Why buying a new car is becoming harder for ordinary people, even as technology keeps getting cheaper.
1. The simple question: where did the cheap new car go?
In the early 2010s, an American with about $14,000 could walk into a Ford dealership and drive away in a new Fiesta, which returned to the U.S. market in 2010 as a 2011 model. A Chevrolet Spark joined the segment a couple of years later at a similar price. A Hyundai Accent, a Chevy Sonic, a Toyota Yaris, a Kia Rio, a Mitsubishi Mirage. None of them were exciting. All of them worked. Together they formed a floor under the new car market, a guarantee that somewhere on the lot sat a vehicle a person earning a modest wage could actually buy.
That floor is gone. The Sonic left in 2020. The Spark followed in 2022. The Accent, the Rio, the Fiesta, the Fit, the Yaris in both its hatchback and sedan forms, all discontinued within a few years of each other. The Mitsubishi Mirage, the last of the true sub-$20,000 cars, ended production after the 2024 model year, its final starting price sitting at $18,110. Cars.com tracked what happened next: the cheapest new car in America jumped to the 2026 Hyundai Venue, at $22,150 including destination, a rise of more than $4,000 the moment the Mirage disappeared. Other outlets pointed to competitors like the Kia K4, just above $23,500, as among the few mainstream alternatives left near that price point. Either way, the era of a genuine sub-$20,000 new car was over.
Zoom out and the picture gets starker. The average new vehicle in the United States now transacts for just under $50,000, according to Kelley Blue Book data through the middle of 2026. In 2019 that figure sat closer to $37,000. A car that would have cost a median household roughly nine months of pre-tax income in the mid-2010s now often costs closer to a full year’s worth.
This piece traces how regulation, technology, financing and corporate incentives all quietly pushed in the same direction at once, until a market that used to have a bottom rung stopped building the ladder.
2. Inflation is only part of the story
The easy explanation is inflation. Prices for everything went up after 2020, so of course cars did too. This is true, but it does not explain nearly enough.
Overall U.S. consumer prices rose by roughly 31 percent between 2019 and 2026, according to Bureau of Labor Statistics data. New-vehicle transaction prices rose by about 34 percent over the same stretch, from roughly $37,000 to just under $50,000. That is only a modest gap, a few percentage points, and on the surface it looks like cars simply kept pace with everything else.
The gap looks unremarkable until you ask what actually produced it. If ordinary inflation were the whole story, every price tier would have drifted upward by a similar amount. A $14,000 car would now cost something like $18,000 or $19,000, and buyers on a tight budget would still have an entry point, just a pricier one. That is not what happened. The entire bottom tier did not get modestly more expensive. It vanished. Buyers who once bought a $14,000 Fiesta or Spark did not get pushed into an $18,000 version of the same thing. They got pushed into a market where the cheapest available option starts above $22,000, because the cars that would have occupied that lower rung stopped being built at all.
Economists sometimes call this a quality-adjusted price shift, and the phrase sounds neutral. The practical effect on a working household is not neutral. A national average can rise by a modest amount even while the actual ladder into car ownership loses its bottom rungs entirely, because an average blends together a market that got a little more expensive at the top with one that got dramatically less accessible at the bottom.
3. Cars got bigger
The most visible driver of that shift is size. According to sales data compiled by GoodCarBadCar from industry registrations, passenger cars made up more than half of new U.S. vehicle sales in 2010. By 2024 that share had collapsed to roughly 25 percent, and some months in 2025 saw passenger cars fall to as little as 16 to 20 percent of the market. Trucks and SUVs moved the opposite direction over the same period, climbing from about 48 percent of sales in 2010 to a record 75 percent in 2024, with monthly 2025 figures running as high as 80 to 84 percent.
The subcompact and compact car segments specifically, the tier that once housed the Fiesta, the Spark and the Mirage, have shrunk even further within that shrinking car category. S&P Global Mobility’s segment tracking found that compact cars, midsize cars, subcompact cars and mid-size sport cars combined made up just 12.2 percent of new vehicle registrations through May 2025, and the traditional subcompact utility segment fell to 1.1 percent, down from 2.6 percent a few years earlier. Buyers who once might have bought a small hatchback increasingly bought a compact crossover instead, and automakers followed the money.
The segment itself shrank because the market’s center of gravity moved toward bigger vehicles, taking an entire tier of buyer with it. What that move actually costs, in dollars and engineering hours, is the subject of the next several sections.
4. Bigger cars mean more expensive everything
A larger vehicle is not simply a scaled-up version of a smaller one. Nearly every input scales with it. More steel and aluminum in the body. Larger, more expensive tires. Bigger brakes to stop the added mass. A larger engine or a bigger battery pack to move it. More airbags to cover a bigger cabin. More wiring, more sensors, more glass.
The effect compounds because a heavier vehicle also has to clear the same safety and emissions bar as everything else on the road. It needs more structure to protect its occupants in a crash and more power, or more battery capacity, to hit the acceleration and efficiency numbers buyers expect. Growing a vehicle’s footprint by a few inches drags a cost premium behind it across a dozen different systems at once, not just the body panels that are easiest to see. This is one of the more overlooked mechanics behind rising prices: the product itself grew, and growth is expensive in ways that are easy to miss from the showroom floor.
5. The SUV profit machine
What began as a shift in consumer taste hardened into a deliberate business strategy.
A compact sedan and a compact crossover can share the same platform, engine options and much of their underlying engineering. That can keep the additional cost of producing the crossover far below its higher selling price, making the larger vehicle substantially more profitable. Crossovers and SUVs routinely carry sticker prices thousands of dollars above their sedan counterparts, while their added manufacturing cost is only a fraction of that gap.
Executives have said as much in public. Ford’s decision to pull back from sedans in North America was framed explicitly around capital efficiency: fewer platforms, higher average transaction prices, and a sales mix skewed toward trucks and SUVs, where margins run highest. General Motors made similar moves with the Cruze, the Sonic and eventually the Spark. A crossover on the same assembly line made more money for every hour of labor and every square foot of factory floor than a comparable sedan, and priority followed the higher return rather than any shortfall in how well the sedans were built.
Once one major manufacturer discovers that fewer, pricier vehicles beat many cheap ones, its rivals face heavy pressure to follow, since the alternative is competing for a shrinking, low-margin segment while others harvest the profitable one. Once a more profitable alternative existed on the very same factory floor, building the cheap car stopped making business sense, and manufacturer interest in it disappeared right along with the margin.
6. Technology got cheaper, but cars got more complicated
Here is the paradox that sits at the center of this article. Computing power has fallen in price for decades. A chip that would have cost hundreds of dollars in the 1990s costs a few dollars today. By the logic that governs phones, laptops and televisions, cars should have gotten cheaper as electronics improved. Instead they got more expensive, because the electronics did not simply replace old mechanical parts. They multiplied on top of them.
A modern vehicle carries anywhere from 40 to over 100 individual computers, known as electronic control units, each running its own software and communicating over an internal network, according to estimates from Porsche Engineering and other industry sources. A 1990s car might have had one or two. Every one of those computers needs to be designed, wired, tested and updated across the vehicle’s lifespan, and every one adds a point of potential failure that has to be engineered around. The falling cost of a single chip did nothing to offset the rising cost of coordinating dozens of them inside a two-ton machine that also has to survive a crash.
The cost sits in a layered stack of interdependent systems, safety, infotainment, connectivity and driver assistance, that now assume each other exist and make the affordable car especially hard to bring back. No single expensive feature can be stripped out on its own. Strip enough of it away to build a truly cheap car and the vehicle risks failing the safety and emissions rules that apply to everyone, cheap or not.
7. The screen creep
The dashboard makes the paradox easy to see. A decade ago, a large touchscreen was an option reserved for luxury trims. Today it is standard equipment on nearly every new vehicle sold, including ones marketed as budget models, and it typically arrives with a dedicated graphics processor, live camera feeds and software that needs security updates for years after the car leaves the factory.
Manufacturers embraced the screen partly because touchscreens are genuinely cheaper to manufacture than banks of physical buttons and dials, and partly because a large display doubles as a platform for something else: a place to sell features after the car has already been sold.
8. Software turned the car into a computer platform
Modern vehicles are commonly cited as running upward of 100 million lines of code, a figure that by simple line count exceeds a commercial airliner’s software. That comparison gets repeated often enough that it is worth a caveat: raw line counts are a crude measure of complexity, since aircraft code is far more rigorously engineered per line than consumer software. Even so, the underlying point holds. That code has to be written, tested, secured and maintained by teams that automakers largely did not employ a generation ago.
This has reshaped where a car company spends its engineering budget. Ford, General Motors, Volkswagen and Toyota have all built or expanded in-house software divisions over the past decade, hiring thousands of programmers to build what the industry now calls the software-defined vehicle. That hiring is not free, and unlike a stamping press or a paint booth, software engineers do not stop costing money once the car ships. Over-the-air updates, cybersecurity monitoring and cloud connectivity all carry ongoing costs that get built into the price of every vehicle sold, whether or not an individual buyer ever opens the app.
The upside is real. Cars can now fix certain problems with a software update instead of a recall, and features can improve after purchase instead of only degrading. The downside is that a car company today has to be, in part, a software company, and software companies have not historically had a cheap-and-cheerful tier the way an assembly line once did.
9. Features that already exist but remain locked
The most contested piece of this shift is the subscription. Automakers have discovered that once a vehicle is built with a given piece of hardware installed, whether that is a heated seat element, a more powerful version of the drive motor, or a remote-start radio module, they can sell access to that hardware separately from the car itself.
BMW drew national attention in 2022 for a plan to charge a monthly fee to activate heated seats already physically installed in the car. Facing sustained public backlash, the company abandoned the heated-seat subscription entirely within about a year, though it has continued exploring subscriptions for software and connectivity services. Mercedes-Benz has offered a different version of the same idea, a roughly $1,200-a-year subscription that unlocks additional torque and shaves the better part of a second off the 0-60 mph time on EVs whose motors are already capable of it. Toyota, GM and others have experimented with subscription plans for remote start and connected navigation tied to hardware the buyer has technically already paid for once, at the point of sale.
The BMW retreat shows the model has real limits when it collides with public opinion. But the underlying logic has not gone away, because it solves a real problem for manufacturers. Building one hardware platform with every option installed and then selling access to pieces of it is cheaper than building multiple distinct trim levels on the assembly line. The cost of that efficiency gets passed to the buyer in a new form: an ongoing bill for something that used to be a one-time purchase.
10. Safety became more sophisticated and more expensive
Some of the added cost has an unambiguous justification. Automatic emergency braking is now standard on more than 90 percent of new vehicles sold in the United States, according to the Insurance Institute for Highway Safety, and it works. Forward collision warning, blind-spot monitoring and lane-keeping assistance have all been credited with measurable drops in certain categories of crashes.
None of that comes free. Each of those systems requires a camera, a radar unit, or both, along with the processing power to interpret their output in real time and the software to act on it. Airbag counts have climbed from one or two in older vehicles to eight or more in a modern one, each with its own sensor and deployment logic. Crash structures have grown more elaborate to meet tougher federal standards and to earn the crash-test ratings that consumers now expect to see before they buy.
The safety case for all of this is strong. The affordability case pulls the opposite direction. A car engineered around the safety standards of the mid-2000s would require substantial redesign before it could enter today’s market, and building one to the current standard costs meaningfully more than building nothing at all. This is not a case of regulators being careless. It is a case of two goals, keeping people alive in crashes and keeping the price of a car within reach of an ordinary paycheck, pulling in opposite directions.
11. Emissions and efficiency rules raised engineering costs, and then rewarded size
Federal fuel economy rules add a stranger twist. Corporate Average Fuel Economy standards do not set one target for every vehicle. Since the mid-2000s they have been calculated using a formula based on a vehicle’s footprint, essentially its wheelbase multiplied by its track width. Smaller vehicles are held to tougher mile-per-gallon targets. Larger ones get an easier target simply for being larger.
Researchers at the University of Michigan documented the effect years ago: manufacturers can meaningfully ease their own compliance burden by growing the footprint of the vehicles they sell, even before changing anything about the powertrain. The rule was designed to avoid penalizing companies that build a full range of vehicle sizes, but in practice it added a financial incentive to build bigger cars, not smaller ones, at the exact moment regulators were trying to push the fleet toward efficiency. It was not the only force behind the size boom. Consumer preference for taller, roomier vehicles and the profit incentives described in the previous sections mattered too, and the light-truck classification that exempted SUVs from stricter car standards for decades gave manufacturers another reason to build in that direction. But the footprint rule is the piece regulators built, and it pushed the same way the market was already leaning. It is part of why the average American pickup gained over a thousand pounds between 1990 and 2019 even as fuel economy technology kept improving.
Layered on top of the footprint rule are the engineering costs of simply meeting tighter standards at any size: turbocharged engines to replace larger naturally aspirated ones, hybrid systems, more sophisticated transmissions, and exhaust treatment systems to control emissions. Each adds parts, complexity and cost to a vehicle, cost that a small car has little sales volume to spread across.
12. Electrification created a difficult affordability problem
Electric vehicles were supposed to break this cycle eventually. Battery costs, the single largest line item in an EV’s price tag, have fallen a long way. BloombergNEF’s most recent annual survey put the global average battery pack price at $108 per kilowatt-hour in 2025, down from well over $1,000 per kilowatt-hour in the early 2010s, with some forecasts pointing toward $80 per kilowatt-hour as the rough threshold where EVs reach sticker-price parity with gasoline cars.
That threshold has proven harder to hit for American buyers in practice than the raw battery numbers suggest, for two compounding reasons. First, automakers largely chose to launch electrification at the top of their lineups, in larger, higher-margin SUVs and trucks, rather than in small, affordable cars, because that is where the profit was already concentrated. The average EV sold in the United States still runs well above $50,000.
Second, the cheapest EVs in the world are not reaching American buyers at all. Chinese manufacturers such as BYD have used simplified designs, lower-cost battery chemistries and vertically integrated supply chains to build EVs at a real cost advantage, by some estimates on the order of 40 percent below comparable Western models, resulting in vehicles priced well under $15,000 in markets like China. In 2024 the United States raised tariffs on Chinese-built EVs to 100 percent, effectively closing the American market to those vehicles on cost grounds alone. The policy was framed around protecting domestic manufacturing and national security, and it may accomplish both. It has also meant that the price pressure a wave of ultra-cheap imports might have put on the U.S. market simply never arrived, leaving the domestic price floor for new EVs largely undisturbed by the one force that has pushed prices down sharply elsewhere in the world.
Meanwhile, buyers considering an EV still have to factor in costs beyond the sticker price, including home charger installation, which can run into the thousands of dollars once an electrician and a panel upgrade are involved. Battery costs kept falling. The affordable electric car that was supposed to result from that trend mostly has not reached the American driveway.
13. Under this math, the cheap car simply does not pay for itself
Every mechanism described so far, bigger vehicles, safety mandates, emissions rules, software, subscriptions, points in the same direction: the cost of building any car has climbed, and the entry-level segment has the least room to absorb it. Profit margins on entry-level cars can be extremely thin, and in some cases can approach zero once dealer incentives, marketing and warranty costs are factored in.
Public companies answer to shareholders who reward margin growth, and a factory has finite capacity. Nearly every hour spent building a low-margin subcompact is an hour not spent building a higher-margin vehicle elsewhere on the same line. Under that math, discontinuing the cheap car is a rational allocation of scarce manufacturing capacity toward the product that pays for the company’s next decade.
Rising costs alone do not explain what happened next. Costs rose for every segment, but only the cheapest segment had so little margin cushion that rising costs made it not worth building at all.
14. The disappearance of the middle-market car
The result is a market splitting into two halves with a thinning middle. On one side sit new vehicles that keep climbing in price and complexity, often financed over longer and longer terms. On the other sits a used car market absorbing buyers who have been priced out of new ones, alongside households simply holding onto their existing vehicles far longer than they used to.
There is less connective tissue between the two halves than there used to be. The used car that would have once been a young family’s first purchase now often costs nearly as much as a modest new car did fifteen years ago, in part because the entry-level segment that once fed the used market with affordable trade-ins has largely stopped being built. A buyer priced out of a $50,000 new vehicle does not automatically find an easy landing spot one rung down.
15. The 84-month loan
Faced with rising prices, the industry’s answer has largely been to change how people pay rather than what they pay. Auto loan terms have stretched steadily longer. According to Experian’s most recent data, the average new-car loan term reached roughly 69 to 70 months in early 2026, and Edmunds found that in the second quarter of 2026, nearly 24 percent of new-vehicle buyers financed for 84 months or longer, a record. A decade earlier, loans that long were a rarity reserved for the most expensive purchases.
The math behind an 84-month loan is straightforward and largely unfavorable to the buyer. Edmunds calculated that pairing a typical 7 percent interest rate with an 84-month term instead of a shorter one can add close to $10,000 in interest over the life of the loan. The buyer pays more in total for the sake of a monthly number that looks manageable today. As Ivan Drury of Edmunds put it, stretching a loan past six or seven years turns an easier monthly payment into a mathematical trap over the life of the debt.
16. The monthly payment illusion
The reason those long loans keep getting written is that most car shoppers do not evaluate a purchase by its total price. They evaluate it by whether the monthly number fits their budget. A vehicle that costs $50,000 sounds unreachable. A payment of $650 a month sounds survivable, even when that payment is the product of a much larger total cost stretched across seven years at a meaningful interest rate.
This shift in framing has let automakers and lenders keep selling an increasingly expensive product without the sticker price itself ever having to look affordable. Average new-vehicle monthly payments hit a record $777 in the second quarter of 2026, according to Edmunds, and more than 3 in 10 trade-ins now carry negative equity, meaning the owner still owes more than the car is worth, averaging over $7,000 in debt rolled straight into the next loan. Each of those buyers starts their next car already behind, financing yesterday’s car and today’s car at the same time. The monthly payment did its job of feeling affordable, even as the debt behind it never actually went anywhere.
17. Cars are becoming expensive to repair
The complexity that inflated the sticker price does not disappear once the car leaves the lot. It resurfaces at the body shop. A windshield replacement on a car with a forward-facing camera now frequently costs around $1,500, roughly triple the cost on a car without one, because the camera has to be recalibrated to manufacturer specifications afterward. According to AAA’s research, a front radar sensor used for adaptive cruise control and automatic braking can add $900 to $1,300 to a repair bill on top of ordinary bodywork, and rear radar sensors used for blind-spot monitoring can add up to roughly $2,000 more.
A fender bender that once meant a new bumper cover and a few hours of labor can now trigger a cascade of sensor recalibrations, each requiring specialized equipment and a trained technician working in a controlled shop environment. Little of this is optional in practice. Skipping calibration risks a safety system behaving unpredictably later, so insurers and repair shops increasingly treat it as a standard part of any collision repair involving a damaged bumper or a shifted sensor.
18. Higher repair costs feed into insurance
Repair shops do not absorb those higher bills. The cost eventually flows to insurers, and from there into premiums. The mechanism is less about how often people crash and more about how much a given crash now costs to put right. CCC Intelligent Solutions, which analyzes millions of collision repair estimates a year, has found that ADAS calibration now shows up in a growing share of those estimates and can add several hundred dollars or more to a single repair, even when the underlying collision itself was minor. A car equipped with more sensors is a car where a modest, low-speed fender bender generates a meaningfully larger claim than the same collision would have a decade ago.
Repair cost per claim, rather than crash frequency, is the more defensible mechanism connecting ADAS to insurance costs. Comprehensive, vehicle-specific data tying ADAS adoption directly to premium increases is still limited publicly, but the underlying economics point one direction: insurers price for expected claim costs, and if the average cost of an average claim keeps climbing because more of the vehicle needs recalibrating after even minor contact, premiums have little room to do anything but follow.
19. Keeping old cars longer
Confronted with all of this, many Americans have made the same choice: keep the car they already have. The average age of vehicles on American roads reached 12.8 years in 2025, according to S&P Global Mobility, the highest figure on record and the continuation of a trend that has held for most of the past decade. More than a third of all vehicles in operation now sit in the six-to-fourteen-year range that mechanics consider prime territory for aftermarket repair work, a share S&P expects to keep climbing through the rest of the decade.
Durability has measurably improved, but the bigger driver is households doing the math and concluding that financing a new vehicle no longer makes sense when the existing one, however worn, remains cheaper to keep running. The catch is that the existing one is aging too, and an older vehicle becomes more expensive to maintain as its own parts wear out, creating exactly the kind of repair bill pressure described above, just delayed by a few extra years.
20. What happens when ordinary people cannot afford new cars?
Put the pieces together and a pattern comes into focus. Vehicles got bigger because bigger vehicles are more profitable and because fuel economy rules inadvertently rewarded size. Bigger vehicles demanded more of everything, from steel to sensors. Technology that should have made cars cheaper instead layered new complexity on top of the old, and new complexity created new revenue streams, from subscriptions to specialized repair labor, that manufacturers had little incentive to give up. Financing stretched to cover the gap, hiding the true cost behind a monthly number rather than eliminating it. And underneath all of it sat a plain business truth. A cheap car does not make enough money to justify building it, when the same factory floor can instead produce something that does.
The people this leaves behind are not abstract. They are first-time buyers trying to establish credit with a car they can actually afford. They are rural workers who need a reliable vehicle to reach a job with no public transit alternative. They are gig workers whose income depends directly on having a car on the road, for whom a $777 monthly payment is not a lifestyle choice but a tax on earning a living. For each of them, the vanishing of the cheap new car is not a market curiosity. It is a closing door.
The deeper question is whether that door stays closed. If it does, American car ownership risks splitting into two increasingly separate systems: one built around ever more capable, ever more expensive new vehicles bought by households who can absorb the cost, and another built around an aging fleet, patched together for years past its natural service life, serving households who have no other option. The industry knew how to build a cheap car; it simply found more profitable things to build instead, and until that calculus changes, the gap between the two Americas on the road could widen further.
