America is not rejecting the electric vehicle. It is hesitating—and that hesitation is being encouraged.

Part of the slowdown is practical. Public charging remains inconsistent. Apartment dwellers often cannot charge at home. EVs can cost more upfront, cold weather reduces range, repairs can be expensive, and buyers reasonably worry about battery life and resale value. Those are genuine obstacles, and EV advocates weaken their case when they pretend otherwise.

But practical concerns do not fully explain the intensity of America’s resistance. EV adoption has also become entangled in partisan politics, fossil-fuel interests, culture-war messaging and a media economy that rewards anxiety. The result is a distorted national conversation in which every EV fire, charging failure or disappointing sales quarter becomes a referendum on the entire technology, while the everyday costs and failures of gasoline vehicles are treated as ordinary background noise.

That asymmetry matters. It can slow consumer adoption, discourage investment and give American automakers permission to retreat just as China is accelerating.

Every Transportation Revolution Looks Impossible—Until It Doesn’t

The transition from horses to machines offers a useful warning. It was not a perfectly smooth or “linear” replacement of one technology by another. Early automobiles were expensive, noisy, unreliable and difficult to fuel. Roads were built for horses and wagons. Repair shops were scarce. Many people considered the automobile dangerous, antisocial and unnecessary.

Those objections were not imaginary. Early cars really did break down. They frightened horses, injured pedestrians and created new demands for roads, traffic rules and fuel distribution. Yet the limitations of the early product did not determine the eventual outcome.

Once affordability, infrastructure and mass production began reinforcing one another, adoption accelerated dramatically. Federal Highway Administration records show that registered motor vehicles in the United States rose from roughly 48,000 in 1906 to about 2.45 million in 1915—a fiftyfold increase in less than a decade. The old system did not disappear overnight, but the direction became unmistakable.

There is an even earlier example. In 1890, animals powered most of America’s urban street-rail mileage. By 1902, electric streetcars had almost completely displaced animal-powered lines. Infrastructure transitions can look slow for years and then move with astonishing speed when the new technology becomes more useful, affordable and widely available.

EV adoption is likely to follow a similar S-curve—not because history repeats mechanically, but because consumer technologies often advance through the same feedback loop. Better products attract more buyers. More buyers justify more infrastructure and production. Greater scale lowers costs. Lower costs attract still more buyers.

The mistake is assuming that today’s adoption rate tells us tomorrow’s.

The Model Y Is the Clue

The most important clue is the Tesla Model Y.

The claim is sometimes overstated: the Model Y has not recently been the best-selling vehicle in the United States when pickups and other SUVs are included. It ranked eighth in U.S. sales in 2025. But that correction does not diminish the real achievement. The Model Y became the world’s best-selling vehicle of any powertrain in 2023—not merely the best-selling EV—and it remains America’s best-selling electric vehicle.

That is extraordinary. A battery-powered vehicle from a relatively young manufacturer competed at mass-market scale with the most established gasoline nameplates in the world. It did so because buyers were not merely purchasing an environmental statement. They were buying a highly functional crossover with useful cargo space, strong performance, competitive operating costs, extensive charging access and software that made the vehicle feel modern.

The Model Y did not succeed because Americans suddenly stopped loving cars. It succeeded because it was a good American-style car.

That distinction should guide the entire industry. Consumers rarely buy a propulsion system in isolation. They buy size, shape, price, usefulness, comfort and identity. An EV that feels like a compromise will struggle. An EV that is better at the job its owner needs done can sell in enormous numbers.

Range Anxiety Is Real—but Often Misrepresented

Range anxiety was not invented by newspapers. It is a legitimate concern, particularly for drivers who travel long distances, live in apartments, tow heavy loads or use unreliable public chargers. The better criticism is that the concern is often presented without context.

For homeowners with predictable daily driving, the EV experience reverses the gasoline routine. The driver plugs in at home and leaves in the morning with the desired charge. There is no weekly gas-station stop. The U.S. Department of Energy notes that most EV drivers can primarily charge at home or work. For those owners, “range anxiety” often fades because daily life rarely requires the vehicle’s full range.

Charging anxiety is now the more precise problem: Will a public charger be available, operational and fast when needed? That problem deserves serious investment and honest reporting. But it is an infrastructure problem, not proof that electric propulsion is inherently unsuitable.

Fire coverage demonstrates the same problem of context. Battery fires can be severe, difficult to extinguish and dangerous after a crash. They should be investigated and reported. But an isolated EV fire often becomes national news because it is novel, while gasoline-vehicle fires are so familiar that most receive only local attention. NHTSA has said it does not believe EVs present a greater post-crash fire risk than gasoline-powered vehicles, although battery vehicles create different hazards for emergency responders. The responsible comparison is not “Can an EV catch fire?” It is “How frequently and under what conditions do different vehicle types catch fire?”

Novelty creates headlines. Familiarity hides risk.

America’s Debate Is Not Taking Place on Neutral Ground

Transportation is one of the largest markets in the world, and the shift from petroleum to electricity threatens long-established revenue streams. Oil producers, refiners, fuel distributors, dealership groups, engine and transmission suppliers, and other incumbent interests all have economic reasons to influence the pace and design of the transition. Coal interests complicate the picture: EVs can still be powered by coal-heavy grids, so “fossil-fuel opposition” is not a single coordinated bloc. The most direct commercial threat is to petroleum demand.

Political choices nevertheless shape the market. Tax credits, emissions rules, fuel-economy standards, tariffs, charging investment and manufacturing incentives can either give automakers a stable runway or force them to plan around election cycles. In 2025, Washington ended the federal credits of up to $7,500 for new EVs and $4,000 for used EVs, effective September 30. Whatever one thinks of subsidies, abruptly changing the rules raises consumer prices and makes long-term investment harder.

The United States also protects its market from lower-cost Chinese EVs through trade barriers. There are legitimate reasons to worry about unfair subsidies, national security, data security and the destruction of domestic manufacturing. But tariffs cannot substitute for competitive products. They can buy time; they cannot create innovation.

If America uses that time to build better batteries, vehicles and supply chains, protection may prove strategic. If it uses the time to preserve yesterday’s product mix, it will merely delay the reckoning.

China Is Not Waiting

While America debates whether EV demand is “real,” China is building at extraordinary scale. The International Energy Agency reports that nearly 22 million electric cars were produced worldwide in 2025, with China accounting for almost three-quarters of production. Chinese EV exports doubled to more than 2.5 million, and Chinese imports represented 55 percent of EV sales outside Europe and the United States.

This is not only a story about government support or low labor costs. Chinese automakers are competing aggressively on battery chemistry, manufacturing efficiency, software, price and model variety. They are learning faster because they are building and selling more.

The danger to American, German and Japanese automakers is not that every Chinese vehicle is superior. It is that Chinese manufacturers are moving down the cost curve and filling market segments at a speed that many legacy companies are not matching. Every year of political retreat in the United States is another year of accumulated scale, engineering experience and supplier development elsewhere.

Stop Building EVs for an Imaginary Buyer

American automakers have too often approached EVs from one of two extremes: small “compliance cars” that ask buyers to accept less vehicle, or expensive statement vehicles designed to attract attention.

The Cybertruck illustrates the danger of confusing technical capability with broad appeal. It may offer impressive performance and utility, but its polarizing design and political associations sharply limit its audience. The problem is not that it is electric. The problem is that many conventional pickup and SUV buyers would never want to be seen driving it.

Meanwhile, one of the clearest opportunities in the American market remains underdeveloped: the truly large, family-oriented electric SUV.

Consider an upper-income suburban household that already buys a Chevrolet Suburban, GMC Yukon XL, Cadillac Escalade or similar vehicle. The family needs three rows, real cargo capacity, school-run reliability and room for sports equipment, friends and luggage. It may have a garage and the income to install home charging. Its daily mileage is usually predictable, even if occasional road trips are long.

For this buyer, an electric land yacht could be more convenient than a gasoline one. It could leave home every morning with a full charge, eliminate routine gas-station visits, reduce scheduled maintenance and deliver quiet, immediate power. The Department of Energy reports that battery EVs generally require less maintenance because they have fewer moving parts and fluids to change, while their energy costs are typically lower than those of comparable conventional vehicles.

Such a vehicle would not be cheap. A genuinely capable, very large electric SUV might cost $90,000 to $100,000. But affluent suburban families already spend that much on large luxury SUVs. The market does not need to be persuaded to value size, safety, convenience and prestige; it needs an electric product that delivers those things without making the buyer feel like a test pilot or political billboard.

Large EVs do have tradeoffs. They require bigger batteries, consume more materials and electricity, cost more, and are less environmentally efficient than smaller EVs. But replacing a large gasoline SUV with a large electric SUV can still cut petroleum use and operating costs. More importantly, it meets buyers where they are. The fastest path to electrification is not necessarily asking every American to want a smaller car.

Build What Americans Want—Then Let the Better Product Win

EVs will not win every use case immediately. Rural drivers, apartment residents, frequent towers and long-distance travelers may reasonably prefer hybrids or gasoline vehicles until charging and battery technology improve. A serious EV strategy should acknowledge those limits.

But the larger direction is already visible. Electric vehicles offer high efficiency, fewer routine maintenance needs, home refueling and increasingly competitive lifetime costs. The Model Y proved that an EV can compete as a mainstream vehicle when design, price and function align. China’s growth proves that global adoption will not wait for American politics to become comfortable with the transition.

The real danger is not that America will move too quickly. It is that political theater, incumbent money, erratic policy and timid product planning will persuade the country to move too slowly—until the vehicles, batteries, factories and engineering expertise of the future are controlled somewhere else.

America does not need to force every driver into the same EV. It needs stable rules, dependable charging and a far wider range of desirable products. Automakers should stop trying to sell “an EV” and start building the electric vehicle for each distinct American buyer: the commuter, the contractor, the apartment dweller, the road-tripper and, yes, the suburban family that wants an enormous, comfortable land yacht.

Find the next Model Y. Build the electric Suburban. Build the vehicles Americans already wish existed. Then let consumers discover what many EV owners already know: once your vehicle is charged in your own driveway every morning, the old weekly trip to the gas station begins to feel less like freedom—and more like the horse trough America forgot it could leave behind.

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