines bipartisan support for industrial policy in principle with sharp disagreement over its tools - tariffs, subsidies, or government stakes - and execution. Holding policy to its record is one of the more useful forms of engagement: did the project break ground, create the promised jobs, diversify supply chains?
