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1Repair Windows errors before they cause bigger problems2Fix the driver behind crashes, sound loss and screen glitches3Clear out junk files and repair common Windows errorsThe risk is real, but “automotive backwater” is a warning about relative competitiveness, not a description of an industry that has disappeared. The United States still makes millions of vehicles, exports substantial volumes, and invests heavily in automotive research. But its share of global production has fallen, while China has built a commanding position in electric cars and battery materials. Whether the U.S. loses more ground will depend on what it can produce competitively, where its supply chains come from, and whether planned factory capacity can find enough demand.
What would make the U.S. an automotive backwater?
It would not mean that American factories stop building cars or that U.S. brands vanish. A more useful test is whether the country becomes less important in the parts of the industry that shape future production: vehicle output and exports, electric-car manufacturing, battery materials, and production technology. A country can have a large home market and still lose influence if it relies on imports for critical components or cannot keep its factories economically utilized.
The indicators do not all cover the same year or measure the same thing. The figures below should be read as separate signals, not as a single synchronized ranking.
| Indicator | What the cited evidence reports | How to read it |
|---|---|---|
| U.S. share of global vehicle production | 14.7% in 2022, down from 46% in 1965; ITIF, 2026 | A long-run decline in relative production share, not a measure of current factory output alone. |
| U.S. vehicle production and sales | 10.6 million produced and 16.3 million sold in 2024; SelectUSA, U.S. Department of Commerce, reporting OICA figures | Evidence of substantial domestic scale. Production and sales are different measures. |
| China’s electric-car and battery-material position | In 2025, 70% of electric-car production, over 80% of battery-cell production, about 85% of cathode active material, and more than 90% of anode active material used in electric-car batteries; IEA, 2026 | Concentration across several stages of the EV supply chain, not just vehicle assembly. |
| U.S. automotive exports and R&D | More than $87 billion in motor vehicles and more than $85 billion in automotive parts exported in 2024; nearly $33 billion in automotive R&D investment in 2023; SelectUSA | Evidence of continuing export and innovation capacity, measured in different years. |
Why China’s EV and battery position matters
China’s advantage is not limited to assembling electric cars. The International Energy Agency (IEA) reports that in 2025 China accounted for 70% of electric-car production, over 80% of battery-cell production, about 85% of cathode active material, and more than 90% of anode active material used in electric-car batteries. Those figures span vehicles, cells, and key battery materials; together, they point to a supply chain clustered across multiple production stages.
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The IEA’s 2035 stated-policies scenario indicates that this concentration could persist: China would supply nearly 90% of anode active material, about three-quarters of cathode active material, and two-thirds of batteries. These are conditional projections based on stated policies and assumptions, not observed results or guarantees about what will be built.
U.S. exposure is strongest in battery materials
In the same IEA scenario, U.S. domestic production in 2035 is projected to meet about half of cathode active-material demand and about one-quarter of anode active-material demand. The implied gap leaves the United States reliant on imports for a significant share of those inputs, even if more battery or vehicle assembly takes place domestically.
That distinction matters: a vehicle assembled in the United States is not necessarily supported by a supply chain controlled or sourced there. Local assembly can strengthen domestic manufacturing, but it does not by itself remove exposure to overseas materials and components.
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Could U.S. EV factories outpace demand?
The IEA’s stated-policies scenario points to a possible mismatch between planned U.S. production capacity and projected electric-car demand. It projects electric cars to exceed 10% of new-car sales in the United States by 2030, while dedicated electric-car manufacturing capacity exceeds 3.5 million units. The IEA also identifies nearly 8 million units of flexible capacity that can produce internal-combustion-engine or electric vehicles, and says the capacity pipeline could meet domestic demand through 2035 in that scenario.
Capacity figures describe what facilities may be able to produce, not how many vehicles they actually make. The IEA says committed battery capacity by 2030 could be nearly twice projected U.S. battery demand in 2035. Lower projected U.S. EV demand could weaken battery-plant utilization and leave committed capacity substantially above future domestic demand. “Committed” capacity should not be treated as built, operational capacity, and neither demand nor utilization is certain: both depend on policy, investment, and market uptake.
The U.S. still has a substantial automotive base
The evidence of declining relative share does not erase the scale of the U.S. industry. SelectUSA, a U.S. Department of Commerce program, calls the United States the world’s second-largest market for vehicle production and sales in 2024. It reports 10.6 million vehicles produced and 16.3 million sold that year, as well as a cluster employing more than one million people and a major presence by foreign-owned automakers.
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SelectUSA also reports that the United States exported more than $87 billion in motor vehicles and more than $85 billion in automotive parts in 2024. Automotive R&D investment was nearly $33 billion in 2023. About 40% of industrial robot installations in 2024 were in the automotive industry. These figures show an active manufacturing and research base; they do not establish that the U.S. leads every production technology or that its share of future growth is secure.
A historical decline has more than one possible explanation
ITIF reports that the Big Three’s share of the U.S. market fell from 92% in 1965 to 38% in 2024. It also reports a cumulative U.S. passenger-vehicle trade deficit of $425 billion from 1963 through 2023. These measures describe long-term changes in market position and trade, but neither figure alone proves why the changes happened or what will happen next.
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ITIF argues that slower adoption of improved production practices contributed to the decline. Stephen Ezell, ITIF’s vice president for global innovation policy, said the “deeper problem was slower adaptation,” in an April 20, 2026, ITIF release. That is ITIF’s interpretation of the historical record, not a settled explanation shared by every analyst.
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Trade rules can redistribute costs and gains
Trade policy can shape where automakers source parts and invest, but its effects are not automatically a net benefit for every U.S. producer or buyer. In its July 2025 report on the USMCA automotive rules of origin, the U.S. International Trade Commission (USITC) found concentrated effects in the U.S. automotive industry and negligible effects on the overall U.S. economy. Its model estimated gains for U.S. parts and materials producers, slight declines for U.S. light-vehicle producers, and a slight increase in average light-vehicle prices.
The USITC reported U.S. automotive manufacturing investment of $27.9 billion in 2019, $87.8 billion in 2023, and $34.1 billion in 2024. It cautioned that the 2024 change was only partially attributable to the rules of origin and that other factors had greater effects on the industry. The investment figures therefore should not be read as a simple before-and-after measure of the rules’ impact.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Security rules are not the same as industrial leadership
The U.S. Commerce Department’s Bureau of Industry and Security (BIS) has a connected-vehicle rule addressing specified hardware and software links to China or Russia. The software-related prohibitions begin with Model Year 2027; hardware restrictions begin with Model Year 2030, or January 1, 2029, for vehicles without a model year. The rule is a supply-chain security intervention. Its existence does not, by itself, show that the United States has overtaken other countries in automotive technology or manufacturing capability.
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What would show whether the risk is materializing?
No single statistic can settle the question. A more useful assessment tracks whether U.S. industrial capacity translates into sustained production and competitive supply chains.
- Global production share: Does the U.S. share stabilize or keep falling? The historical figures cited by ITIF compare 1965 with 2022, so newer, consistently defined data would be needed to establish the direction since then.
- Exports and trade: Do U.S. vehicle and parts exports remain substantial, and does the passenger-vehicle trade balance improve or worsen?
- Battery sourcing: Does domestic production cover a greater share of cathode and anode material demand, reducing reliance on concentrated overseas supply?
- Factory utilization: Are planned vehicle and battery plants operating at levels supported by actual demand, rather than simply adding capacity on paper?
- Technology and production adaptation: Can manufacturers adopt productive processes and bring competitive vehicles to market as the industry changes?
The warning is therefore neither that the U.S. auto industry is already a backwater nor that its large market guarantees future strength. The central risk is that domestic scale and investment may not translate into a competitive position across EVs, batteries, and exports—especially if demand falls short of planned capacity while key materials remain concentrated elsewhere.
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