Is charging your EV really cheaper than buying gas?



If you drive an EV, you have probably heard one argument over and over: Whatever you pay for the car, you'll save money charging it.

That can certainly be true if you charge at home, particularly if you have access to inexpensive off-peak electricity. But once you depend on public fast chargers, the math can look very different.

Put $40 or $50 worth of gasoline into an efficient RAV4, and you're buying hundreds of miles of driving range

On a recent episode of “The Drive,” my co-host Karl Brauer told me about charging a Hyundai Ioniq 5 N at a Level 3 charger. It cost him about $50.

Within 24 hours, Karl filled up his 2023 Dodge Demon 170 with E85. The bill was $47.

Yes, you read that correctly. It cost him more to charge the Hyundai than to fill a 1,025-horsepower Dodge Demon.

Power fail

That's just one experience, and charging prices vary enormously. But it illustrates something EV buyers need to understand: Electricity isn't free, and public fast charging can be surprisingly expensive.

One Chevrolet Bolt owner recently learned that lesson in spectacular fashion.

He plugged into a public charger at a Hyundai dealership and ended up with a bill for $414. The explanation, according to the report Karl and I discussed, was an extraordinary pricing structure for drivers outside the dealership's charging program: $5 per minute and $5 per kilowatt-hour.

After the driver complained, the charging company intervened and reduced the bill to about $14. So no, $414 isn't a normal price to charge a Chevrolet Bolt. But the episode demonstrates why drivers need to pay attention to what a charger costs before plugging in.

Buzzkill

Even at ordinary public fast-charging rates, the comparison with gasoline isn't always what EV advocates would have you believe.

Karl looked up public fast-charging prices before the show and found rates generally running around 40 to 55 cents per kilowatt-hour. Industry data bears out his informal survey. Paren, which tracks the U.S. fast-charging network, put the average price of public DC fast charging at 53.8 cents per kilowatt-hour in the second quarter of 2026.

Now compare that with an efficient gasoline vehicle. Karl used the Toyota RAV4 as an example. Put $40 or $50 worth of gasoline into an efficient RAV4 and you're buying hundreds of miles of driving range — while filling the tank takes minutes rather than waiting for a battery to charge.

A hybrid can make the comparison even more interesting.

Run the numbers by the mile. An EV getting around three miles per kilowatt-hour would cost roughly $18 to drive 100 miles at that average fast-charging rate. A 2026 RAV4 Hybrid rated at 43 mpg combined would cost about $7 to travel the same distance with gasoline at $3 a gallon — and about $9.30 even at $4 a gallon.

RELATED: Tesla buyers burned through California's new EV rebates in days

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Private plug

This doesn't mean an EV is always more expensive to operate. If you own a home, plug your vehicle in overnight, and have inexpensive electricity, the economics can be very favorable. Some utilities also offer substantially cheaper off-peak rates.

But that's not everybody's situation.

Plenty of people live in apartments or condos where they can't simply plug in overnight. Others take long trips and have to use public fast chargers along the way. For those drivers, the price displayed at the charging station matters every bit as much as the price displayed at a gas station.

And electricity prices aren't uniform. They vary by location, utility, time of day, charging network, and sometimes even the particular charger you're using.

That's why I don't buy the blanket claim that an EV is automatically cheaper to fuel than a gasoline car. You have to do the math for your car, your electricity rates, and your driving habits.

Before buying an EV, find out what you actually pay per kilowatt-hour at home. Then look at the public fast-charging networks you're likely to use and check their prices. Compare those costs with the fuel economy of the gasoline or hybrid vehicle you're considering.

You may discover that charging at home saves you plenty of money.

But if you're depending on public fast charging, don't assume you're getting a bargain just because there's no gasoline going into the car.

Tesla buyers burned through California's new EV rebates in days



Washington eliminated the federal EV tax credit. California didn't waste much time replacing it.

Earlier this month, Gov. Gavin Newsom launched MyFirstEV, a new state program offering first-time zero-emission vehicle buyers $3,500 off a new vehicle or $1,750 off a used one, right at the point of sale.

Instead, somebody with no intention of buying an EV is helping pay for someone who does. And MyFirstEV doesn't even reserve that help for people who couldn't otherwise afford the car.

And Californians apparently noticed. Tesla's allocation of MyFirstEV money was exhausted almost immediately. According to Tesla, buyers had to place their orders between August 3 and August 7 to qualify, and the company now says its allocated funds have been depleted.

California split

The federal government spent years offering buyers a tax credit of up to $7,500 to encourage electric vehicle adoption. Congress eliminated the credit, ending it for vehicles acquired after September 30, 2025. California's response was essentially to build its own version.

The state has committed $135.5 million to MyFirstEV, with participating automakers matching California's contribution dollar for dollar. That creates a combined $271 million for first-time zero-emission vehicle buyers. On a new vehicle, California puts up $1,750 and the manufacturer contributes another $1,750. Used vehicles can receive $1,750, also split between the state and participating manufacturer.

Automaker participation is voluntary, but it's telling that manufacturers are willing to put up their own money to keep these incentives alive.

They have plenty invested in the EV transition. Automakers spent billions on battery plants, retooled production lines and new electric models in anticipation of a rapid shift toward EVs. Consumers haven't always moved as quickly as government planners and automakers expected. Now Washington has removed one of the financial incentives supporting that transition, while California is putting another one in its place.

RELATED: Think the EV mandate is over? One state has other plans.

Steven Gottlieb/Bloomberg/Getty Images

No cap

The rules get more interesting the closer you look.

MyFirstEV is limited to Californians buying or leasing their first zero-emission vehicle. If you already bought an EV, installed a Level 2 charger in your garage, loved the experience, and now want another one, you don't qualify.

But someone buying his first EV can qualify regardless of income.

New vehicles generally must have an MSRP of $50,000 or less, while used vehicles must sell for $25,000 or less through participating manufacturers' pre-owned programs. But CalMatters reports that automakers headquartered in California aren't subject to the same vehicle price cap.

So California has created an EV subsidy with rules that can favor California-based manufacturers.

Why subsidize?

And Sacramento isn't stopping with vehicle rebates. On August 18, Newsom announced another $95.2 million for electric charging and hydrogen-fueling infrastructure as California continues its push toward zero-emission transportation.

Which leaves me with a pretty basic question: If EVs are ready to compete on their own merits, why do taxpayers still need to subsidize their purchase?

I'm not anti-EV. If an electric vehicle fits your life, buy one. They're quiet, quick, increasingly capable, and inexpensive to operate in the right circumstances. If you want a hybrid, buy that. If a gasoline pickup works best for your family or business, buy that instead.

Give consumers choices and let them decide.

Instead, somebody with no intention of buying an EV is helping pay for someone who does. And MyFirstEV doesn't even reserve that help for people who couldn't otherwise afford the car.

Supporters can point to Tesla's experience and say the program is working. Buyers moved quickly enough to exhaust the company's allocation within days.

But I'd ask the obvious question: If buyers were lining up quickly enough to burn through the money in five days, why did they need the subsidy?

California has answered Washington's retreat from EV subsidies by spending state money to keep them going. Californians can decide whether that's what they want their government doing.

The federal EV subsidy may be gone, but in California, taxpayers are still picking up the tab.

Host Goes Off Script & Elon Musk Gives an Unexpectedly Deep Answer
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Host Goes Off Script & Elon Musk Gives an Unexpectedly Deep Answer

Elon Musk is Building the LARGEST Structure on Earth
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Elon Musk is Building the LARGEST Structure on Earth

Elon Musk's new megaproject is about to transform Texas



Grimes County, Texas, is about to become ground zero for Elon Musk's biggest swing yet.

It's another crushing loss for California, which, once upon a time, might well have played host to the gargantuan project.

To no one's surprise, it won't come cheap. Musk's companies are starting with an initial investment of $16.8 billion, with a goal of $55 billion and the possibility of the figure rising to nearly $120 billion if extra phases are completed, Reuters reported.

The ambitious goal is to create a one-stop shop to address the needs of SpaceX, Tesla, and the U.S. government, all under one roof.

But that's not all.

'Thousands of high-paying jobs in the Lone Star State.'

The announcement of the facility, dubbed Terafab, comes after President Trump signed an executive order in late June that called for increased focus on and production in quantum computing.

White House Director of the Office of Science and Technology Policy Michael Kratsios said there needed to be an increase in the domestic supply chain for products like superconducting circuits and semiconductors.

Elon Musk is following up the Trump administration's call to ramp up chip production with Terafab, which will sprawl out to one-sixth the size of Manhattan. That's roughly 10 times the size of Tesla's Gigafactory Texas, which itself was launched as another move to evacuate California's rough corporate environment.

Put another way, Terafab will span the size of about 60 NFL stadiums.

The complex will make, package, and test advanced memory chips that will reportedly be used as the backbone of Tesla's Optimus robots and driverless Cybercabs, in addition to being the bedrock for SpaceX data centers.

RELATED: The rockets are still blowing up. So why is Elon laughing on his SpaceX earnings call?

RONALDO SCHEMIDT/AFP/Getty Images

Musk has been clear on the subject, framing the factory as a must-have for chip production.

Along with the 100-million-square-foot facility will be approximately 3,000 jobs and an unknown number of power plants. "The Terafab is bringing cutting-edge manufacturing to America, creating thousands of high-paying jobs in the Lone Star State, and enabling us to produce AI chips at scale for use on Earth and in space," Musk said.

Notably, Musk is making a big bet on using gas power plants for the venture, not solar energy.

This may come as a surprise to some, as Musk has made significant investments in solar energy dating back to 2016, when he purchased energy company SolarCity for $2.6 billion in an all-stock deal.

As TechCrunch reported, SpaceX's data center development team has indicated it will be bringing its own power to the Texas plant, while also including "very large battery arrays."

RELATED: Trump writes new rules to stop rogue AI — but they're classified

Reginald Mathalone/NurPhoto/Getty Images

As if that's not enough, Musk will also be directly competing with the largest semiconductor makers in the world, such as TSMC, which is racing ahead with a huge expansion of its Arizona facility.

Terafab will do this by implementing free-electron laser technology. The "intense, powerful beams of laser light" are better for making the most advanced, smallest-feature chips, because they can produce extremely powerful light while remaining tunable. This allows for faster chip production.

"FEL FTW," Musk wrote on X in response to rumors.

"We either build the Terafab," said Musk, "or we don't have the chips, and we need the chips, so we build the Terafab."

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Lucid makes one of the best EVs in America. That may not be enough to save it.



There are plenty of reasons for an electric car company to fail.

Maybe the car is badly engineered. Maybe the range disappoints. Maybe the software is a mess. Maybe buyers simply don't like the product.

There are only so many Americans willing and able to spend close to six figures on an electric vehicle.

Lucid has a more troubling problem: It makes an excellent car.

Driver's 'Dream'

I've driven Lucids, including the spectacular Air Dream Edition, and there is very little to complain about from behind the wheel. The Air is fast, beautifully finished, extraordinarily efficient, and capable of the kind of range that makes most other electric vehicles look dated.

Yet the company behind it is once again confronting the brutal economics of building cars.

Lucid announced this week that it is embarking on what management calls an "operational reset," with plans to cut costs by roughly $1.4 billion this year. The company is reducing spending and inventory while delaying the launch of its more affordable midsize vehicles until the second half of 2027.

That delay may be the most important part of the story.

Lucid desperately needs a vehicle ordinary luxury-car buyers can afford. Instead, it remains heavily dependent on expensive models at precisely the moment the upper end of the EV market is getting harder to crack.

Pulling a Tesla?

Lucid's problem isn't really its product. That's unusual among struggling EV start-ups.

Fisker had serious product and execution problems. Other newcomers have arrived with cars that felt unfinished, badly priced, or both.

The Lucid Air is different. It demonstrated from the beginning that a start-up could challenge Tesla on efficiency, range, performance, and luxury.

But engineering a great car and building a sustainable car company are very different skills.

Lucid entered the market primarily with expensive sedans, then followed with the Gravity SUV. That gives the company impressive halo vehicles, but it limits the pool of potential customers.

There are only so many Americans willing and able to spend close to six figures on an electric vehicle.

Tesla confronted this problem years ago by moving down-market after establishing itself with expensive cars. Lucid has been trying to do something similar, but the cheaper model it needs keeps getting pushed further into the future.

Lucid now says those midsize vehicles won't arrive until the latter half of 2027.

That's a long time when you're burning cash.

Changing market

Lucid isn't dealing only with its own growing pains.

The entire electric vehicle industry has gone through a reset.

Automakers that once talked about replacing nearly their entire gasoline-powered lineups with EVs have pulled back investments, delayed factories, canceled models, and rediscovered hybrids.

The problem isn't that Americans don't buy electric cars. Millions do.

The problem is that demand never followed the straight upward line many executives and government planners assumed it would.

The affluent early adopters were relatively easy to reach. The next group of buyers is much more price-sensitive and much less willing to change how they drive simply because an automaker wants to sell them something electric.

That matters enormously for Lucid because the company remains concentrated near the expensive end of the market. At some point, you saturate the group of buyers who can afford a six-figure vehicle.

That's precisely why a $40,000 or $50,000 Lucid could be transformative — if the company can survive long enough to build one.

RELATED: FIRST LOOK New York International Auto Show: Cool cars, but drivers still face sticker shock

VIEW Press/Getty Images

No second mover

Automotive executives love saying they want to "do what Tesla did."

That is much harder than it sounds.

Tesla had something no new EV company can recreate: years in which it essentially owned the premium electric car category.

The Model S arrived before almost anybody else had a credible answer. Tesla built an enormous base of customers, developed a charging network, became a cultural phenomenon, and had Elon Musk turning every product announcement into news.

Whether you love Tesla or hate it, that position cannot simply be duplicated by making another good EV.

Today's start-ups aren't entering an empty market. They're fighting Tesla, Hyundai, Kia, BMW, Mercedes-Benz, General Motors, Ford, Rivian, and an increasingly formidable group of Chinese companies around the world.

Lucid built a technically brilliant car. It didn't build it in a vacuum.

Deep pockets

Lucid does have one enormous advantage over many failed start-ups: financial backing from Saudi Arabia's Public Investment Fund.

That support has given the company a lifeline other manufacturers could only dream of.

But outside investment doesn't repeal economics.

A manufacturer eventually has to produce cars at a sustainable cost and sell enough of them at a sustainable price. Constant infusions of capital can buy time, but time has to lead somewhere.

Lucid's current plan involves cost reductions, the Gravity SUV, a future midsize platform, autonomous-vehicle partnerships, and increased manufacturing in Saudi Arabia. Reuters reported that the company still expects those initiatives to provide a path forward, despite continued losses and weaker-than-expected deliveries.

Holding the bag

Maybe they will.

I hope so, because the automotive industry is better when companies like Lucid force everybody else to improve.

But consumers should understand the risk when buying from a young automaker.

If the company disappears, the vehicle doesn't disappear with it. You still own the car. You still need replacement parts, software support, warranty work, body panels, service technicians, and somebody maintaining all those cloud-connected features.

Fisker owners already learned what happens when the company behind a highly computerized automobile suddenly isn't there anymore.

Grind behind the glamour

For years, Silicon Valley treated automobile manufacturing as though Detroit had simply failed to understand software.

Build a better battery. Hire good programmers. Raise enough venture capital. Disrupt the dinosaurs.

The reality has turned out to be far less glamorous.

Cars require factories, suppliers, repair networks, inventories, regulatory compliance, financing, parts distribution, warranty reserves, and enormous amounts of capital long before the manufacturer knows whether buyers will show up.

Lucid has already proved it can build a remarkable automobile.

Now it has to prove something harder: that it can build a viable company around it.

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Foreign-Born Judges Took Over The Courts - Then Targeted Trump | 6/23/26

Why Tesla’s latest road test could be BAD NEWS for Washington



For years, Americans have been told self-driving cars are still somewhere off in the future.

An intriguing idea that is simply not fully ready for the real world.

Tesla now has millions of vehicles gathering real-world driving information every day. No competitor comes close to that level of data collection.

But on a recent episode of "The Drive,"my co-host Karl Brauer and I sat down with automotive journalist Roman Mica — and the story he told us had us thinking the future is closer than we realize.

Not everybody is going to be happy about it either.

Hands off

After spending roughly 2,000 miles using Tesla’s latest Full Self-Driving system across highways, city traffic, parking lots, and construction zones, Mica said the technology behaved very differently from earlier versions.

The old “until moment” — where the system suddenly did something unpredictable or dangerous — barely appeared.

This makes one thing undeniable: The gap between the current self-driving capability of this technology and the way the government talks about it is only getting wider.

Washington is still treating self-driving technology as if it's experimental, while the companies building it are already deploying it in the real world.

The National Highway Traffic Safety Administration continues escalating investigations into Tesla’s Full Self-Driving system, focusing on crashes involving fog, glare, dust, and other low-visibility conditions. Regulators warn drivers not to put too much trust in the technology, constantly reminding consumers that these systems still require active supervision.

At the same time, policymakers continue promoting autonomous vehicles as the future of transportation.

Safer roads. Fewer accidents. Smarter mobility.

Both messages can technically be true. But the gap between them is becoming harder to ignore as the technology improves faster than the public conversation around it.

Racing ahead

Tesla isn’t alone either.

Nissan recently demonstrated autonomous driving technology navigating dense urban traffic in Tokyo. Waymo continues expanding robotaxi operations in multiple U.S. cities. Mercedes-Benz and BMW are investing heavily in increasingly advanced assisted-driving systems.

The race is already underway.

But Tesla remains the company pushing the technology most aggressively into everyday consumer vehicles, and that’s part of what makes regulators uneasy.

Traditional automakers typically introduce new driver-assistance systems cautiously and in tightly controlled stages. Tesla operates more like a software company, constantly refining the system through over-the-air updates while collecting enormous amounts of real-world driving data from millions of vehicles already on the road.

That approach has created a major advantage.

It has also created tension with regulators who are accustomed to slower, more predictable development cycles.

RELATED: Big Brother on the road: Backlash grows against license plate surveillance

SOPA Images/Getty Images

Cause for concern?

To be fair, some concerns are legitimate.

No self-driving system is perfect. Construction zones, poor weather, glare, faded lane markings, road debris, and unpredictable human behavior remain difficult problems for every autonomous platform currently being developed.

Tesla’s system still legally requires a driver ready to intervene at any moment.

But critics often avoid another uncomfortable reality: Human drivers fail constantly too.

People drive distracted. They text. They fall asleep. They panic. They drive impaired. Human error causes the overwhelming majority of crashes on American roads.

Computers don’t get tired or distracted.

That doesn’t automatically make autonomous systems safer in every situation. But it does explain why so many companies — and governments — continue betting heavily on the technology despite the public skepticism.

Head start

The bigger issue is scale.

Tesla now has millions of vehicles gathering real-world driving information every day. No competitor comes close to that level of data collection. Every mile driven feeds additional information back into the system.

That lead may prove difficult to overcome.

And that’s where this stops being just a technology story and starts becoming a political one.

Autonomous driving isn’t simply about convenience. It’s about infrastructure, liability, regulation, data collection, and ultimately control over how transportation functions in the future.

Washington wants the economic and technological advantages that come with leading autonomous vehicle development. But it also wants tight oversight over how that future arrives.

Those goals don’t always align neatly.

What Mica describes in our conversation would have sounded impossible only a few years ago. A vehicle handling thousands of miles across varied driving conditions with minimal intervention once felt like science fiction.

Now it’s happening on public roads.

That doesn’t mean fully autonomous driving has arrived. We are still a long way from removing drivers entirely from the equation in every environment and condition.

But the line between driver assistance and true autonomy is getting thinner much faster than most Americans realize.

And Washington still seems unsure whether it wants to accelerate that future — or slow it down.

Tesla unveils its driverless future — but you're only invited if you comply with these rules



Tesla is banking on travelers wanting to hang out with themselves rather than an Uber driver.

The company announced that its Texas production facility, known as Gigafactory Texas, is ready to start preparing for a world without drivers.

'A personalized driverless experience.'

Elon Musk's company is diving further into the autonomous auto sector by not only ramping up its production of driverless vehicles, but by pairing specific vehicles with its taxi app that will compete with existing services like Waymo and GM's Cruise.

"Purpose-built for autonomy," Tesla wrote on X, promoting its new line called Cybercab. The vehicles are a new production of a battery-electric Tesla with neither steering wheels nor pedals available inside the car.

It was first shown off in 2024 and boasted futuristic wireless charging capabilities, with a rumored target range of 200 miles per charge.

RELATED: 5 cars from the 2026 New York International Auto Show you might actually want to buy

Cybercab will be combined with Tesla's existing Robotaxi app — launched in 2025 — to create "a personalized driverless experience."

Currently, the rides are offered on Tesla Model Y cars, but Tesla expects its new autonomous rides to target customers who grow tired of their human experiences. In this sense, Tesla notes how their rides differ from some of the most annoying parts of riding in someone else's car.

Heating and cooling settings are saved in the passenger's profile in the app, which means vehicles will automatically adjust to their settings across different rides. Other features target the aggravation of having to hear another person's music selection, as the Robotaxi allows riders to stream their own.

There are some limitations though. For example, children under 8 years old, which of course includes infants, are not permitted to ride in the taxis. Guests between 8 and 17 years old are permitted in the cars, but minors cannot ride in the vehicle alone, per Robotaxi Rider Rules.

Riders must also adhere to applicable laws regarding small children, meaning a child safety seat may be required (provided by the customer) to bring them along.

Pets are also not permitted unless they are service animals.

RELATED: Anti-Trump Indian investor wants you to use this hat that reads your thoughts

SUZANNE CORDEIRO/AFP/Getty Images

Only three passengers at a combined weight of 800 pounds may ride in the vehicle at one time, and no one can sit in the front seat, Tesla says.

Smoking, vaping, and alcohol consumption are also not allowed.

The company also lists strict rules about recording or collecting any data from inside the vehicle.

"Instruments or equipment intended to record, measure, reverse engineer, collect information about, or conduct surveillance of any feature, equipment, component, or area of our Robotaxi are strictly prohibited."

The service is currently only available to residents in Austin, Dallas, and Houston, Texas.

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Tesla is winning the self-driving race — so why is Washington trying to slow it down?



Washington has a messaging problem on self-driving cars — and it’s becoming harder to ignore.

Regulators and politicians keep telling Americans that autonomous vehicles are the future. Safer roads. Fewer accidents. Smarter mobility. That’s the pitch. But at the same time, they’re turning up the heat on the one company that has already put the technology into millions of vehicles: Tesla.

Tesla has millions of vehicles generating data. Most competitors don’t. That raises a bigger question: control.

If this technology is so important, why does the most widely deployed system keep getting singled out?

Target: Tesla

The National Highway Traffic Safety Administration has escalated its probe into Tesla’s Full Self-Driving system, taking a closer look at incidents involving the technology. The focus is on low-visibility conditions — fog, glare, dust — where camera-based systems can struggle.

That’s a legitimate concern. But it’s not unique to Tesla. Every system on the road today — whether it’s Super Cruise, BlueCruise, or any lane-centering technology — faces similar limitations.

Yet Tesla remains under the most consistent scrutiny.

That’s where this starts to look less like routine safety oversight and more like selective pressure. Regulators are right about one thing: These systems are not fully autonomous. Drivers still need to stay engaged. That hasn’t changed. So why the escalation now?

Mixed messages

At the same time Washington is warning consumers to stay alert, it’s also pushing policies and funding that accelerate autonomous vehicle deployment. That’s the disconnect. You can’t fast-track a technology and undermine confidence in it at the same time.

And while U.S. regulators focus on Tesla, real-world issues elsewhere are raising broader questions.

In Wuhan, China, more than 100 robotaxis operated by Baidu’s Apollo Go reportedly stalled in traffic following a system-wide glitch, creating disruption across active lanes. No injuries were reported, but the incident highlighted the risks of systems operating without a human fallback.

Waymo problems

We’ve seen similar issues closer to home. In San Francisco, service disruptions — including outages and connectivity problems — have temporarily sidelined Waymo’s robotaxis. In China, Apollo Go vehicles have struggled in complex environments like construction zones — situations that still challenge autonomous systems more than human drivers.

Here’s the part that often gets overlooked: Tesla’s system still requires a human in the loop. Robotaxi services are designed to operate without one.

When a driver-assist system makes a mistake, a person can step in. When a fully autonomous fleet runs into problems, those issues can scale quickly across the system.

That’s not just a technical issue. It’s a scalability risk.

So again — why does Tesla draw so much attention? Because it’s visible. Because it’s ahead in deployment. And because it took a different path.

Setting the pace

Tesla didn’t wait for perfect conditions or full regulatory alignment. It put its system into the real world and improved it through over-the-air updates, collecting large amounts of driving data along the way. That’s a lead competitors are still trying to close.

But that approach doesn’t fit neatly into traditional regulatory models. Regulators are used to slower, more predictable development cycles. Tesla operates more like a software company — iterating continuously and improving through real-world data. That forces regulators to react instead of setting the pace.

According to NHTSA findings, recent updates may not fully resolve visibility-related issues. That matters. It shows the technology is still evolving. But that’s true across the entire industry. Edge cases — weather, lighting, unpredictable road conditions — remain unresolved challenges for every system on the road today.

The difference is scale. Tesla has millions of vehicles generating data. Most competitors don’t. That raises a bigger question: control. Autonomous vehicles aren’t just about convenience. They’re about data, infrastructure, and who ultimately controls mobility.

RELATED: The great Chinese EV hype: What the media isn’t telling you

VCG/Getty Images

Backseat driver

Governments understand that. And they’re not just regulating for safety — they’re shaping the outcome.

That creates friction. Because innovation — especially software-driven innovation — moves faster than regulation ever will.

Tesla is pushing forward in real time. Washington is trying to catch up. And instead of offering clear, consistent rules, it’s sending mixed signals that confuse consumers and distort the market.

Meanwhile, global competition isn’t slowing down. China continues expanding robotaxi programs. U.S. companies like Waymo are scaling more cautiously. Partnerships involving Uber and Lyft are waiting in the wings. The race to define autonomous mobility is already underway — and it’s not just about technology. It’s about leadership.

If regulators are serious about safety, standards need to be applied evenly — not selectively against the most visible player. If autonomy is the future, policy should support innovation, not work against it. Right now, we’re getting mixed signals.

Until Washington decides what it actually wants, the future of self-driving cars won’t be shaped by technology alone — it will be shaped by policy.