🚗🌎 THE AUTO INDUSTRY’S NEW WORLD ORDER: WHAT WE PREDICTED IN 2009—AND WHAT ACTUALLY HAPPENED BY 2026
📅 Updated September 11, 2026
Some news stories age quickly.
Others become historical documents.
In 2009, at the height of one of the most severe crises ever to confront the global automobile industry, we published an analysis under a headline that, viewed from 2026, now seems almost prophetic:
👉 “Crisis Could Create a New Global Map for the Auto Industry.”
At the time, General Motors had entered bankruptcy protection. Chrysler was moving into Fiat’s orbit. Toyota was gaining ground on Detroit’s traditional manufacturers. Volkswagen and Porsche were locked in a complex corporate struggle. And China was beginning to challenge the industrial supremacy long associated with the United States and Japan.
Brazil appeared to have an opportunity to gain market share.
Japanese and South Korean manufacturers were expanding internationally.
And across the industry there was a growing sense that something much larger than a cyclical recession was taking place.
Yet in June 2009, even the most informed observers could not fully anticipate the magnitude of what would follow.
⚡ Seventeen years later, we are no longer dealing merely with a different automotive map.
We are dealing with a new geopolitics of the automobile.
That geopolitics now encompasses China, electric vehicles, batteries, semiconductors, artificial intelligence, software, critical minerals, trade policy, industrial subsidies, tariffs, advanced manufacturing, and global supply chains worth hundreds of billions of dollars.
The question in 2009 was:
Who would occupy the market space left open by weakened American automakers?
By 2026, the question has become far more consequential:
Who can compete with China in the next generation of the global automotive industry?
That question begins with one of the most dramatic industrial collapses in modern American history.
🔙 BACK TO 2009: GM AND CHRYSLER LOOKED LIKE SYMBOLS OF AN ERA COMING TO AN END
In 2009, the automobile industry sat near the epicenter of the global financial crisis.
For much of the twentieth century, General Motors was more than a corporation.
It was a symbol of American industrial capacity.
Detroit was not merely a city associated with automobiles. It represented a system of mass production, engineering, unionized industrial labor, domestic supply chains, suburban consumption, and postwar economic power.
GM embodied that system.
Then came June 1, 2009.
On that date, General Motors filed for Chapter 11 bankruptcy protection.
For many Americans, the event appeared almost unthinkable.
One of the most powerful manufacturing corporations in history had reached a point at which its existing structure could no longer survive without extraordinary intervention and restructuring.
For decades, a line associated with former GM president Charles Wilson had symbolized the company’s relationship with the American economy:
“What was good for our country was good for General Motors, and vice versa.”
By 2009, however, the old industrial model was under enormous pressure.
GM carried substantial liabilities.
Its manufacturing footprint was too large for the market it faced.
Legacy costs were significant.
Consumer preferences were shifting.
Fuel efficiency had become increasingly important.
Japanese manufacturers had built powerful reputations for reliability and production efficiency.
And the financial crisis destroyed vehicle demand at precisely the moment when Detroit’s weaknesses were becoming impossible to ignore.
The bankruptcy restructuring transformed GM.
The company emerged smaller.
Its brand portfolio was reduced.
Its operations became more concentrated.
Its balance sheet was restructured.
🚨 The impossible had happened:
the corporation that had once represented the apex of twentieth-century American automotive power had been forced to reconstruct itself.
Yet GM did not disappear.
That distinction matters.
The 2009 crisis did not mark the death of Detroit.
It marked the end of Detroit’s unquestioned global supremacy.
🇺🇸🇮🇹 CHRYSLER + FIAT: A CRISIS-ERA RESCUE THAT BECAME A GLOBAL CORPORATE REORGANIZATION
Chrysler represented another central element of the 2009 crisis.
At the time, the company was also undergoing bankruptcy restructuring, and Fiat emerged as the critical industrial partner around which a new corporate structure could be built.
Initially, the arrangement looked like an emergency solution.
In retrospect, it was the first stage of a much larger consolidation.
Fiat gradually increased its position.
Eventually, it acquired full control of Chrysler.
In 2014, the companies were reorganized as Fiat Chrysler Automobiles, or FCA.
But the consolidation process did not end there.
On January 16, 2021, FCA completed its merger with the French Groupe PSA, owner of Peugeot and Citroën.
The result was Stellantis.
The historical contrast is striking.
In 2009, Chrysler, Fiat and Peugeot were separate corporate groups attempting to reposition themselves amid a global industrial crisis.
By 2026, their principal automotive assets were effectively operating within the same multinational corporate structure.
🚘 Stellantis brought together brands including:
Fiat, Jeep, Chrysler, Ram, Dodge, Peugeot, Citroën, Opel, Vauxhall, Alfa Romeo, Lancia, DS Automobiles, Abarth and Maserati.
The larger lesson is important.
📌 2009: the industry was discussing alliances as crisis-management instruments.
📌 2026: those alliances had become permanent mechanisms of global consolidation.
What began as financial necessity became structural reorganization.
🚗 TOYOTA: THE JAPANESE CHALLENGER BECAME THE GLOBAL BENCHMARK
Our 2009 analysis also identified another important trend.
Japanese automakers appeared structurally better positioned than several American competitors to capture post-crisis demand.
Toyota, Honda and Nissan had long-established strength in smaller and midsize vehicles, segments that became increasingly important as consumers reassessed fuel costs and household spending after the financial crisis.
Toyota ultimately became the clearest example of that structural shift.
By 2026, the question was no longer whether Toyota could challenge General Motors for global leadership.
That transition had already occurred.
Toyota’s worldwide sales in 2025 remained in the range of roughly 11 million vehicles at the group level, keeping it at the top of the global automotive hierarchy.
That outcome represents a major historical inversion.
For decades, GM had been the reference point for automotive scale.
By the 2020s, Toyota had become a global benchmark for large-scale manufacturing, operational discipline, reliability, supplier coordination and hybrid technology.
The company’s influence extends far beyond vehicle sales.
Its production philosophy fundamentally altered modern manufacturing.
📊 The Toyota Production System, just-in-time production, kaizen, lean manufacturing and systematic waste reduction became foundational principles across industries ranging from aerospace to health care.
In other words, Toyota did not simply become larger.
It helped redefine how modern manufacturing systems are organized.
🇨🇳 THE MOST IMPORTANT 2009 PREDICTION: CHINA REALLY DID MOVE TO THE CENTER OF THE AUTOMOTIVE WORLD
Perhaps the most striking statement in the original 2009 analysis was this:
👉 “China should take the lead this year, making Shanghai the new capital of the automobile.”
At the time, many Western observers still regarded China primarily as a manufacturer of inexpensive vehicles for domestic consumers.
That interpretation now appears extraordinarily dated.
China did not merely become the world’s largest automobile producer.
It became the principal industrial center of gravity for the emerging electric-vehicle economy.
By 2025, China accounted for close to three-quarters of global electric-car production.
That single statistic changes the strategic interpretation of the entire industry.
🔥 Roughly three out of every four electric cars produced worldwide were manufactured in China.
China’s advantage is therefore no longer reducible to labor costs or domestic market size.
It reflects decades of industrial policy and cumulative capability in areas including:
🔋 batteries;
⚡ electric drivetrains;
🧠 vehicle software;
🏭 manufacturing scale;
⛏️ mineral processing;
📡 connectivity;
🤖 automation;
🚘 rapid product-development cycles;
and extensive domestic supplier ecosystems.
For the United States, this represents a fundamentally different competitive challenge from the rise of Japan in the 1970s and 1980s.
Japan became extraordinarily competitive within the existing automotive paradigm.
China is helping redefine the paradigm itself.
The competitive frontier has shifted from internal-combustion engineering toward battery chemistry, power electronics, embedded computing, software integration and digital vehicle architecture.
In 2009, the question was whether China could overtake the United States and Japan in automotive production.
In 2026, the more relevant question is:
How quickly can the United States and its allies reduce China’s advantages in key segments of the electric-mobility supply chain?
⚡ THE NUMBER THAT DEFINES THE NEW ERA: ABOUT ONE IN FOUR NEW CARS SOLD GLOBALLY IS ELECTRIC
One statistic captures the transformation between 2009 and 2026 better than almost any other.
Global electric-car sales exceeded 20 million units in 2025.
That represented roughly one-quarter of all new passenger-car sales worldwide.
This is no longer a niche technology.
It is now a major global industrial platform.
But the transition is highly uneven across markets.
In China, approximately 55 percent of new cars sold in 2025 were electric.
More than 13 million electric cars were sold in the Chinese market alone.
China accounted for roughly six out of every ten electric cars sold worldwide.
That matters because adoption at this scale creates cumulative industrial advantages.
Higher domestic demand supports larger production runs.
Larger production runs lower manufacturing costs.
Lower costs stimulate further adoption.
Rising adoption attracts supplier investment.
Supplier investment accelerates technological development.
Technological development strengthens exports.
This is the classic logic of industrial scale—and China has been able to deploy it exceptionally rapidly in electric vehicles.
🚨 The EV transition therefore changes much more than the vehicle’s powertrain.
It changes the industrial architecture surrounding the automobile.
An electric vehicle requires different suppliers.
Different engineering competencies.
Different thermal-management systems.
Different power electronics.
Different software layers.
Different charging infrastructure.
Different mineral inputs.
And far greater integration between automotive manufacturing and the digital economy.
This is less a substitution of engines than a reconstruction of the automobile as an industrial product.
🐉 BYD: THE COMPANY THAT BARELY REGISTERED IN GLOBAL AUTO DISCUSSIONS IN 2009—AND BECAME A SYMBOL OF 2026
Few companies illustrate this transformation better than BYD.
In 2009, the global automotive conversation was dominated by familiar names:
Toyota.
General Motors.
Volkswagen.
Ford.
Honda.
Nissan.
Hyundai.
Fiat.
Renault.
Peugeot.
And BYD sits near the center of that story.
Its importance is not simply a function of sales volume.
BYD reflects the convergence of several industrial capabilities:
battery manufacturing;
electric drivetrains;
vehicle assembly;
electronics;
vertical integration;
cost control;
and rapid product development.
This is precisely the type of integrated industrial architecture that now concerns policymakers in Washington, Brussels, Tokyo and Seoul.
The strategic challenge is no longer merely that Chinese companies can export vehicles.
It is that they are increasingly capable of exporting an entire automotive production system.
And they are beginning to establish manufacturing operations inside foreign markets.
Brazil provides one of the clearest examples.
🇧🇷 BYD IN CAMAÇARI: A SYMBOLIC SHIFT FROM AMERICAN TO CHINESE INDUSTRIAL CAPITAL
In October 2025, BYD formally inaugurated its automotive complex in Camaçari, Bahia.
The location carries unusual historical significance.
The site had previously been associated with Ford, which ended automobile manufacturing in Brazil in 2021.
The symbolism is difficult to miss.
🇺🇸 A facility identified with the international expansion of an American automotive company.
⬇️
🇨🇳 Replaced by one of the most important companies in the new Chinese electric-vehicle ecosystem.
Few developments better illustrate the transformation of the global automotive economy between 2009 and 2026.
By early 2026, BYD’s Brazilian operation was already scaling production.
The company subsequently reported that output at Camaçari had reached approximately 100,000 vehicles by mid-2026.
Production includes models such as the Dolphin Mini, King and Song Pro.
The facility was initially designed for annual capacity around 150,000 units, with plans for further expansion.
This is not a marginal investment.
It represents a new phase in the internationalization of Chinese automotive manufacturing.
China is no longer simply exporting vehicles into markets such as Brazil.
Chinese companies are increasingly localizing production.
That has major implications for traditional manufacturers from the United States, Europe, Japan and South Korea.
🏭 GWM IN BRAZIL: CHINESE LOCALIZATION IS NOT A SINGLE-COMPANY PHENOMENON
BYD is not alone.
Great Wall Motor, or GWM, also established local manufacturing in Brazil.
Its Iracemápolis plant in São Paulo state began operations in 2025 at a facility previously associated with Mercedes-Benz/Daimler.
The plant has an initial production capacity of roughly 50,000 vehicles per year.
Taken together, these investments reveal a broader shift.
Brazil’s automotive development unfolded in several distinct waves.
First came the major American and European groups.
Then Japanese and South Korean manufacturers expanded aggressively.
Now Chinese companies are entering the same industrial geography.
The historical sequence can be simplified as:
🇺🇸 Ford and GM;
🇩🇪 Volkswagen and Mercedes-Benz;
🇮🇹 Fiat;
🇫🇷 Renault and PSA;
🇯🇵 Toyota, Honda and Nissan;
🇰🇷 Hyundai;
🇨🇳 BYD, GWM and other Chinese companies.
Brazil remains one of the relatively few large emerging economies capable of supporting multiple competing automotive production systems.
That makes the country strategically important.
🇧🇷 DID BRAZIL WIN THE BET WE IDENTIFIED IN 2009?
The answer is nuanced.
Partly.
In 2009, we argued that Brazil could capture new opportunities created by the restructuring of the global industry.
That opportunity was real.
Brazil maintained one of the world’s largest automotive manufacturing bases.
It attracted new foreign investment.
It preserved a sophisticated supplier ecosystem.
And it remained one of the largest vehicle markets in the Western Hemisphere.
But other countries expanded faster.
In 2008, Brazil had risen to approximately sixth place among global vehicle-producing nations.
It later lost relative position.
That does not mean Brazilian manufacturing collapsed.
It means the global center of growth shifted even more rapidly toward Asia.
In 2026, Brazilian production showed renewed strength.
In May alone, the country produced approximately 253,600 vehicles, up about 15.2 percent from May 2025.
From January through May, output reached roughly 1.126 million vehicles, an increase of approximately 7.1 percent year over year.
That confirms that Brazil remains a large-scale automotive producer.
But the country faces a significant structural contradiction.
⚠️ BRAZIL IS SELLING MORE CARS—BUT LOCAL MANUFACTURING IS UNDER NEW PRESSURE
Brazil’s domestic vehicle market strengthened significantly in 2026.
Industry projections suggested that annual registrations could once again exceed 3 million vehicles, a threshold not reached since 2014.
That would represent growth of roughly 11.7 percent over 2025.
For automakers, this is clearly attractive.
However, the industrial implications are less straightforward.
Domestic sales have been increasing faster than local output.
Why?
In part because imported vehicles are taking a larger share of demand.
Brazil therefore confronts a classic industrial-policy dilemma:
🚗 a growing consumer market;
🏭 but not necessarily equivalent growth in domestic value added.
That distinction is essential.
A country can consume more automobiles without proportionally increasing domestic manufacturing, engineering, R&D, supplier activity or high-skilled employment.
From a macroeconomic perspective, the relevant question is not merely how many cars are sold.
It is where the value is created.
🌎 EXPORTS MAY BE THE MORE DIFFICULT PROBLEM
Brazil’s automotive industry has historically depended heavily on Latin American export markets.
Argentina has been especially important.
Mexico, Chile, Colombia, Uruguay and other regional markets also matter.
But the competitive environment is changing rapidly.
By mid-2026, Brazil’s automotive industry association was projecting a significant decline in vehicle exports for the year.
Several factors contributed:
📉 weaker demand in traditional markets;
🇨🇳 greater penetration by Chinese vehicles;
🇲🇽 stronger competition from Mexican production.
This is strategically important.
China is not merely competing for the Brazilian consumer.
Chinese manufacturers are also competing in the Latin American markets that Brazilian factories historically served.
That changes the question.
It is no longer simply:
How many Chinese vehicles will Brazil import?
The more consequential question is:
How much of Latin America’s future automotive demand will continue to be supplied by Brazilian plants?
🔋 THE NEW AUTO WAR IS NOT JUST ABOUT CARS—IT IS ABOUT BATTERIES, SOFTWARE, SEMICONDUCTORS AND INDUSTRIAL CONTROL
This is the most important difference between 2009 and 2026.
In 2009, an automaker’s core industrial capabilities centered on:
engines;
transmissions;
vehicle platforms;
stamping;
welding;
paint shops;
final assembly;
and supplier coordination.
All of those capabilities still matter.
But the automobile now contains an additional technological layer.
The modern vehicle increasingly combines:
🔋 batteries;
⚡ power electronics;
🧠 artificial intelligence;
💻 software;
📡 connectivity;
📷 cameras;
📍 sensors;
☁️ cloud services;
🤖 advanced driver-assistance systems.
This has produced one of the most consequential concepts in the current industry:
the software-defined vehicle, or SDV.
The analogy with smartphones is useful.
For decades, telephones were primarily hardware devices.
Then software became central to the user experience, product differentiation and business model.
Automobiles are moving in the same direction.
That means semiconductor companies, battery manufacturers, cloud providers, AI firms and software developers are becoming deeply embedded in the automotive value chain.
The economic center of gravity is shifting.
🧠 THE 2026 CAR IS INCREASINGLY A COMPUTER ON WHEELS
The phrase has become commonplace.
But its economic implications are profound.
In the traditional automobile, differentiation relied heavily on mechanical engineering.
In the connected vehicle, differentiation increasingly comes from:
software interfaces;
operating systems;
over-the-air updates;
data processing;
driver-assistance systems;
battery management;
energy efficiency;
smartphone integration;
digital ecosystems;
and increasingly, artificial intelligence.
Competition is therefore no longer limited to Toyota versus Volkswagen or GM versus Ford.
It now involves companies specializing in:
semiconductors;
battery cells;
cloud computing;
AI processors;
vehicle operating systems;
charging networks;
and cybersecurity.
This creates an industry that is simultaneously automotive, digital, electrical and geopolitical.
The old auto industry is not disappearing.
It is being absorbed into a broader technological ecosystem.
🇺🇸 WHY THIS MATTERS PARTICULARLY FOR THE UNITED STATES
For American readers, the transformation has a specific historical weight.
The automobile was one of the foundations of twentieth-century U.S. industrial power.
Ford pioneered mass production.
General Motors pioneered large-scale corporate portfolio management.
Detroit shaped labor relations, supply networks, suburban geography and middle-class consumption.
The industry helped define American capitalism.
The current transition therefore raises a much larger question than whether American consumers buy domestic or imported cars.
The issue concerns industrial sovereignty.
Who designs the batteries?
Who controls the processing of critical minerals?
Who manufactures automotive semiconductors?
Who owns vehicle operating systems?
Who controls autonomous-driving data?
Who builds charging infrastructure?
Who possesses the lowest-cost manufacturing capacity?
Who defines technical standards?
Who can scale production fastest?
Those questions now sit at the intersection of automotive competition and national security.
That is why Washington’s automotive policy increasingly overlaps with trade policy, semiconductor policy, battery incentives, clean-energy subsidies and strategic competition with China.
The automobile has once again become an instrument of national industrial strategy.
📊 2009 VS. 2026: WHAT DID WE GET RIGHT?
The comparison is revealing.
🇨🇳 “China will become the global leader.”
✅ CORRECT—AND THE OUTCOME EXCEEDED THE ORIGINAL EXPECTATION.
China became the world’s largest automotive manufacturing center and a dominant force in EV production, batteries and exports.
🇯🇵 “Toyota will gain ground as U.S. automakers weaken.”
✅ CORRECT.
Toyota became the global sales leader and remains one of the industry’s most influential manufacturing organizations.
🇺🇸 “GM will lose global dominance.”
✅ LARGELY CORRECT.
GM survived, restructured and remains one of America’s most important corporations.
But it did not recover its former position as the unquestioned global leader.
🇺🇸 “Ford could structurally overtake GM.”
❌ DID NOT BECOME A DURABLE REALITY.
Ford remained a major American manufacturer, but GM recovered significant domestic strength.
🇮🇹🇺🇸 “Fiat and Chrysler may form a larger industrial group.”
✅ CORRECT.
The relationship ultimately produced FCA.
🇫🇷 “Peugeot may participate in further consolidation.”
✅ CORRECT—IN A MUCH BIGGER WAY THAN EXPECTED.
PSA eventually merged with FCA to form Stellantis.
🇩🇪 “Volkswagen and Porsche may undergo major corporate integration.”
✅ CORRECT.
Porsche became deeply integrated into the Volkswagen Group structure.
🇸🇪 “Saab could be acquired by Fiat.”
❌ INCORRECT.
Saab followed a different corporate trajectory.
🇧🇷 “Brazil may gain new opportunities.”
🟡 PARTIALLY CORRECT.
Brazil preserved a major automotive industry and attracted new manufacturers, but also lost relative global position and now faces stronger competition from Chinese imports and Chinese investment.
🔥 WHAT WE COULD NOT FULLY SEE IN 2009
The most important limitation of the original analysis was not that it misunderstood the geography of industrial power.
It correctly anticipated that geography was changing.
What was much harder to anticipate was the scale of the technological transformation.
In 2009:
Electric cars were still a niche.
Tesla remained a small company.
BYD had not yet become a global automotive power.
Lithium-ion batteries were too expensive for mass adoption at today’s scale.
Generative AI was not part of ordinary economic life.
Over-the-air vehicle updates were rare.
Autonomous-driving technology remained experimental.
Smartphone integration was in its infancy.
Today, these systems are converging.
🚘 + 🔋 + 💻 + 🤖 + 🌐 = the twenty-first-century automobile
That equation is more disruptive than replacing GM with Toyota or the United States with China at the top of production rankings.
It changes the economic definition of the automobile itself.
🌍 THE GLOBAL AUTOMOTIVE MAP IN 2026
The industry can now be understood through several major geographic centers.
🇨🇳 CHINA
The largest manufacturing base, dominant EV producer, major battery center and increasingly powerful vehicle exporter.
🇯🇵 JAPAN
Home to Toyota and a highly sophisticated automotive ecosystem, with exceptional strengths in lean manufacturing, hybrids and supplier quality.
🇩🇪 GERMANY
Volkswagen, BMW and Mercedes-Benz remain global leaders, but face intense pressure from Chinese EV competitors and the cost of technological transition.
🇺🇸 UNITED STATES
GM, Ford and Tesla remain globally significant, supported by one of the world’s largest consumer markets, deep capital markets and a growing industrial-policy framework around batteries, semiconductors and EV manufacturing.
🇰🇷 SOUTH KOREA
Hyundai and Kia have built one of the industry’s most globally competitive multinational platforms.
🇮🇳 INDIA
A huge domestic market with rapidly growing production capacity and major long-term potential.
🇧🇷 BRAZIL
One of the largest manufacturing centers in the Southern Hemisphere and increasingly a battleground between legacy global automakers and new Chinese entrants.
🚨 THE NEXT BATTLE HAS ALREADY STARTED
The future of the automotive industry will not be determined solely by who sells the most vehicles.
The decisive questions are becoming:
🔋 Who can manufacture the lowest-cost batteries?
⚡ Who can reduce EV costs fastest?
💻 Who will control vehicle software?
🤖 Who can integrate AI and autonomous systems most effectively?
⛏️ Who will secure lithium, nickel, graphite and rare-earth supply chains?
🏭 Who can manufacture at scale?
🌎 Who can dominate emerging markets?
📡 Who will define connected-vehicle standards?
🧠 Who will control the data generated by increasingly intelligent vehicles?
There is also a deeper geopolitical layer.
The United States, China, the European Union, Japan, South Korea and other industrial powers increasingly use subsidies, tax incentives, tariffs, local-content rules, environmental regulation and technology policy to shape automotive investment.
The automobile is no longer simply a consumer product.
It is a strategic industrial asset.
🇧🇷 BRAZIL MAY OFFER A DISTINCT INDUSTRIAL MODEL
Brazil’s position deserves attention because it does not fit neatly into the Chinese, American or European model.
The country possesses several structural advantages:
✅ a domestic market of more than 200 million people;
✅ a mature automotive manufacturing base;
✅ an established supplier ecosystem;
✅ a relatively renewable electricity matrix;
✅ decades of expertise with ethanol;
✅ access to strategic minerals;
✅ proximity to Latin American markets;
✅ advanced experience with flex-fuel technology;
✅ the potential to integrate hybrids, plug-in hybrids and biofuels.
This creates a distinctive opportunity.
Brazil does not necessarily need to replicate China’s EV strategy or the U.S. industrial model.
It may be able to develop a hybrid pathway combining:
⚡ electrification;
🌱 biofuels;
🔋 battery production;
🚘 hybrid powertrains;
🏭 local manufacturing;
🌎 regional exports.
The challenge is not technological possibility.
It is industrial depth.
The country must convert market scale into:
productivity;
engineering;
research and development;
domestic suppliers;
export capability;
high-skill employment;
and intellectual property.
Otherwise, Brazil risks remaining a large consumer market while losing technological density.
⏳ SEVENTEEN YEARS LATER: THE VERDICT
In 2009, we wrote:
“Crisis Could Create a New Global Map for the Auto Industry.”
In 2026, the word could can be removed.
🚨 The crisis did create a new global automotive order.
General Motors was restructured.
Chrysler was absorbed into Fiat’s orbit.
Fiat and PSA eventually became part of Stellantis.
Toyota became the global leader.
China surpassed every rival in manufacturing scale.
BYD emerged as a global force.
Electric vehicles reached roughly one-quarter of global new-car sales.
In China, their share approached 55 percent.
Chinese automakers began manufacturing in Brazil.
And the center of competition moved from engines and assembly lines toward batteries, semiconductors, software and industrial ecosystems.
But there is one final irony.
The automotive map created after 2009 is already becoming obsolete.
Another map is being drawn.
In 2009, the financial crisis destroyed old corporate structures.
In 2026, electrification, software, AI and Chinese industrial scale are eroding old technological boundaries.
When this analysis is revisited another seventeen years from now, in 2043, the industry may once again be nearly unrecognizable.
The automobile has always been a story of industrial transformation.
What is different today is the speed.
🚗➡️⚡➡️💻➡️🤖
The car is no longer merely a machine.
It is becoming a technological, energy and digital platform.
And the struggle to control that platform may help determine which nations lead one of the most consequential industries of the twenty-first century.
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In 2009, we predicted that the financial crisis would redraw the global auto industry. By 2026, China dominates manufacturing and EVs, Toyota leads global sales, GM has been transformed, Stellantis has reshaped legacy brands, and software and batteries are redefining the automobile. Here is what we got right—and what history changed completely.
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