Car prices can vary wildly from one country to another, and the difference is not always caused by exchange rates. Taxes, equipment packages, production limits, demand, and local regulations can all affect what buyers pay. Some vehicles also carry a particularly high price in the United States because they are sold in tiny numbers or offered with expensive specifications.

From hand-built electric sedans to million-dollar hypercars and powerful luxury SUVs, these ten vehicles show just how expensive the American market can be. Here is a closer look at the cars whose U.S. pricing can stand above comparable versions or offerings available elsewhere.

1. Cadillac Celestiq

For buyers looking at the very top end of Cadillac’s range, the Celestiq stands out as a vehicle with an extraordinary price tag. In the United States, it costs roughly between $340,000 and $400,000, placing it among the most expensive luxury cars produced by an American brand. It is not built in large numbers, and every example receives a high level of personal attention.

The Celestiq uses two electric motors that produce about 655 horsepower. According to Cadillac, this large luxury sedan can accelerate from zero to 60 mph in around 3.7 seconds. That is impressive for a vehicle of its size, although speed is only one part of what buyers are paying for.

Much of the cost comes from the level of personalisation available. Customers can select different materials, finishes, and interior details to suit their preferences.

This gives each vehicle a more individual feel rather than making every unit exactly alike. Cadillac also plans to keep production very limited, with estimates suggesting that only about 25 examples could be produced each year.

Because so few Celestiqs will be made, owning one is very different from buying a regular luxury electric car. The focus is on craftsmanship, rare production, and the freedom to tailor many details to the buyer’s taste.

Its American price may look quite high when compared with certain luxury electric cars sold elsewhere. Still, the Celestiq is not intended to compete like an ordinary production sedan. It is closer to a highly personalised luxury vehicle created for buyers who want something rare and distinctive.

2. Lucid Air Sapphire

The Lucid Air Sapphire proves that an electric sedan can deliver performance that would have seemed impossible a few years ago. Priced at about $249,000 in the United States, this high-performance model offers incredible power, speed, and technology in a luxurious four-door package.

Its power comes from three electric motors working together to produce approximately 1,234 horsepower and 1,430 lb-ft of torque. With this amount of power available almost instantly, the Sapphire can accelerate from zero to 60 mph in less than two seconds.

That puts it in the same conversation as some of the quickest and most expensive hypercars available today. The price, however, reflects more than its impressive acceleration.

Production remains relatively limited, and demand from wealthy buyers in the United States has helped keep its price high. When a vehicle is available in small numbers but attracts strong interest, buyers should expect to pay a premium.

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Honda’s lineup for 2027 covers a lot of ground, from budget-friendly compact SUVs to a hybrid sports coupe built purely for driving enjoyment. Picking the right one depends heavily on what you actually need day-to-day, whether that’s cargo space for a growing family, a smooth commute with strong fuel economy, or a genuinely fun car to drive on weekends.

Honda has built a reputation on dependability, but not every model in the current lineup serves the same purpose or fits the same budget. Here’s a full breakdown of where each 2027 Honda model lands and what makes each one worth considering, or skipping, depending on your priorities.

1. Honda CR-V

Sitting at the top of Honda’s 2027 lineup, the CR-V earns its position by doing almost everything right without any glaring weaknesses.

This compact SUV balances practicality, efficiency, and comfort in a way few competitors match consistently across an entire model year. Interior space stands out immediately once you spend time inside.

The cabin offers genuinely usable cargo room and comfortable seating for passengers, avoiding the cramped feeling that sometimes plagues smaller SUVs trying to compete on price alone.

Whether you’re hauling groceries, sports equipment, or luggage for a road trip, the CR-V handles it without much complaint. Fuel economy adds another layer of appeal, particularly with the hybrid variant that Honda continues offering alongside the standard gas-powered version.

That hybrid option gives buyers a genuine choice between traditional power and improved efficiency, without forcing anyone to sacrifice the practicality that makes this SUV so appealing in the first place.

Honda’s current lineup confirms both the standard CR-V and CR-V Hybrid for 2027, giving shoppers flexibility depending on their priorities at the pump.

Reliability rounds out the package, backed by years of proven ownership satisfaction that Honda has built specifically around this nameplate.

For buyers wanting a compact SUV that handles daily life competently while avoiding unnecessary complications, the CR-V remains the smartest starting point in Honda’s entire 2027 lineup.

2. Honda Civic

For many drivers, the Honda Civic remains a smart choice because it combines comfort, efficiency, and everyday convenience in a compact car.

Its strong fuel economy makes it especially suitable for people who spend plenty of time commuting or running regular errands. At the same time, the Civic is enjoyable to drive, so it does not feel like a car built only to save fuel.

Modern features add more value to the package. Drivers can expect useful technology and a straightforward cabin layout, making daily use less stressful.

Honda also gives buyers some flexibility with body styles. The Civic comes as both a sedan and a hatchback, allowing shoppers to choose between a traditional car design and extra cargo room.

For those who want better fuel savings, hybrid power is available as well. That option can appeal to buyers who want an efficient vehicle without giving up the familiar Civic driving experience.

Another reason to consider this Honda is its reputation for holding its value. A vehicle that remains desirable after several years can be easier to sell or trade when the time comes.

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A head gasket failure can turn a dependable vehicle into an expensive repair project, which makes engine selection important for buyers who want long-term reliability. Some engines have developed strong reputations for resisting head gasket problems throughout hundreds of thousands of miles.

The eight engines discussed here are known for durable construction, sensible cooling systems, robust sealing arrangements, and strong real-world service records.

None should be considered completely immune to failure, since overheating, poor maintenance, neglected coolant systems, and incorrect repairs can damage any engine. Still, these powerplants have avoided the widespread head gasket reputation associated with several other designs.

1. Toyota 2UZ-FE 4.7-Liter V8

The Toyota 2UZ-FE 4.7-liter V8 has earned a reputation for exceptional durability in trucks, SUVs, and utility-focused vehicles. Produced for applications such as the Toyota Land Cruiser, Tundra, Sequoia, and Lexus GX 470, the engine was designed around durability rather than maximum specific output.

Its large displacement and relatively conservative state of tune helped reduce the stress placed on internal components. The engine uses an iron cylinder block with aluminum cylinder heads, creating a sturdy foundation for long service life.

While age-related problems can certainly occur, a widespread head gasket defect is not associated with the 2UZ-FE in the way certain other engines have become known for gasket trouble.

The strength of the 2UZ-FE comes partly from its substantial construction. The cast iron block provides excellent rigidity and handles repeated heat cycles well when the cooling system is maintained correctly.

The cylinder heads are designed to provide dependable combustion sealing, while the engine’s naturally aspirated configuration avoids the additional thermal and cylinder pressure demands found in many turbocharged engines.

This does not make the gasket indestructible, but it does give the engine a favorable operating environment. A properly maintained 2UZ-FE can accumulate very high mileage without requiring major internal repairs.

Cooling system maintenance remains important for any 2UZ-FE owner. A neglected radiator, failing water pump, blocked cooling passage, or deteriorated hose can eventually create excessive temperatures. Once an engine overheats severely, even a highly durable head gasket can suffer.

This distinction matters when discussing engines with excellent head gasket records. Reliability comes from the complete engine design and the way it is maintained, not from a magical gasket material that cannot fail. The 2UZ-FE has a particularly strong reputation because ordinary maintenance can prevent many conditions that lead to gasket damage.

Another advantage is the engine’s relatively unstressed nature. The 4.7-liter displacement provides useful torque without requiring extremely high compression, high boost pressure, or very high engine speeds. That conservative approach can reduce thermal and mechanical stress during normal driving.

The engine was also installed in vehicles intended for demanding service, including towing, off-road driving, and heavy-duty use. Its reputation among owners has therefore been shaped by years of practical use rather than short-term performance testing.

2. Honda K24 2.4-Liter Four-Cylinder

The Honda K24 is another engine frequently associated with long service life and strong reliability. Used across Honda and Acura vehicles including the Accord, CR-V, Element, TSX, and several other applications, the 2.4-liter four-cylinder combines practical power with relatively simple mechanical principles.

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Buying a new or used car often creates the expectation that major repairs are still years away. For many vehicles, that assumption holds true, but some models can experience their first repair well before the 30,000-mile mark.

These repairs may involve cooling systems, brakes, suspension parts, electronics, transmissions, or other components that wear or fail earlier than owners expect. Early repair does not automatically mean a car is unreliable, since driving habits, climate, maintenance, road conditions, and individual vehicle history matter.

Still, knowing which models can require attention early helps buyers plan ownership costs and avoid unpleasant surprises during the first few years of ownership.

1. Jeep Wrangler

The Jeep Wrangler has a reputation for toughness, off-road capability, and a design that can handle demanding terrain. That reputation does not mean every component will remain trouble-free through the first 30,000 miles.

Wranglers are frequently driven on rough roads, trails, sand, mud, and rocky surfaces, which can place additional stress on suspension components, steering parts, brakes, and underbody equipment. A Wrangler used primarily on pavement may have a very different repair history from one that regularly sees serious off-road use.

A common area requiring attention on some Wranglers is the steering and suspension system. Owners may notice looseness, unusual noises, vibration, or changes in handling before reaching 30,000 miles.

Tie-rod ends, ball joints, stabilizer components, and other steering or suspension pieces can experience accelerated wear when a vehicle regularly encounters potholes or uneven terrain. Larger aftermarket tires and modified suspension systems can increase stress on factory components as well.

Brakes can also become an early maintenance concern. Frequent off-road driving, towing, heavy traffic, and larger tires can contribute to faster brake wear.

Brake components are technically wear items rather than unexpected mechanical failures, but replacing pads, rotors, or related parts before 30,000 miles can still feel like an early repair to a new-car owner. Driving style has a major influence on how quickly these components deteriorate.

Electrical issues have also appeared across various Wrangler generations and model years. Symptoms can range from warning lights and malfunctioning sensors to problems involving infotainment or electronic controls.

Not every Wrangler experiences these problems, and newer vehicles receive engineering changes over time. Buyers should therefore pay close attention to the specific model year, service records, recalls, and technical service information associated with the vehicle they are considering.

For buyers interested in a Wrangler, an early repair should be viewed in context rather than treated as proof that the entire vehicle is unreliable. A vehicle used for demanding off-road work will naturally place greater demands on its mechanical systems.

A pre-purchase inspection can reveal suspension wear, fluid leaks, brake condition, steering issues, and evidence of hard use. That inspection becomes particularly important when purchasing a used Wrangler with modifications or a history of recreational driving.

2. Ford Escape

The Ford Escape has been sold in several generations and powertrain configurations, so reliability can vary considerably by model year and engine.

Some Escape owners have encountered repairs relatively early in ownership, particularly involving cooling components, electrical systems, suspension parts, or drivetrain-related equipment. This does not mean every Escape requires a major repair before 30,000 miles, but certain examples have demonstrated issues earlier than buyers might expect.

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Finding a car that comfortably accommodates long legs can make a major difference on daily commutes and extended road trips. A spacious cabin is important, but generous legroom alone does not guarantee a comfortable driving position.

Seat cushion length, lumbar support, adjustment range, steering wheel reach, thigh support, and driving posture all affect how a tall driver feels behind the wheel. The following cars combine useful interior space with seats and driving positions designed to reduce pressure on the knees, hips, and lower back.

They are suitable choices for drivers who regularly struggle to find enough room to stretch out comfortably.

1. Kia K5

The Kia K5 is a strong choice for tall drivers who want generous space without moving into a large SUV. Its cabin provides an impressive amount of front legroom, making it easier for drivers with long legs to position their knees naturally.

iSeeCars lists the K5 with 46.1 inches of front legroom, giving it a clear advantage for people who need additional space around the driver’s seat.

The extra legroom is particularly useful during long highway journeys. A tall driver can move the seat rearward without immediately creating an uncomfortable position for the steering wheel.

That relationship between the seat and steering wheel matters because excessive reach can cause shoulder and upper-back fatigue. The K5’s roomy cabin gives drivers more freedom to establish a relaxed driving posture.

Seat support also matters when spending several hours behind the wheel. The K5’s relatively roomy seating area allows taller occupants to avoid feeling compressed around the thighs and knees. A properly positioned seat can distribute body weight more evenly instead of concentrating pressure around the back of the legs.

The K5 also makes sense for drivers who prefer a sedan rather than an SUV. Its lower seating position can provide a more traditional driving feel while still offering substantial interior room.

The combination of long-leg accommodation, sedan handling, and a spacious passenger compartment makes it particularly appealing to taller commuters.

For drivers measuring around 6 feet 5 inches or taller, a test drive remains important because body proportions vary considerably. Someone with a long inseam may experience the K5 differently from someone of the same height with a longer torso. Still, its 46.1 inches of listed front legroom make it an excellent starting point for tall drivers.

2. Hyundai Sonata

The Hyundai Sonata is another sedan that deserves attention from drivers with long legs. iSeeCars lists 46.1 inches of front legroom for the Sonata, matching the K5 and giving taller drivers considerable space to extend their legs.

Its 40 inches of front headroom also help create a comfortable driving environment for taller occupants.

A generous legroom figure becomes particularly valuable when combined with an adjustable driver’s seat. Long-legged drivers often need to move the seat farther rearward than average, but they still need to maintain a comfortable relationship with the pedals and steering wheel.

The Sonata’s roomy front compartment provides useful flexibility when establishing that position.

The Sonata is also a practical option for people who spend significant time commuting. A comfortable driving position can reduce the need to constantly adjust your legs or shift your hips during longer trips. When the seat supports the thighs properly, the driver can maintain a more stable position instead of placing excessive pressure on the lower back.

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The SUV market is heading toward another major shift by 2028, with automakers expected to introduce more affordable electric, hybrid, and gasoline-powered models.

Buyers looking for a new SUV under $40,000 should have more choices, including compact crossovers, rugged models, family-friendly vehicles, and efficient electric options. Some names on this list are confirmed projects, while others are strong industry possibilities based on manufacturer plans and product strategies.

Pricing has not been announced for every vehicle, so the $40,000 target should be viewed as an estimated starting point rather than a guarantee. These upcoming SUVs could bring improved technology, efficiency, practicality, and fresh designs to mainstream buyers.

1. 2028 Nissan Xterra

The Nissan Xterra is expected to make a return for the 2028 model year, bringing back a nameplate that disappeared from the U.S. market after 2015. Early information points toward a much more rugged vehicle than Nissan’s typical compact crossovers.

The new Xterra is expected to use a body-on-frame architecture and four-wheel drive, giving it a stronger connection to traditional off-road SUVs.

Nissan is also expected to position it against vehicles such as the Ford Bronco and Toyota 4Runner. Early pricing estimates suggest that the entry version could potentially remain below $40,000, though Nissan has not finalized pricing.

The return of the Xterra could be particularly interesting because affordable off-road SUVs have become increasingly popular. Buyers who want a vehicle for camping, trail driving, snow, and rough terrain often have to move into higher price brackets.

A sub-$40,000 Xterra could give Nissan a strong position if the company manages to balance capability with everyday comfort. The expected body-on-frame construction could provide the durability and ground clearance that adventure-focused customers want without forcing them into a full-size SUV.

Powertrain technology could also make the new Xterra different from its predecessor. Reports indicate that Nissan could use a hybrid system related to the company’s e-Power technology.

Rather than simply adding an electric motor to a conventional drivetrain, Nissan’s approach can use an engine to generate electricity while electric motors provide propulsion. If that technology reaches the Xterra, the SUV could combine low-speed electric response with the range advantages of an internal combustion engine.

Inside, the 2028 Xterra would need to meet modern expectations for connectivity, safety, storage, and passenger comfort. Buyers in this price range increasingly expect large infotainment displays, smartphone integration, driver-assistance systems, multiple charging ports, and useful cargo space.

Nissan could also offer rugged interior materials and configurable storage aimed at people who spend weekends outdoors. A strong standard equipment list would help the vehicle compete against established adventure SUVs.

2. 2028 Ford Compact Electric SUV

Ford has announced plans to introduce several new vehicles priced below $40,000 by 2030, using its newer Universal EV platform as part of the strategy. The company’s planned affordable lineup is expected to include several body styles, with a compact crossover considered among the possible products.

While Ford has not confirmed a specific 2028 SUV name or complete specification, its stated focus on lower-cost vehicles makes an affordable electric crossover a logical possibility.

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Taking out a loan can feel like a practical solution when you need money for a major purchase, unexpected expense, or debt payoff. But not every loan is designed with your financial well-being in mind. Sometimes, borrowers are encouraged to accept terms that cost far more than expected or create monthly payments they cannot comfortably handle.

The warning signs are not always obvious when you are sitting across from a lender or rushing to get approved. Fortunately, your loan agreement and your financial experience afterward can reveal plenty. If any of these 10 signs sound familiar, it may be worth taking a closer look at what happened and whether the loan was suitable for your needs.

1. Unclear or Hidden Terms

A loan should never feel like a guessing game. Before you sign, you should know how much you are borrowing, how much interest you will pay, when payments are due, what fees apply, and what happens if you pay late.

When those details are rushed through, buried in paperwork, or explained in language that leaves you confused, you have reason to pause. A responsible lender should be willing to explain the agreement in plain language.

You should also have enough time to read the documents and ask questions before committing. If someone tells you to sign first and worry about the details later, that is a serious warning.

Pay close attention to the annual percentage rate, total finance charges, loan term, payment amount, and any prepayment or late-payment fees. A monthly payment can appear affordable while the total cost of borrowing remains very high.

You do not need to be a financial expert to understand your loan. If you cannot explain the basic terms to yourself after reviewing the agreement, consider getting independent advice before moving forward.

If you already accepted the loan, gather every document, statement, email, and disclosure you received. Comparing those records with what you were told can help you identify missing information or terms you did not fully understand.

2. High Interest Rates or Excessive Fees

A loan can become expensive long before you miss a payment. One of the clearest warning signs is an interest rate or collection of fees that seems unusually high compared with other offers available to borrowers with a similar credit profile.

Your credit history, income, debt level, loan type, and other factors can affect pricing. That means there is no single rate that is appropriate for everyone. Still, shopping around can give you a useful reference point.

If several lenders offer substantially better terms and one lender pushes you toward a much more expensive option, ask why. Fees deserve just as much attention.

Origination charges, application fees, broker compensation, insurance products, administrative costs, and other additions can raise the amount you actually pay. Sometimes these costs are included in the financing, meaning you may pay interest on them as well.

Do not judge a loan solely by its monthly payment. A longer repayment period can make the payment look manageable while increasing the total amount paid.

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Screens have become one of the biggest selling points in a new car, and automakers know it. Buyers walk into showrooms expecting crisp graphics, fast software, and displays that rival what they already carry in their pockets. That expectation is pushing brands across every price range to rethink their dashboards from the ground up.

Some are simply making existing screens larger, while others are building entirely new digital experiences around them. From compact electric hatchbacks to full-size luxury SUVs, here are ten vehicles bringing bigger, sharper, and smarter displays before 2028 arrives, giving drivers a genuine reason to get excited about what’s ahead.

1. 2027 Chevrolet Bolt

Chevrolet has given the 2027 Bolt a much-needed cabin update, and the new screens are one of the biggest changes drivers will notice. The redesigned model gets an 11.3-inch infotainment touchscreen alongside an 11-inch driver information display.

Chevrolet has also confirmed that both screens are larger than those fitted to the previous Bolt. For anyone familiar with the older model, the difference should be easy to notice.

The previous interior relied on smaller displays that could make the dashboard feel dated beside newer electric vehicles. The 2027 version takes a more modern approach, giving drivers more screen space without making the cabin feel unnecessarily complicated.

The larger displays provide enough room to show navigation directions, battery information, vehicle settings, and driver-assistance details in a clearer format. Instead of squeezing several pieces of information into a small area, the new arrangement gives each function more breathing room and makes the interface easier to read while driving.

Chevrolet has also paid attention to the software behind the screens. The updated system is designed to respond more quickly, helping menus load faster and making everyday interactions feel smoother.

The revised interface also gives the cabin a fresher appearance that matches the rest of the vehicle’s redesign. For buyers looking for an affordable electric vehicle, these upgrades make the Bolt more appealing.

Chevrolet has brought its interior technology closer to what shoppers now expect from a modern EV, while keeping the vehicle focused on value and everyday practicality.

The larger screens give the Bolt a fresher cabin without changing its basic purpose as an accessible electric car.

2. 2026 Toyota RAV4

Toyota has given the 2026 RAV4 a major cabin technology update, with larger and more useful screens taking centre stage. The redesigned SUV now comes with a standard 10.5-inch multimedia touchscreen, while higher trims can be fitted with a bigger 12.9-inch display.

Sitting in front of the driver is a new 12.3-inch digital gauge cluster. For drivers who spend plenty of time behind the wheel, the larger screens should make everyday tasks easier.

The bigger multimedia display provides more space for navigation, entertainment, vehicle settings, and connected services without making everything feel squeezed together.

Beyond screen sizes, Toyota has also improved the software running the system. The newer setup is designed to respond faster, so drivers should spend less time waiting for menus to load or searching through different functions. That makes the technology more practical during daily driving.

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Buying America’s best-selling vehicle does not necessarily mean choosing the most dependable one. Endurance Warranty Services analyzed repair claims from some of the country’s best-selling models and found a surprising pattern. Several cars and trucks that are common sights in American driveways also generate a high number of repeat repair claims.

Part of this comes down to sheer sales volume rather than actual mechanical weakness, since more units on the road naturally means more total claims filed. Still, understanding which popular models tend toward repeat trips to the shop can help you budget smarter or negotiate harder on an extended warranty. Here’s how these ten best-sellers stack up, ranked by total sales volume.

1. Ford F-Series

For decades, the Ford F-Series has dominated U.S. truck sales, so its appearance at number one is hardly surprising. What may catch some owners off guard is how poorly the model performs in this particular repair-claim comparison.

According to the supplied Endurance Warranty Services data, the F-Series was the least reliable model among these ten when measured through claims.

Transmission trouble is a major concern. When a transmission develops a serious fault, the repair bill can quickly become painful, especially on a heavily used truck. Work-related towing, hauling, frequent driving, and high mileage can place additional demands on the drivetrain.

There is an important distinction to keep in mind. Ranking first on this list does not mean every F-Series truck is likely to experience repeated mechanical problems. The lineup spans numerous generations, engines, configurations, and model years, so reliability can vary significantly from one truck to another.

Still, the sheer number of F-Series vehicles sold means repair claims add up quickly. For shoppers considering a used model, service records deserve close attention.

A truck with documented maintenance and a healthy transmission can be a much safer purchase than one with an unknown history.

2. Ram 1500/2500/3500

Ram’s 1500, 2500, and 3500 pickup trucks take the second spot on this list, largely because of reported problems involving the transmission and valve train.

For owners, these issues can be frustrating because repairs may cost a considerable amount once a serious fault develops. The type of problem can also vary depending on the truck’s model year, engine, and configuration.

A transmission problem may show up through rough gear changes, slipping, delayed engagement, or unusual sounds while driving. When the fault becomes severe, the vehicle may require extensive mechanical work.

Valve train trouble can also affect engine operation, leading to poor performance, strange noises, or warning lights that should not be ignored. Proper servicing can make a real difference for Ram owners.

Following the manufacturer’s maintenance schedule, checking fluids, changing transmission fluid when required, and dealing with unusual engine symptoms early can help reduce the chance of a minor fault becoming a costly repair.

Heavy-duty versions such as the Ram 2500 and 3500 are built for demanding jobs, including towing and hauling heavy loads. That type of use places extra pressure on major mechanical parts.

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Certified pre-owned warranties sound like a safety net. Buyers assume the extra cost mostly pays for real protection. The truth is more complicated. A big share of that price tag is pure dealer profit, not risk coverage.

Dealers buy these contracts wholesale, then resell them at retail. The gap between those two numbers is where the money lives. This article breaks down the real math behind CPO warranties. It uses documented industry figures, not guesses or dealer talking points.

You’ll see what a warranty actually costs a dealer to acquire. You’ll also see what commission structures do to the final price. We’ll cover the F&I office, where most of this profit gets built. We’ll also cover reinsurance, chargebacks, and why some dealers earn far more than others.

By the end, you’ll understand why the same warranty can cost wildly different amounts. You’ll also know which numbers are worth pushing back on. This isn’t about avoiding warranties altogether. It’s about knowing what you’re actually paying for.

What the Dealer Actually Pays for a Certified Warranty

Every CPO warranty starts as a wholesale product. Dealers buy it from a warranty company or third-party administrator, not from thin air. That wholesale cost typically runs $400 to $800 per contract. A dealer typically purchases an extended warranty from a warranty company for $400 to $800 per contract.

That’s the base cost before any markup happens. Everything charged above that number becomes gross profit for the store. On top of the base contract, there’s a certification cost layer. This covers the inspection process required before a used car can wear the CPO badge.

Industry estimates put this closer to $500 to $1,000 per vehicle. These typically run $500-$1,000; let’s call it $750 based on industry norms. That figure covers inspection labor, minor repairs, and paperwork. It’s separate from the actual warranty contract cost.

So a dealer’s real cash outlay per certified unit sits somewhere around $900 to $1,800. That’s before the customer sees a price at all. Retail prices for these same warranties look nothing like that. Full CPO packages, including the warranty and certification premium, commonly run $1,500 to $3,500.

CPO markups typically range from $1,500 to $3,500+, depending on the vehicle brand and market. Luxury brands push that ceiling even higher. Some luxury brands push it even higher.

Cadillac dealers, for example, have been documented marking up CPO units by $2,000 to $4,000. The price markup at some Cadillac stores can reach $2,000 to $4,000 above comparable non-certified inventory.

That’s not the warranty cost rising. That’s the retail price stretching far past what the dealer actually paid. Stand-alone extended service contracts follow a similar pattern. Markups on these products commonly run 50% to 200% above wholesale cost.

Depending on pricing strategy, dealers may apply markups ranging from 50% to 200% above wholesale cost. Put plainly, a warranty that cost the dealer $600 might retail for $1,800. That’s not unusual. It’s the standard model across the industry. This is why the CPO badge alone doesn’t tell you much. The badge signals inspection and paperwork, but the price behind it is negotiable.

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Buying a used car should feel exciting, not risky. Yet thousands of shoppers each year hand over their hard-earned cash only to discover they’ve been tricked. From rolled-back odometers to fake online ads, scammers have gotten creative, and honest buyers keep paying the price.

We talked to real people who shared their stories, the warning signs they missed, and the lessons they learned the hard way. If you’re planning to buy a used vehicle soon, these firsthand accounts might save you thousands of dollars and a massive headache. Read on before you sign anything or wire a single dollar.

1. Odometer Fraud

A used car can look like a very good bargain until you discover that the mileage is not genuine. Mark thought he had gotten a good deal when he bought a five-year-old sedan showing only 40,000 miles.

The seller was friendly, the documents appeared genuine, and the price seemed reasonable. Unfortunately, the excitement did not last. About two months later, the transmission started giving trouble.

When he took the car to a mechanic, he was told that the worn pedals, seat, and steering wheel looked more like those of a car that had covered nearly 100,000 miles. The odometer had been tampered with before the car was advertised.

This kind of fraud happens because digital odometers can be changed with inexpensive devices. Many buyers simply trust the figure displayed on the dashboard.

Mark later realized that checking the service history could have exposed the problem earlier. Maintenance receipts and vehicle history reports can reveal mileage differences.

Buyers should also check for excessive pedal wear, damaged seats, a heavily worn steering wheel, or service stickers showing different mileage. Mark now advises anyone buying a used car to verify maintenance records and match them with the odometer reading before making payment.

2. Curbstoning (Fake Private Sellers)

Renee wanted to avoid dealer markups, so she searched classified ads for a private seller. She met a man in a grocery store parking lot who claimed the car belonged to his sister.

He had no title with him, promising to mail it later, and pressured her to pay in cash immediately. She agreed, eager not to lose the deal to another buyer.

Weeks later, she learned the man was an unlicensed dealer flipping vehicles with hidden salvage titles, a practice known as curbstoning. These sellers pose as everyday people to dodge dealer regulations, consumer protection laws, and warranty obligations. Because private sales carry fewer legal safeguards, buyers assume all the risk once money changes hands.

Renee’s story highlights several warning signs she overlooked. The seller did not have the title at the meeting, the transaction took place in an unusual public location instead of the seller’s home, and there was pressure to complete the deal quickly.

Genuine private sellers typically have the title ready, are willing to meet at their residence, and don’t rush the process. If a seller cannot immediately prove ownership or seems to be selling multiple vehicles under different names, walk away.

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Henry Martyn Leland spent his whole career chasing precision. He measured parts in thousandths of an inch when most machinists still worked by eye.

That obsession built two of America’s most respected luxury brands. First Cadillac, then Lincoln, both carried his fingerprints. Leland was already 74 years old when he founded Lincoln Motor Company in 1917. Most men that age were retired or slowing down.

He wasn’t. He walked away from Cadillac over a wartime dispute and started over from nothing. Lincoln began as a wartime engine builder, not a car company. It only became a luxury automaker after the armistice ended the fighting.

The postwar economy turned against him almost immediately. A deep recession crushed sales and buried Lincoln in debt. By 1922, the company Leland built was bankrupt. Henry Ford bought it at auction for eight million dollars.

Ford let Leland stay on at first. That arrangement lasted less than five months before it fell apart completely. What followed was a bitter, well-documented split between two of Detroit’s most stubborn men. This is the story of how it happened, backed by the historical record.

The Vermont Machinist Who Built Cadillac

Leland was born in Vermont in 1843, the youngest of eight children on a farm. He apprenticed as a machinist before the Civil War even started. During the war, he worked as a toolmaker at a federal arsenal. That job sharpened his obsession with precision and interchangeable parts.

He carried those skills to Detroit in 1890. By then he was already 47, an age when most careers were winding down, not beginning. He ran a machine shop called Leland and Faulconer, supplying engines and parts to early carmakers. His reputation for exact tolerances spread quickly through the industry.

In 1902, stockholders of the failed Henry Ford Company brought Leland in as a consultant. That company had just lost its namesake founder, a young engineer named Henry Ford.

Leland’s evaluation led to a reorganization rather than a shutdown. The company was renamed Cadillac, after the French nobleman who founded Detroit.

Under Leland, Cadillac became known for parts interchangeability long before that was standard practice. Three Cadillacs were once disassembled and rebuilt from mixed parts in England to prove the point.

That demonstration won Cadillac international recognition for engineering discipline. It also cemented Leland’s reputation as one of the industry’s most exacting minds.

Leland sold Cadillac to General Motors in 1909 for roughly 4.5 million dollars. He stayed on as an executive under GM’s founder, William Durant. For the next eight years, he continued refining Cadillac’s engineering. He helped develop the electric self-starter alongside engineer Charles Kettering during this period.

The self-starter eliminated the dangerous hand crank that had injured many early drivers. It became one of the most important safety advances of the era.

Everything changed when America moved toward entering World War I. Leland wanted Cadillac to build Liberty aircraft engines for the Allied war effort.

Durant refused. He was a committed pacifist and did not want GM manufacturing military materiel. Leland saw this as a matter of national duty, not business strategy. He and his son Wilfred resigned from Cadillac in protest over the decision.

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For a while, a massive screen in a new car seemed like a clear sign of progress. The larger the display, the more advanced the vehicle appeared. Now, however, more drivers are starting to question whether they really need a tablet covering much of the dashboard. Modern touchscreens can control navigation, music, phone calls, climate settings, and countless other functions, but that convenience can also come with drawbacks.

The problem begins when basic tasks become more difficult than they used to be. Recent industry research supports what many drivers have been reporting for years. Infotainment systems remain a major source of complaints, while touchscreen-heavy designs can also increase driver distraction.

Why Automakers Went Big With Screens

There is a practical reason carmakers keep installing larger displays, and it has little to do with giving drivers a better radio experience. One large screen can replace a collection of buttons, switches, gauges, and separate displays.

That can simplify production because manufacturers can use similar hardware across several vehicles while controlling different features through software.

Design also plays a part. A wide screen gives a dashboard an instantly modern appearance and can make a vehicle look more expensive in a showroom.

Automakers have learned that buyers often associate a larger display with advanced technology, even when the screen mainly performs tasks that older cars handled with simple controls.

There is also a business reason. Software-based features can be updated after purchase, while subscriptions and digital services can create additional revenue opportunities. A screen provides the interface for those services.

The result is easy to notice. Functions that once had dedicated buttons and controls are increasingly tucked away inside menus. While this approach can save dashboard space and reduce production costs, it can also make drivers question whether the interior was designed with everyday convenience in mind or simply to create a more impressive appearance.

Bigger Screens Are Not Always Easier to Use

A large display sounds helpful until a driver needs to perform a simple task while moving. Changing a radio station, adjusting the fan, or altering the temperature should require little thought. With physical knobs and buttons, the hand can often find the control without the driver staring at it.

Touchscreens work differently. A driver may need to look at the display, identify the correct menu, select the function, and then make the adjustment. That extra interaction can create more distraction.

Research from the AAA Foundation for Traffic Safety found that drivers using in-car technology could experience more than 40 seconds of visual and mental distraction while completing tasks such as programming navigation or sending a message.

J.D. Power’s latest findings add another piece to the picture. Its 2026 U.S. Initial Quality Study found that infotainment and touchscreen displays were the largest contributors to reported driver distraction.

Among owners who reported a distraction-related issue, 46% said the infotainment system or touchscreen was the source. For drivers, the takeaway is straightforward. A larger screen does not necessarily make an interface easier or safer to use.

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A vehicle can be more than a way to get from one place to another. For some owners, it becomes a trusted part of daily life for 15 years or even longer. That kind of loyalty says plenty about a vehicle’s usefulness, durability, and ability to keep meeting the needs of its owner. An iSeeCars study found that just 6.1% of vehicles, on average, were still owned by their original buyers after reaching at least 15 years old.

The models below performed far better than that benchmark. Toyota takes seven spots, while Honda claims two and Subaru takes one. From fuel-saving hybrids to rugged pickups and roomy SUVs, these are the vehicles owners were most likely to keep for 15 years or more.

1. Toyota Prius

Topping this list with a genuinely impressive 13.7% of original owners still driving theirs past the 15-year mark, the Prius sits at 2.2 times the study’s average, making it the clear leader among vehicles people simply don’t let go of.

That’s not a small margin either; it’s the kind of gap that separates a merely reliable car from something owners actively choose to hold onto rather than replace.

Fuel efficiency plays an obvious role here, especially for owners who bought their Prius specifically to save money at the pump over the long haul.

Once you’ve already recouped that initial investment through years of reduced fuel costs, there’s less financial incentive to trade in a vehicle that’s still doing exactly what it was bought to do. Every additional year of ownership essentially becomes pure savings compared to financing something new.

Reliability compounds that appeal considerably. Toyota’s hybrid system has earned a reputation for holding up well over high mileage, and battery packs that once worried skeptical buyers have generally proven more durable than early critics predicted.

Owners who might have expected costly battery replacements within the first decade often find their original components still performing adequately well beyond that point.

Practicality rounds out the package nicely too. The Prius offers genuine everyday usability, from decent cargo space to a comfortable ride that doesn’t feel like a compromise despite its efficiency focus.

For owners who bought one expecting a temporary fuel-saving experiment, many discovered a car worth keeping for the long run instead.

2. Toyota Highlander

The Toyota Highlander earns second place, with 12.4% of original owners keeping their vehicles for 15 years or longer. That is about twice the study’s 6.1% average, giving the Highlander a strong showing among vehicles with extended owner loyalty.

Picture a vehicle purchased when a family is growing, then still being useful when those children are much older. That is where the Highlander’s design makes sense.

Its roomy cabin gives families space for passengers, school activities, groceries, road trips, and the countless items that tend to accumulate in a busy household.

A three-row SUV can also serve several purposes at once. It offers the higher seating position many drivers appreciate while providing more passenger capacity than a typical compact SUV. For owners who need room but do not want a full-size vehicle, that balance can be attractive.

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Some engines are known for using more oil than drivers expect between scheduled oil changes. Oil consumption can come from piston rings, valve seals, crankcase ventilation systems, turbochargers, or cylinder deactivation hardware.

A small amount of oil use can be normal in certain engines, but excessive consumption may signal wear or a design-related weakness. Understanding which engines have developed reputations for burning oil can help buyers choose used vehicles more carefully and help owners recognize warning signs early.

This article looks at eight engines associated with noticeable oil consumption, explains the common causes, and discusses what owners can do to reduce expensive engine problems.

1. Toyota 2AZ-FE 2.4-Liter Four-Cylinder

The Toyota 2AZ-FE is a 2.4-liter four-cylinder engine used in several Toyota, Scion, and related vehicles during the 2000s and early 2010s.

It earned a strong reputation for reliability in many applications, but certain versions became known for excessive oil consumption. The issue is particularly associated with engines that developed worn or oil-control rings. Once the rings fail to control oil properly, lubricant can enter the combustion chamber and burn with the fuel.

The piston rings are responsible for controlling the movement of oil along the cylinder walls. Oil-control rings are especially important because they scrape excess lubricant away from the cylinder surface and return it to the crankcase.

In affected 2AZ-FE engines, deposits and ring problems could allow more oil to remain on the cylinder walls. The engine then consumes that oil during combustion. Drivers might notice a gradually falling oil level without seeing an obvious external leak.

Oil consumption can become more noticeable as mileage increases. A vehicle may continue running smoothly while using a significant amount of oil, which makes the problem easy to miss.

Blue smoke from the exhaust is a possible warning sign, though it may not always be visible from the driver’s seat. Spark plugs can also develop deposits when oil reaches the combustion chamber. Regularly checking the dipstick is therefore particularly important for owners of higher-mileage vehicles equipped with this engine.

Toyota addressed oil consumption concerns through service procedures and updated components in affected applications. Repairs can range from monitoring oil usage to replacing pistons and rings, depending on the vehicle, engine condition, and applicable service information.

A used vehicle with this engine is not automatically a bad purchase. Maintenance history matters considerably. An engine that has received proper repairs and regular oil changes may continue to provide dependable service for many years.

For owners, the most practical step is frequent oil-level inspection. Waiting for the dashboard warning light is not a good strategy because an oil-pressure warning is different from a routine low-level indication.

Running with insufficient oil can cause severe damage to bearings, timing components, and other internal parts. If consumption is increasing, a compression test, leak-down test, inspection of the PCV system, and examination of the spark plugs can help determine whether internal wear is responsible.

2. Subaru EJ25 2.5-Liter Boxer

The Subaru EJ25 is a 2.5-liter horizontally opposed four-cylinder engine that powered many Subaru models for years. Different versions of the EJ25 have different characteristics, so it would be inaccurate to treat every EJ25 as having the same oil-consumption problem.

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A check engine light can appear without warning, leaving drivers wondering whether the problem is minor or requires immediate attention.

Modern vehicles depend on numerous sensors to monitor engine performance, emissions, fuel delivery, and exhaust operation. When a sensor reports readings outside the expected range, the engine control module can store a diagnostic trouble code and illuminate the warning light.

Some sensors are more frequently linked to check engine light problems than others because they operate in demanding conditions or become contaminated over time. Understanding these sensors can help drivers recognize potential faults, avoid unnecessary part replacements, and seek appropriate diagnostic testing before a small issue develops into a larger repair.

1. Oxygen Sensor

The oxygen sensor, commonly called an O2 sensor, is among the sensors most frequently associated with a check engine light. Its job is to measure the amount of oxygen present in the exhaust gases. The engine control module uses this information to determine whether the air-fuel mixture is too rich or too lean.

Modern gasoline engines often have multiple oxygen sensors, with sensors positioned before and after the catalytic converter. Their readings help the vehicle adjust fuel delivery and monitor the efficiency of the emissions system.

An oxygen sensor can develop problems because it operates in an extremely hot environment. Exhaust temperatures can become high enough to place considerable stress on the sensor and its internal components. Age, contamination, oil consumption, coolant entering the combustion chamber, and fuel-related deposits can also affect its performance.

When the sensor becomes slow or inaccurate, the engine computer may receive readings that do not match expected operating conditions. This can lead to warning lights, poor fuel economy, rough running, or changes in exhaust emissions.

A failed oxygen sensor does not always stop a vehicle from running. In many cases, the engine continues to operate while fuel control becomes less precise. Drivers may notice reduced mileage, sluggish acceleration, an unusual exhaust smell, or inconsistent engine behavior.

A malfunctioning sensor can also cause the engine computer to make inappropriate fuel adjustments. If the mixture remains too rich for an extended period, excessive fuel can contribute to catalytic converter damage and increased emissions.

Diagnostic trouble codes associated with oxygen sensors can provide useful information, but the code alone does not automatically prove that the sensor itself needs replacement. Wiring problems, exhaust leaks, vacuum leaks, fuel system faults, or other engine conditions can create readings that resemble a bad sensor.

A technician should compare live sensor data with other engine parameters and inspect the related wiring and connectors before installing a new component. This approach helps prevent unnecessary repairs.

2. Mass Airflow Sensor

The mass airflow sensor, usually called the MAF sensor, measures the amount of air entering the engine. This measurement is important because the engine computer needs to know how much air is available before determining how much fuel to inject.

Many MAF sensors use a heated sensing element that changes temperature as incoming air passes over it. The resulting electrical signal allows the engine control module to estimate airflow and make adjustments to fuel delivery and engine operation.

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Brake jobs aren’t created equal. A Corolla owner might pay $250 for pads and rotors on one axle. But drive a heavier, faster, or more electronics-laden vehicle, and that number climbs fast.

Larger rotors, multi-piston calipers, and OEM-only parts all add up. So does dealer-only labor on cars with complex electronic parking brakes and wear sensors.

The ten vehicles below routinely push brake bills to $1,200 or beyond, sometimes for a single axle. Weight is one culprit. Full-size SUVs and luxury sedans strain brakes just by existing.

Performance is another. Cars built to hit 60 mph in under four seconds need equally serious stopping power, and that hardware isn’t cheap to replace.

Brand economics matter too. German and British luxury makers frequently lock parts behind dealer networks, and labor rates reflect that exclusivity. Below, we break down exactly why each of these ten vehicles lands in four-figure brake territory, model by model, system by system.

1. Rover Range Rover (L460)

The Range Rover is one of the heaviest vehicles in its class. Some trims tip the scales past 5,600 pounds. That mass demands enormous rotors and thick pads just to stop safely. Front rotors on later Range Rovers commonly exceed 15 inches in diameter.

Owner forums document full front-and-rear jobs at Jaguar Land Rover dealerships running $1,800 to over $3,500 with OEM parts and sensors included. Even trimmed-down independent-shop quotes for just front pads, rotors, and sensors regularly clear $1,200.

Electronic parking brakes complicate things further. Technicians need factory diagnostic tools to retract and recalibrate rear calipers before touching pads.

Skip that step, and the job risks damaging the actuator motor. That pushes many owners straight to dealer service, where labor rates are highest. Land Rover also restricts some brake components to OEM-only sourcing. Aftermarket rotors exist, but many owners report fitment or sensor-compatibility issues.

Wear sensors themselves aren’t optional extras. Each corner typically needs a new sensor with every pad change, adding $50 to $100 per axle. Air suspension proximity adds another wrinkle. Some brake jobs require lowering or raising the vehicle’s ride height to access components safely.

Put together, a routine four-corner service with sensors and OEM rotors lands solidly in $1,800 to $2,500 territory. Even a front-only visit rarely dips below $1,200 at a dealer.

2. BMW X5 (xDrive and M Performance)

The X5 is BMW’s volume luxury SUV, and its brakes reflect serious engineering. Base models use large single-piston floating calipers, but M50i and X5 M variants step up to multi-piston fixed units.

A 2023 X5 can run $800 to $1,200 for front pads and rotors alone at a dealership. That’s before touching the rear axle. BMW uses run-flat-compatible, heavy-duty rotors sized for a vehicle that can weigh over 5,000 pounds fully loaded.

These aren’t shared with lighter BMW sedans. Labor rates compound the parts cost. BMW dealer shops typically charge $150 to $200 per hour, well above independent averages.

The X5’s electronic parking brake also requires BMW’s proprietary ISTA diagnostic software. Technicians must electronically retract the caliper pistons before swapping pads.

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Small SUVs have become a favorite in the U.S. because they combine the seating position and cargo flexibility of an SUV with the manageable running costs of a smaller vehicle. But fuel economy is only half the story.

A genuinely inexpensive SUV to own should also use widely available service parts, avoid excessive maintenance costs, and have a powertrain with a strong track record. The Honda CR-V and Mazda CX-5 are two familiar benchmarks, but several other compact crossovers deserve attention.

Here are eight U.S.-market choices that balance fuel consumption, practical dimensions, straightforward powertrains, and the potential for reasonable long-term running expenses.

1. Honda CR-V

The Honda CR-V has earned its reputation as one of America’s most practical compact SUVs by combining useful space with a powertrain designed for everyday efficiency. For 2025, the standard gasoline CR-V uses a 1.5-liter turbocharged four-cylinder producing 190 horsepower and 179 lb-ft of torque.

Honda pairs it with a continuously variable transmission, while front-wheel drive is standard on the LX and all-wheel drive is available. 

Fuel economy depends on configuration, but the 2025 CR-V LX with front-wheel drive is rated at 28 mpg city and 34 mpg highway, according to Toyota’s direct comparison with the Honda. That puts the CR-V in a useful efficiency range without requiring a hybrid powertrain. 

The CR-V also benefits from its enormous presence in the American market. That matters when discussing parts costs. A vehicle sold in large numbers generally has a broad ecosystem of replacement parts, independent repair shops, aftermarket suppliers, and technicians familiar with its mechanical systems.

That does not guarantee cheap repairs, but it can make routine ownership less complicated than maintaining a rare model.

Its dimensions also strike a useful balance. The 2025 CR-V measures 184.8 inches long and 73.5 inches wide, giving it significantly more interior and cargo space than many subcompact SUVs while remaining manageable in parking lots.

Buyers interested in reducing fuel expenses even further can choose one of the CR-V’s hybrid versions. However, the gasoline model remains attractive for shoppers who prioritize a conventional engine and straightforward day-to-day operation.

The CR-V’s biggest advantage is its versatility. It can serve as a commuter, family vehicle, road-trip machine, or light-duty cargo hauler without demanding the fuel consumption of a larger SUV.

2. Mazda CX-5

The Mazda CX-5 takes a slightly different approach to affordable SUV ownership. Rather than chasing the largest engine or maximum cargo capacity, Mazda has focused on a compact package with a naturally aspirated four-cylinder engine and standard all-wheel drive for the U.S. market.

For 2025, Mazda retained the 2.5-liter Skyactiv-G four-cylinder, producing 187 horsepower and 186 lb-ft of torque.

The standard CX-5 2.5 S is rated at up to 26 mpg city, 30 mpg highway, and 28 mpg combined, according to Mazda. It uses a six-speed automatic transmission and accepts regular 87-octane gasoline. 

That combination can appeal to owners who prefer a conventional powertrain over a turbocharged engine. The naturally aspirated 2.5-liter does not produce sports-car levels of acceleration, but it delivers enough output for normal commuting, highway travel, and everyday cargo duties.

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Buying a car for less does not necessarily mean spending less. Kelley Blue Book’s 5-Year Cost to Own calculation considers the expenses that continue long after the purchase, including fuel, insurance, financing, maintenance, repairs, state fees, and depreciation.

That makes the figure more useful than MSRP alone when evaluating long-term value. KBB’s current data also shows why the original claim that it costs $30,000 to own a car for five years needs to be corrected. Even some of the more affordable new cars can cost more than $40,000 over five years once all ownership expenses are considered.

The following ranking therefore focuses on vehicles with comparatively low KBB ownership costs, using current U.S. data and manufacturer specifications.

1. Subaru Impreza

The 2025 Subaru Impreza stands out because its relatively modest purchase price is accompanied by unusually low projected maintenance costs.

KBB lists a 5-year cost to own of $41,888 for the Impreza, with $29,676 in out-of-pocket expenses and another $12,212 attributed to depreciation. KBB also places the model in the top 10% for Cost to Own among compact cars.

One of the most interesting numbers is the maintenance estimate. KBB projects only $2,457 in maintenance over five years, or roughly $491 per year. Repairs are estimated at another $1,758 during the same period.

Those figures help explain why the Impreza can remain financially attractive despite not having the absolute lowest purchase price in its class.

The 2025 U.S. Impreza uses a 2.0-liter four-cylinder producing 152 horsepower and 145 lb-ft of torque. Every version uses all-wheel drive, giving the compact hatchback a drivetrain advantage that many similarly priced front-wheel-drive competitors cannot match. KBB lists the base model at a starting price of $23,700.

Fuel costs are projected at $6,232 over five years in the current KBB cost-to-own calculation. Insurance is the largest single out-of-pocket category at $14,025, illustrating how ownership expenses can dwarf the difference between two vehicle sticker prices.

The Impreza therefore makes a strong case for buyers who prioritize predictable long-term expenses while still wanting standard all-wheel drive and useful hatchback practicality.

2. Toyota Corolla

The Toyota Corolla demonstrates how a relatively inexpensive compact sedan can produce strong long-term value without requiring buyers to sacrifice modern equipment.

KBB currently calculates a 5-year cost to own of $42,746 for the 2025 Corolla, placing it in the top 10% among compact cars for ownership cost. The calculation includes $32,231 in out-of-pocket expenses and $10,515 in depreciation.

Fuel consumption is one of the Corolla’s strongest financial advantages. KBB estimates $4,734 in fuel expenses over five years, considerably below many larger vehicles. Maintenance is projected at $5,412, while repairs are estimated at $1,680.

Those figures show that low ownership cost is not dependent on maintenance alone. The Corolla benefits from reasonable fuel expenditure and relatively controlled depreciation as well.

The 2025 U.S. Corolla uses a 2.0-liter four-cylinder engine producing 169 horsepower and 151 lb-ft of torque. KBB lists the sedan at a starting price of $23,460, making it accessible without moving into the smallest vehicle categories.

Its dimensions are another reminder that the Corolla remains a practical compact rather than a stripped-down economy car. KBB lists a length of 182.3 inches, a width with mirrors of 70.1 inches, and a curb weight of 2,955 pounds.

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When a used truck sells in less than 30 days, it sends buyers a clear signal. Demand is strong enough that clean, desirable examples are unlikely to remain on the market for long.

iSeeCars uses days on market as a measure of how quickly vehicles move through the marketplace, and its research has shown that certain pickups consistently attract buyers faster than the broader truck market.

The reasons vary from reputation and capability to size, price, and scarcity. This ranking focuses on documented iSeeCars days-on-market data, giving readers a clearer picture of which trucks have historically moved quickly in the U.S. used and pickup marketplace.

1. Jeep Gladiator

Few modern pickups created as much immediate curiosity as the Jeep Gladiator. When iSeeCars analyzed pickup-truck sales, the Gladiator was the clear leader, averaging just 37.1 days on the market.

That figure was substantially quicker than the 62.1-day average for pickup trucks in the study, putting the Gladiator more than three weeks ahead of the segment benchmark.

The number becomes more interesting when you consider what the Gladiator represents. It is not a conventional full-size pickup designed primarily around maximum towing or payload. Instead, it combines pickup-bed utility with the recognizable architecture and off-road identity of the Jeep Wrangler.

That gives it a very different customer base from trucks such as the Ford F-150 or Chevrolet Silverado.

iSeeCars noted that the Gladiator’s launch generated considerable consumer interest. The special Launch Edition sold out in a single day, illustrating how strong the initial enthusiasm was for Jeep’s return to the pickup market after a lengthy absence.

For buyers considering a used Gladiator, its fast-selling reputation can cut both ways. A desirable truck may attract several potential buyers quickly, but that does not automatically mean every example deserves a premium price. Trim, mileage, modifications, accident history, maintenance, and condition still matter.

The Gladiator’s appeal is particularly strong among buyers who want something more adventurous than a traditional pickup. Removable roof panels, available four-wheel drive, and Jeep’s off-road heritage give it an identity that few competitors can duplicate.

Its 37.1-day figure makes it the strongest documented fast-moving pickup in this iSeeCars study, and it demonstrates how enthusiast demand can dramatically shorten the time a distinctive truck spends on the market.

2. Toyota Tacoma

The Toyota Tacoma has long occupied a special position in America’s midsize-truck market, and iSeeCars’ data provides a numerical reason for its reputation as a quick seller. In the pickup study, the Tacoma averaged 42.2 days on the market, compared with the 62.1-day pickup average. That put it more than 19 days ahead of the segment benchmark.

Unlike the Gladiator, the Tacoma’s appeal is less dependent on novelty. Toyota has built a strong customer base around the truck’s durability reputation, manageable dimensions, and available four-wheel-drive configurations. iSeeCars specifically pointed to Toyota’s reputation for ruggedness and reliability as factors that can contribute to fast-selling times.

That reputation also helps explain why used Tacomas can remain expensive compared with competing pickups of similar age and mileage. Buyers are often willing to pay more for a truck they believe will retain its usefulness and resale value.

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Rear-wheel drive is still one of the best ways to make a car feel engaging, balanced, and properly connected to the road. For 2027 and the years that follow, several automakers are giving buyers more reasons to pay attention to the wheels doing the pushing. Some models are genuine returns, while others have never abandoned rear-wheel drive but continue offering it as part of their formula.

A few take a different approach by combining all-wheel drive with a selectable rear-drive mode. That makes this group especially interesting for drivers who enjoy performance without wanting an electric-only vehicle. From Infiniti and Cadillac to Chevrolet, Lexus, Dodge, and Toyota, these cars show that rear-wheel-drive engineering still has plenty of life ahead.

1. Infiniti Q50

The Infiniti Q50 may be one of the most interesting sedans expected to return for the 2027 model year. Infiniti stopped producing the previous Q50 after 2024, but reports suggest the name could return as a sporty sedan linked to the latest Nissan Skyline.

Under the bonnet, the reported setup is what makes this possible return especially appealing. The next Q50 is expected to use a twin-turbocharged V6 engine producing more than 400 horsepower.

There are also reports of a manual transmission being available, which would give drivers greater control and a more engaging driving experience. A combination like this is becoming harder to find among modern luxury sedans.

Rear-wheel drive is another major part of the expected package. Reports indicate that the new Q50 could share the Skyline’s rear-drive-based architecture. This would provide Infiniti with a suitable foundation for building a sedan focused on performance and enjoyable handling.

However, buyers should remember that some of these details have not been officially confirmed by Infiniti. The company has not released complete production specifications for the 2027 model, so the reported engine, transmission, and other features should be treated as information that is still developing.

If Infiniti follows through with the reported plan, the Q50 could give the brand a strong sports sedan once again. A powerful V6, possible manual transmission, and rear-wheel-drive platform would make it an interesting choice for drivers who still appreciate traditional performance sedans.

2. Cadillac CT5

For drivers who still prefer a proper gasoline-powered sedan, the next Cadillac CT5 could be worth watching closely. General Motors has already confirmed that a new generation is being developed, while current reports indicate that gasoline power will remain part of the plan.

A major part of the expected package is GM’s updated Alpha 2 architecture. This platform is built for rear-wheel-drive vehicles, making it suitable for a sedan that sends its engine power to the rear wheels. That arrangement should appeal to buyers who enjoy the driving feel associated with traditional performance sedans.

Cadillac already offers performance versions of the CT5, which naturally raises questions about what the next generation may bring. Reports suggest that a successor to the CT5-V Blackwing could be planned, but Cadillac has not released enough official information to confirm its specifications.

There has been plenty of discussion about a possible V8 engine and manual transmission for the future Blackwing. However, those features should not be treated as confirmed at this point. Cadillac has yet to officially announce those details, so it is better to wait for the company to provide the final specifications.

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Ask a shorter driver about car shopping, and you will likely hear the same frustrations. The pedals may sit too far away, the seat may not adjust high enough, or the steering wheel may block part of the dashboard. These are common problems, but automakers have become better at addressing them with adjustable pedals, greater seat adjustment, and telescoping steering columns.

Some vehicles genuinely nail this comfort factor, while others simply rely on smart seating position and good visibility to get the job done just as effectively. Whether you’re barely clearing five feet tall or just tired of feeling like you’re stretching for the brake, these eight vehicles are worth putting on your test-drive list.

1. Chevrolet Tahoe

Full-size SUVs don’t always top the list for shorter drivers, but the Tahoe earns a legitimate spot here, provided you’re paying close attention to exact trim and equipment.

Chevrolet has offered power-adjustable pedals on select Tahoe configurations, including versions with memory-linked pedal positioning that remembers your preferred setup automatically once properly configured.

That’s a genuinely useful feature for shorter drivers who need the pedals themselves to move closer rather than simply sliding the entire seat forward and losing valuable legroom or proper airbag distance in the process.

Combined with a power-adjustable driver’s seat and an adjustable steering column, the Tahoe can create a genuinely comfortable driving position for drivers who might otherwise struggle in a vehicle this large.

There is one important detail buyers should keep in mind. Not every 2027 Tahoe comes equipped with adjustable pedals as standard equipment.

This feature depends heavily on specific trim level and optional packages, meaning shoppers absolutely need to confirm exact equipment before assuming their particular Tahoe will include this functionality straight off the lot.

Size remains a genuine consideration too. The Tahoe’s substantial dimensions and higher body height mean it won’t automatically feel easy for every shorter driver, regardless of pedal adjustability.

Visibility over that tall hood and general vehicle bulk can still present challenges that adjustable pedals alone won’t fully solve, making a test drive absolutely essential before committing to this particular SUV.

2. Ford Expedition

For drivers who depend on adjustable pedals, the Ford Expedition stands out as a particularly practical choice. Ford documentation shows that equipped Expedition models can have power-adjustable brake and accelerator pedals.

The 2026 model also lets drivers store their preferred pedal position through the vehicle’s memory settings, making it easier to maintain a comfortable driving position.

This feature can be especially useful when several people regularly use the same SUV. Each driver can save their preferred settings instead of adjusting the pedals manually whenever they take the wheel.

With a stored position, a shorter driver can quickly restore the pedals to a comfortable distance, making everyday driving easier and less frustrating. The Expedition also offers a power tilt-and-telescoping steering wheel on selected trims.

This gives drivers another way to adjust their position and find a comfortable setup. When combined with a memory-equipped driver’s seat, the available adjustments provide a more personalized driving position that can suit different body sizes.

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Buying a used Camry sounds like a safe bet, and most of the time it is. But not every model year carries the same reputation, and picking the wrong one could mean facing costly engine repairs sooner than expected. Some years are packed with owner complaints and recall history, while others stand out as genuinely smart used-car purchases.

This list breaks down eight Camry model years, starting with the one you should probably avoid and working toward the one worth putting on your shortlist today. Whether you’re hunting for a budget-friendly sedan or a newer used option, this guide will help you shop smarter.

1. 2007 Toyota Camry – Worst

Let’s not sugarcoat this one. The 2007 Camry sits at the bottom of this list for good reason, and the complaint numbers back that up clearly. Owners reported an unusually high volume of issues, with excessive oil consumption topping the list as one of the most frequently cited engine problems across this model year.

Here’s what makes this particularly frustrating for used buyers. Complaint data shows problems appearing at noticeably higher rates compared to other Camry years, meaning this isn’t a case of isolated bad luck among a handful of owners. The pattern is widespread enough that it deserves serious attention before anyone considers a purchase.

Adding to the concern, the 2007 model falls within the sixth-generation period tied to Toyota’s unintended-acceleration recalls, along with other reported issues from that era. That combination of engine trouble and recall history makes this year a tough sell for anyone prioritizing peace of mind.

Does that mean every 2007 Camry is a lemon waiting to happen? Not necessarily. A well-maintained example with documented repair history and completed recall work could still function reliably. But given how many better options exist among newer Camry years, most buyers will find smarter choices elsewhere on this list.

2. 2008 Toyota Camry

The 2008 Toyota Camry carries many of the same concerns that affected the previous model year, particularly when it comes to the 2.4-liter four-cylinder engine. Excessive oil consumption is one of the biggest issues linked to this engine, so anyone considering a used example should inspect it carefully before buying.

Complaint records place the 2008 Camry among the less desirable years because of both the number and seriousness of reported problems. High oil usage can become expensive when it leads to engine damage or requires major repairs.

This makes the vehicle’s maintenance history very important, especially if the previous owner did not service it regularly. However, not every 2008 Camry will give its owner serious problems.

Some have remained dependable for many years because they received proper servicing and timely repairs. The condition of the particular car matters more than the model year alone.

Anyone considering this Camry should ask for maintenance records and find out how regularly the oil was changed. It is wise to have a trusted mechanic inspect the engine for leaks, strange sounds, unusual behaviour, and other signs of trouble before completing the purchase.

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Most Tacoma and Hilux owners drive around for years without ever discovering half of what their truck can actually do. Buried beneath the obvious stuff like towing capacity and bed length are small design choices that quietly make daily life easier, safer, and honestly more fun behind the wheel.

Some of these features solve problems owners didn’t even know they had, while others feel like something out of a truck enthusiast’s wish list. From a tailgate trick that saves your back to a speaker you can pop out and take to a campsite, Toyota built more into these trucks than the brochure ever mentions. Here are ten features hiding in plain sight.

1. Tailgate Knee Lift & Bed Camera

Loading long, heavy, or oversized items into a truck bed usually means wrestling with the weight of the tailgate itself before you’ve even placed anything inside.

Toyota engineers apparently got tired of that problem too, because the Tacoma’s tailgate includes a genuinely clever workaround. Open it to roughly 45 degrees, disconnect the support cables, and the tailgate can be lifted the rest of the way using nothing but a knee, no tools required.

It sounds small, but anyone who’s tried loading plywood or a heavy cooler solo will immediately appreciate not having to fight against a swinging tailgate the entire time.

Paired with that trick is a feature many owners may not even realize their truck has. Many models offer a bed camera designed specifically to keep an eye on cargo. Instead of turning around in your seat or trying to use mirrors that provide only a limited view of the bed, you can see a live image directly on the dashboard display.

It’s particularly useful when hauling something that might shift during a drive, whether that’s loose gravel, unsecured tools, or a mattress someone insisted would be “totally fine” without straps.

Together, these two features turn what used to be a two-person job, loading heavy cargo and keeping an eye on it during transport, into something a single driver can manage confidently. It’s a small design choice that says a lot about how much thought went into the everyday reality of owning a work truck.

2. Clever Storage Compartments

Interior space in a truck often gets treated as an afterthought compared to towing numbers and engine specs, but Toyota tucked away several storage solutions that reward owners who actually go looking for them.

Behind the driver’s door sits a compartment easy to overlook entirely, perfect for stashing small tools, a flashlight, or anything else you want within arm’s reach but out of the way.

Double Cab models take this further with hidden storage built into the rear seats, giving passengers and drivers alike a place to secure valuables or gear without leaving them exposed on the seat or floor where they’re visible through the windows.

That matters more than people realize, since a bag or toolbox left in plain sight is basically an invitation for a break-in, while the same items tucked into a hidden rear-seat compartment stay both organized and considerably safer.

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A sunroof is one of the most enjoyable features in an SUV, but its drainage system can become a hidden source of water leaks. Most factory sunroofs are designed with channels and drain tubes that carry rainwater away from the roof and down through the vehicle. When those passages become clogged with leaves, dirt, pollen, or other debris, water can back up and find its way into the cabin.

The problem can be especially frustrating because the leak may not appear directly beneath the sunroof. Water can travel through the headliner, roof pillars, carpeting, and trim before becoming visible. In some cases, a wet floor or stained headliner may be the first indication that something is wrong. These eight SUVs have documented or commonly reported situations involving sunroof drainage problems, although other sources of water intrusion can produce similar symptoms.

1. Toyota RAV4

The Toyota RAV4 is one SUV where a blocked or restricted sunroof drain can allow water to enter the cabin. The sunroof assembly uses drainage channels and tubes to direct rainwater away from the opening. Under normal conditions, water that gets past the sunroof seal is collected and routed through those drains. When debris accumulates, the water can back up and overflow into areas around the headliner and roof trim.

One of the most obvious signs is moisture appearing around the front portion of the cabin after heavy rain. Depending on where the water escapes, owners may notice damp carpeting, wet trim, water stains, or moisture around the A-pillars. A clogged drain is not the only possible cause, however. Damaged seals, improperly seated components, blocked body passages, and other leaks around the roof can create similar symptoms.

The first repair step is usually to determine whether the drain tubes are allowing water to pass freely. Carefully clearing the drainage channels can restore normal flow if debris is responsible. Compressed air should be used cautiously because excessive pressure can disconnect a drain tube or damage a connection.

If water continues entering the cabin after the drains are cleared, the sunroof assembly and surrounding seals should be inspected. The headliner and carpeting should also be dried thoroughly because trapped moisture can eventually create unpleasant odors, staining, and interior damage.

2. Honda CR-V

The Honda CR-V is another SUV in which sunroof drainage problems can lead to water entering the interior. Like many vehicles equipped with a factory sunroof, the CR-V uses drainage channels around the glass opening. Water collected in those channels is directed through tubes toward outlets underneath the vehicle.

When leaves, dirt, mud, or other debris block the drainage path, water can accumulate around the sunroof instead of leaving the vehicle. Eventually, it may overflow into the headliner or surrounding trim. Drivers may notice dampness near the front roof area, wet A-pillars, water marks, or carpeting that becomes damp after rain.

Cleaning the visible portion of the sunroof channel is a useful first step. The drain openings should be checked for obvious debris before attempting to flush the system. If water does not flow normally, the drain tubes may require additional attention.

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For the 2026 Toyota Highlander lineup, Toyota offers several gas and hybrid configurations, including the XLE, XSE, Limited, and Platinum trims. The 2026 Highlander also benefits from standard all-wheel drive across the lineup, while gasoline models use a 265-horsepower turbocharged four-cylinder engine and hybrid versions emphasize fuel economy.

This ranking separates the major gas and hybrid configurations to create a broader list of the best Highlander choices by value. Value is based on purchase price, standard equipment, fuel economy, comfort, technology, practicality, and how much additional money each upgrade requires. The goal isn’t simply to identify the cheapest Highlander, but to determine which configuration gives buyers the most useful vehicle for the money.

1. Toyota Highlander XLE

The 2026 Toyota Highlander XLE earns the top spot because it delivers the core Highlander experience without pushing the price into premium-SUV territory. With a starting MSRP of around $46,270, it is the least expensive Highlander configuration for 2026.

Despite being the entry point, it is far from a stripped-down family SUV. It comes with features such as an eight-way power-adjustable driver’s seat, tri-zone automatic climate control, Smart Key access, a power liftgate, wireless Apple CarPlay and Android Auto, and Toyota Safety Sense 2.5+.

The XLE also makes sense for buyers who want traditional gasoline power without spending extra for the sportier XSE or luxury-oriented Limited. Its turbocharged four-cylinder produces 265 horsepower and works with an eight-speed automatic transmission, while standard all-wheel drive adds confidence in poor weather. Toyota estimates fuel economy at approximately 21 mpg city and 28 mpg highway.

The biggest reason it ranks first is balance. The Limited and Platinum provide more luxury, but many of those upgrades are conveniences rather than necessities. For families looking for space, technology, safety equipment, and reasonable operating costs, the XLE has the strongest combination of features and price. It is the Highlander trim most likely to make sense for the average buyer.

2. Toyota Highlander Hybrid XLE

The Highlander Hybrid XLE is arguably the smartest choice for buyers who expect to keep their SUV for many years. With a starting MSRP of around $48,020, it costs only about $1,750 more than the gasoline XLE. That relatively small premium buys access to the Highlander’s hybrid powertrain, which delivers approximately 35 mpg combined.

The Hybrid XLE retains many of the practical features that make the standard XLE attractive. It includes SofTex-trimmed front and second-row seats, an eight-way power driver’s seat, tri-zone automatic climate control, wireless smartphone connectivity, a power liftgate, wireless charging, and second-row sunshades. Electronic all-wheel drive is also part of the hybrid configuration.

Its main advantage is operating efficiency. A family that drives substantial annual mileage can potentially recover some of the hybrid’s higher purchase price through lower fuel consumption. The hybrid system can also be particularly useful in stop-and-go suburban driving, where electric assistance and regenerative braking can reduce fuel consumption.

The compromise is that buyers pay more upfront and may prefer the driving character of the turbocharged gas model. Nevertheless, the modest price difference between the two XLE versions makes the Hybrid XLE one of the strongest value propositions in the entire Highlander range.

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If you have ever put a car, truck, motorcycle, classic vehicle, boat, or other seasonal machine into storage with a tank full of gasoline, you have probably heard a familiar warning: ethanol fuel will separate after about 90 days. That statement is useful as a reminder to pay attention to old fuel, but it is not a precise chemical countdown.

Ethanol does not automatically separate from gasoline after 90 days simply because the vehicle has been sitting. Phase separation is primarily associated with water contamination, temperature, fuel composition, and storage conditions. EPA technical material notes that ethanol-blended gasoline can absorb more water than conventional gasoline, but once its water tolerance is exceeded, the ethanol and water can separate from the gasoline.

The 90-day figure is therefore better understood as a practical storage warning, not a guaranteed separation date. A vehicle with clean, dry fuel in a properly maintained tank can go beyond three months without experiencing phase separation. Conversely, fuel exposed to enough moisture can separate much sooner.

The bigger concern with long-term storage is that gasoline can also lose quality through oxidation and volatility changes, while water contamination can create a distinctly different problem. Understanding the actual timeline helps explain why some stored vehicles restart normally after a season while others develop rough running, hesitation, stalling, corrosion, or fuel-system problems.

What Actually Happens to Ethanol Gasoline During Storage?

The first misconception to clear up is the idea that ethanol simply sinks away from gasoline after sitting for roughly three months. Under normal conditions, ethanol and gasoline remain blended together. The ethanol is not supposed to form a separate layer merely because the fuel has reached an arbitrary age.

The critical issue is water. Ethanol has a strong affinity for water and can absorb moisture into the fuel. EPA documentation explains that E10 and E15 can hold roughly 0.5% water under some conditions before phase separation occurs, with the amount changing according to temperature and other factors. 

Once enough water enters the fuel, the chemistry changes. Ethanol preferentially bonds with the water, creating an ethanol-water mixture that becomes less compatible with the gasoline. The resulting ethanol-water phase is denser than gasoline and moves toward the bottom of the tank.

That is what people generally mean when they talk about ethanol “separating” from gasoline. The gasoline remaining above it has also changed because a portion of its ethanol content has been removed.

This distinction matters because a sealed or well-maintained fuel system does not necessarily experience rapid phase separation simply because the vehicle is parked. Water can enter through several routes, including condensation, contaminated fuel, improperly sealed fuel systems, or accidental water intrusion during refueling.

EPA research has noted that atmospheric moisture can take months to accumulate to levels capable of producing phase separation in some open-vented fuel systems, while direct water contamination can be much more significant.

Temperature also matters. As fuel temperature falls, the amount of water that an ethanol-gasoline mixture can hold before separating decreases. This is particularly relevant to vehicles stored through seasonal temperature changes. A fuel mixture that remains stable under warmer conditions can become more vulnerable when temperatures drop.

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A rough road can do more than make your daily drive uncomfortable. Potholes, broken pavement, uneven surfaces, and harsh winter weather can place extra strain on shocks, struts, springs, tires, and other suspension components. Some states face these problems more often because of severe weather, heavy traffic, aging infrastructure, or difficult road conditions.

While a careful driver cannot always avoid damaged pavement, knowing where the roughest roads are can help you stay alert and maintain your vehicle properly. Based on road conditions, weather exposure, and reported infrastructure concerns, these 10 states can be especially tough on your car’s suspension.

1. Rhode Island

Small state, big problems. Rhode Island claims the top spot on this list, and the numbers make it easy to understand why. Nearly 42 percent of roads across the state carry a poor rating, an alarming figure for a place this compact.

You’d think fewer miles of roadway would mean easier maintenance, but dense urban networks packed into a small footprint create their own unique set of challenges. Years of constant use without adequate repair have left much of the infrastructure crumbling under pressure.

Add coastal exposure into the mix, and things get even messier. Salt air from the Atlantic accelerates corrosion on metal components, weakening suspension parts faster than drivers in landlocked states typically experience.

Freeze-thaw cycles compound the issue further. Water seeps into tiny cracks during warmer stretches, then expands as temperatures drop, widening those cracks into genuine potholes capable of damaging shocks and struts in a single unlucky hit.

Repeat that cycle every winter, and you get roads that feel like an obstacle course rather than smooth pavement. Drivers here report frequent suspension repairs, and honestly, it’s hard to blame the roads alone.

Between urban congestion, coastal weather, and aging infrastructure, Rhode Island presents a genuinely tough environment for any vehicle’s suspension system to survive unscathed for long.

2. New Mexico

New Mexico presents a very different type of challenge for vehicle owners. Road conditions can vary widely, yet the available figures paint a troubling picture, with roughly one-third of rural roads and about half of urban roads reported to be in poor condition.

That means a driver may face damaged pavement in both crowded cities and less populated areas. Potholes, cracks, and uneven road sections can force suspension components to absorb repeated impacts, particularly on longer trips where avoiding every damaged section is nearly impossible.

Drivers often associate suspension damage with harsh winter climates, but New Mexico shows that poor roads can create serious concerns in other environments as well. Deteriorating infrastructure can affect vehicles regardless of whether snow and ice are major factors.

The problem can become expensive because suspension systems work as a group. A hard impact may affect more than one component, and continued driving on rough roads can contribute to worn shocks, damaged struts, wheel alignment issues, and premature tire wear.

Long distances can make matters worse for some drivers. Rural travel often requires spending extended periods behind the wheel, increasing the chances of encountering damaged pavement.

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Pickup trucks are not just America’s best-selling vehicles. They are the financial engine that keeps entire car companies running. Every quarter, Ford, GM, and Stellantis lean on their truck lineups to offset losses elsewhere in the business, from struggling sedans to money-losing electric vehicle programs.

The numbers behind a single truck sale are staggering once you break them down. Analysts and industry reports have pegged profit per truck anywhere from a few thousand dollars to well over twenty thousand dollars, depending on the trim and year.

This piece looks at real, sourced figures from automaker earnings reports, Reuters disclosures, and industry analysts to explain exactly where that money comes from.

We will walk through the cost structure of building a truck, the actual profit figures automakers have reported or leaked, and why trucks specifically generate such outsized margins compared to sedans and small cars. All figures cited here come from public reporting, company earnings calls, and industry data rather than speculation.

What Goes Into the Cost of Building a Truck

Before profit can be calculated, it helps to understand pricing. Truck sticker prices have climbed dramatically in recent years across every major brand.

In late 2022, Ford’s average F-150 transaction price hit roughly $57,514, a 16 percent jump from 2020 levels. That increase reflects both higher trim demand and general inflation in vehicle manufacturing.

GM has seen similar movement. By October 2025, the average transaction price for full-size pickup trucks industry-wide hit an all-time high of $66,462, with average sticker prices even higher.

GMC specifically, which sells mostly higher-trim trucks and SUVs, posted an average transaction price of $66,550 in October 2025. That is more than double the price of an average compact car.

These prices matter because trucks carry unusually high markups relative to their manufacturing cost. A base work-trim truck costs relatively little extra to build compared to a loaded luxury trim.

Yet the price gap between a stripped-down XL trim and a fully loaded Platinum or Denali trim can exceed $30,000. Nearly all of that difference falls straight to the bottom line.

Industry watchers have long noted this dynamic. One report explained that the profit per pickup stems from buyers paying extra for special editions, while comparable economy cars attract buyers who want basic transportation and nothing more.

Manufacturing efficiency also plays a role. Automakers have spent decades refining truck platforms shared across multiple models, spreading tooling and engineering costs over millions of units sold annually.

GM, for instance, has explained cost-saving engineering choices directly. A GM executive noted the company studied Ford’s aluminum-body approach and used a mix of high-strength steel and aluminum to save both weight and money on the redesigned Silverado.

That kind of material engineering directly widens margins. Every dollar saved on production costs, multiplied across hundreds of thousands of trucks, becomes real money at the corporate level.

Commercial and fleet sales add another dimension entirely. Ford’s commercial truck and van division, Ford Pro, has become the company’s most profitable business segment by a wide margin.

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Shopping for a used minivan can feel like a gamble, especially with so many options claiming to be the perfect family hauler. Some models reward owners with years of trouble-free driving, while others turn into a steady stream of repair bills and headaches nobody signed up for.

The good news is that the used minivan market isn’t a mystery once you know which names consistently deliver and which ones tend to disappoint. Whether you’re hauling kids to practice, road-tripping across the country, or just need reliable space for everyday life, picking the right minivan makes all the difference. Here’s a breakdown of five worth buying and five worth skipping.

5 Minivans Worth Buying Used

1. 2020 Dodge Grand Caravan

The Grand Caravan earned its reputation the honest way, through years of consistent performance that owners genuinely trust. With a reliability score of 83 out of 100, this minivan sits comfortably near the top of the segment, backed by minimal recall activity that speaks to solid engineering rather than lucky timing.

Annual repair costs average around $673, a number that feels entirely reasonable for a vehicle offering this much interior space and practicality. Families looking for a minivan that won’t nickel-and-dime them every few months tend to gravitate toward the Grand Caravan for exactly this reason.

The powertrain has been refined over multiple generations, giving it a level of mechanical maturity that newer, less proven models simply can’t match yet. Straightforward maintenance is another point in its favor.

Parts availability remains excellent given how long this platform has been in production, and independent mechanics across the country are thoroughly familiar with its quirks and common service points. That familiarity translates into lower labor costs and faster diagnostic times compared to less common vehicles.

Warranty history also works in the Grand Caravan’s favor, with a track record that used car buyers can research thoroughly before committing to a purchase.

Between the low recall count, moderate repair costs, and widespread mechanic familiarity, the 2020 Grand Caravan represents a genuinely smart choice for anyone prioritizing dependability over flashy features. It’s not the newest design on the lot, but it’s proven itself repeatedly where it actually counts.

2. 2023 KIA Carnival

Fresh styling immediately gives the 2023 Kia Carnival a different personality from many traditional minivans. It looks more like a large family vehicle with SUV-inspired styling, yet it retains the passenger-friendly layout that makes a minivan useful.

The numbers are encouraging, too. A reliability rating of 82/100 places the Carnival near the top of this group. Its relatively low complaint and repair rates add to its appeal, particularly for buyers who want something newer without paying for the latest model year.

Inside, the Carnival provides the kind of flexibility families appreciate. Multiple seating configurations, generous passenger room, and useful storage make it suitable for school runs, road trips, commuting, and everyday errands. Modern convenience features can also make long drives less tiring.

Buying used requires a careful inspection, even with a newer vehicle. Ask for maintenance records, verify recall completion, inspect the tires, and check that every electronic feature works properly.

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American cars have a reputation for big engines, bold styling, and a personality that doesn’t always fit neatly into the compact, fuel-sipping expectations found overseas. Yet somehow, plenty of these vehicles found audiences abroad who loved them even more than buyers back home did. From muscle cars chasing pop culture fame to rugged off-roaders built for genuinely tough conditions, these ten American vehicles proved that Detroit’s finest could win hearts far beyond U.S. borders.

Some found success through movies, others through raw performance, and a few simply offered something international buyers couldn’t get from their local manufacturers. Here’s a look at ten American classics and modern icons that became genuine international favorites.

1. Jeep Wrangler (2020)

Few American vehicles communicate adventure as clearly as the Jeep Wrangler. Its upright body, exposed hinges, removable doors, and seven-slot grille connect it visually to the military Willys MB that served during World War II.

That connection gives the Wrangler an identity that many modern SUVs simply cannot copy. Outside the United States, buyers have appreciated the vehicle for reasons that go beyond appearance.

Its four-wheel-drive hardware and impressive off-road ability make it useful for drivers who regularly encounter rough roads, steep trails, sand, or muddy paths.

In markets where diesel remains popular, including parts of Europe and Southeast Asia, international versions have also been offered with diesel powertrains. The Wrangler has another advantage that could appeal to buyers abroad. Its design and character remain unmistakably American.

In countries filled with compact hatchbacks and practical crossovers, its upright shape and rugged personality make it stand apart immediately.

Owners are not simply purchasing transportation; they are getting a vehicle with a strong outdoor image and a long history. That combination has helped the Wrangler build a loyal following well beyond U.S. borders.

2. Dodge Challenger (2019)

Muscle cars don’t always translate well internationally, where fuel prices and narrow city streets often favor smaller, more efficient vehicles.

The Challenger managed to sidestep that pattern entirely, finding a particularly enthusiastic audience in markets like the United Arab Emirates, where wide roads, cheap fuel, and a genuine appetite for performance created ideal conditions for this modern muscle car to thrive.

Powerful V8 engine options gave the Challenger a genuine performance credential that resonated with buyers accustomed to comparing vehicles against European sports cars costing considerably more.

Aggressive exterior styling added to that appeal, delivering a visual presence that stood out clearly from more understated European and Asian competitors occupying similar price points.

For buyers wanting something that looked and sounded as powerful as it actually was, the Challenger delivered exactly that combination without demanding the premium pricing typically attached to comparable European performance vehicles.

Beyond the UAE specifically, the broader Middle Eastern market showed similar enthusiasm for American muscle, drawn to the combination of straightforward mechanical power, dramatic styling, and a driving experience that felt genuinely different from what local dealerships typically offered.

This regional appetite for large-displacement engines and bold design turned the Challenger into a genuine status symbol in certain circles, proving that American muscle car philosophy, big power paired with equally big presence, could resonate strongly outside the borders where that formula originally took shape decades earlier.

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Hybrid vehicles are becoming available in more shapes and sizes, from sporty coupes and performance sedans to family SUVs and rugged utility vehicles. For buyers who want better fuel efficiency without giving up power, space, or everyday convenience, the choices are growing quickly.

Several vehicles already have hybrid versions confirmed for the coming years, while others continue to carry electrified powertrains into the 2028 model year. Here are 10 cars and SUVs worth watching, each showing a different way manufacturers are using hybrid technology to meet changing buyer expectations.

1. Honda Prelude Hybrid (2026)

Honda has brought back the Prelude, but this time, the familiar two-door coupe returns with hybrid technology and a fresh approach.

The new model keeps the sporty character people expect from the Prelude while adding better fuel efficiency for drivers who want a more balanced driving experience. Instead of simply copying the design and formula of older generations,

Honda has updated the car to suit modern drivers. Power comes from Honda’s two-motor hybrid system, which produces around 200 horsepower.

The electric motors help the car respond quickly when the driver presses the accelerator, while the hybrid setup can also help reduce fuel use compared with a conventional gasoline-powered performance car. This gives the Prelude a useful combination of performance and efficiency.

For drivers who do not want a large sedan or SUV, the Prelude offers something different. Its two-door design gives it a sporty appearance, while the hybrid powertrain makes it practical for regular driving.

Honda has also paid attention to the car’s handling, giving it a chassis setup designed to make driving more enjoyable rather than focusing only on fuel savings.

Looking ahead to 2028, the Prelude could become an attractive choice for people who want a stylish coupe with modern hybrid technology. It offers a good mix of everyday efficiency, responsive performance, and the personal feel that comes with driving a two-door car. That combination gives the revived Prelude plenty of appeal.

2. BMW M5 Sedan (2025-2028)

Big numbers tend to grab attention, and the M5 sedan has plenty of them. Pairing a 4.4-liter twin-turbo V8 with an electric motor, this plug-in hybrid produces a combined 717 horsepower.

That’s an enormous figure for a four-door sedan, and it places the M5 firmly among the most powerful cars BMW has ever built. The all-wheel-drive system helps put all that power to the pavement, which matters when you’re dealing with this much torque.

Rather than feeling like a compromise between performance and efficiency, the M5 treats the hybrid system as another tool for making the car faster. Electric assistance fills in gaps in the V8’s power delivery, smoothing out acceleration and adding a burst of extra thrust when needed.

Buyers who plug the car in regularly can also cover short trips using electric power alone, which is a nice bonus for anyone doing daily commuting in town. Once the battery runs low, the V8 takes over and the driving experience becomes classic M5, loud, quick, and planted through corners.

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The 2028 model year is shaping up to bring more vehicles built for drivers who want extra capability away from paved roads. Automakers are adding tougher tires, improved suspension setups, stronger driveline hardware, and smarter drive modes to vehicles that once focused mainly on daily comfort. Some of these upcoming choices are familiar names, while others could introduce a fresh approach to recreational driving.

From the Toyota Land Cruiser to the Honda Pioneer 1000 Elite, these eight vehicles are expected to offer varying levels of rough-road ability. Details can still change before production, so features, powertrains, and trim names should be treated as expected rather than guaranteed.

1. 2028 Toyota Land Cruiser

Buyers looking for a capable vehicle for rough roads may have another reason to watch the Toyota Land Cruiser range in 2028. Early reports suggest that Toyota could introduce a new trim combining hybrid power with equipment designed to handle demanding driving conditions more effectively.

The addition of a hybrid system could improve the Land Cruiser’s low-speed performance while also helping it use less fuel during normal daily driving.

Extra electric assistance may be particularly useful when more controlled power is needed on difficult surfaces. Expected features could include an improved suspension system, tougher tires, and advanced driving settings for dirt, rocks, mud, and steep paths.

Toyota has spent decades developing dependable four-wheel-drive vehicles, and many buyers would expect the Land Cruiser to maintain the qualities that have made it popular.

Strong ground clearance and durable protection underneath the vehicle could remain important features, especially for drivers who regularly travel on uneven roads.

Styling changes may also form part of the package. A more rugged exterior could give the Land Cruiser a stronger appearance while preserving the comfort and practicality needed for everyday use.

Should this expected version reach production, it could attract drivers who want genuine rough-road ability without buying a dedicated truck or utility vehicle.

The Land Cruiser has always offered a balance between comfort and strength, and a hybrid version with improved off-road equipment could make the 2028 model an attractive choice for people who want both qualities in one vehicle.

2. BMW X7 2028 (M60 xDrive)

For buyers who want luxury without giving up the ability to handle poor roads, the 2028 BMW X7 M60 xDrive could be an interesting option. Large luxury SUVs are usually associated with comfort, technology, and smooth highway journeys, but this model may offer more practical ability when the road conditions become less predictable.

The X7 is expected to retain its powerful V8 engine, giving it the strong performance buyers have come to expect from the M60 xDrive. Its all-wheel-drive system should also provide a good starting point for driving on wet, uneven, or loose surfaces.

BMW could improve its capability further with tougher tires, revised suspension settings, and driving modes suited to different road conditions. Inside the cabin, comfort is still likely to remain a major part of the package.

Families could use the X7 for daily school runs, long-distance trips, and regular commuting while enjoying the premium features associated with the model. When the weekend arrives, it could also handle gravel roads and other rough access routes with greater confidence.

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Mitsubishi is recalling more than 67,000 Outlander and Outlander PHEV SUVs in the United States after discovering that an infotainment software problem can prevent the rearview camera image from appearing when the vehicle is shifted into reverse.

The recall affects 67,116 vehicles from the 2025 and 2026 model years, according to Cars.com, which reported the campaign on September 1. The affected SUVs use Mitsubishi’s Alliance In-Vehicle Infotainment system, or A-IVI, and a software programming error can prevent the rear camera image from being displayed properly.

Although the defect does not involve a mechanical failure of the camera itself, it creates a legitimate safety concern. When a driver shifts into reverse, the rearview display may fail to provide the expected image, reducing visibility behind the vehicle and potentially increasing the risk of a collision.

Mitsubishi plans to correct the problem through a free software update at dealerships. The company expects to begin notifying affected owners on September 24.

The latest campaign is also significant because it expands on an earlier Mitsubishi recall involving rearview-camera software. That history demonstrates how increasingly complex vehicle infotainment systems can become directly connected to safety-critical functions.

What Is Wrong With the Outlander Camera System?

The issue is linked to software within the A-IVI infotainment system rather than a physical defect with the rear-facing camera.

According to Cars.com, the software may have been improperly programmed, causing the rearview camera image not to appear when the vehicle is shifted into reverse. When functioning correctly, the system should automatically display the camera view on the infotainment screen to give the driver a clear view behind the SUV.

If the image fails to appear, the driver loses an important source of information while backing up.

This is particularly relevant with modern SUVs because their size and design can create substantial blind spots immediately behind the vehicle. Although drivers are expected to check their surroundings and use mirrors when reversing, the rearview camera is an important part of the vehicle’s safety equipment.

NHTSA identifies rear visibility as a regulated safety area under Federal Motor Vehicle Safety Standard 111. The federal agency explains that manufacturers are required to address safety defects when vehicles create an unreasonable risk or fail to meet applicable safety standards.

The Mitsubishi problem therefore goes beyond an inconvenience with the infotainment system.

A blank or missing camera image can directly affect a driver’s ability to identify pedestrians, vehicles, bicycles, or other objects behind the SUV. The potential consequence is particularly serious in parking lots, driveways, and other areas where children or pedestrians may unexpectedly move behind a vehicle.

Cars.com reports that the new recall expands recall 25V507, indicating that Mitsubishi has previously addressed a related issue. The new campaign brings additional 2025 and 2026 vehicles into the recall population.

The remedy is comparatively straightforward. Owners will not need a replacement camera or other major hardware. Dealers will update the A-IVI software at no cost.

Mitsubishi has assigned the recall the manufacturer campaign number SR-26-002. Owners with questions can contact Mitsubishi at 888-648-7820, according to Cars.com.

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Diesel pickups are not disappearing from the American market, but the path to 2028 is far less certain than headlines sometimes suggest. Several truck programs are scheduled for major redesigns around this period, while diesel power remains available in parts of the full-size segment today.

However, it is important to separate confirmed plans from rumors. Automakers have not officially announced eight U.S. trucks that will receive diesel engines for the 2028 model year.

The trucks below therefore include models with credible 2028 product plans and diesel-related evidence, while clearly identifying what is confirmed and what remains speculation. That distinction matters when discussing future powertrains and avoids presenting rumors as factory announcements.

1. Ram Dakota

The Ram Dakota is one of the most interesting candidates for a future diesel discussion because Ram is preparing to return to the midsize pickup market. Stellantis has indicated that a Dakota is planned for North America, with reporting pointing toward 2028 production.

The truck is expected to use the Jeep Gladiator’s platform, giving it a body-on-frame foundation suited to towing, hauling, and off-road use. Ram’s broader product strategy also calls for expanding its truck lineup substantially.

The important catch is the engine. Ram has not announced a diesel powertrain for the U.S.-market Dakota. Reports currently point toward a smaller turbocharged engine, but official horsepower, torque, transmission, and fuel-economy figures have not been released. Consequently, calling the Dakota a confirmed 2028 diesel truck would be inaccurate.

There is nevertheless a reason enthusiasts keep mentioning diesel. Ram still has deep diesel expertise through its heavy-duty lineup, including the 6.7-liter Cummins inline-six. For 2027, Ram even expanded Cummins availability into the Power Wagon, where the high-output engine produces 430 horsepower and 1,075 lb-ft of torque.

That demonstrates that Ram continues to invest in diesel technology, although it does not prove that the Dakota will receive one.

For buyers hoping for a diesel midsize Ram, the Dakota is therefore a truck worth watching, not a confirmed diesel purchase.

2. Ram Rampage

The Ram Rampage presents a much stronger diesel connection, although there is still an important geographic limitation. The compact pickup is already sold in South America with a turbocharged diesel engine, making it one of the few future U.S. truck candidates with an actual diesel powertrain behind its name rather than pure speculation.

The South American Rampage is offered with a 2.2-liter turbo-diesel producing approximately 197 horsepower and 332 lb-ft of torque. It is paired with a nine-speed automatic transmission and four-wheel drive. The same truck is also offered with a turbocharged gasoline engine.

That sounds promising for American diesel enthusiasts, but there is a major qualification: Ram has not confirmed the U.S. Rampage’s powertrain lineup. MotorTrend specifically reports that the 2.2-liter diesel is available in South America but considers a diesel version less likely for North America.

Ram’s North American product plans do confirm a compact pickup, but they do not establish that American customers will receive the diesel engine.

That distinction could become especially important because U.S. emissions and certification requirements can force significant changes between global and American versions. A powertrain that works in Brazil cannot simply be assumed to arrive in the United States unchanged.

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Some engines become legendary for their impressive power, while others build their reputations through sheer dependability. They start reliably, handle demanding work, and continue running long after the odometer reaches mileage that would make many owners uneasy.

For this ranking, reliability is based on documented longevity, engine design, widespread U.S. use, and known failure patterns rather than internet folklore.

A recall involving a vehicle’s brakes, airbags, or electronics does not automatically make its engine unreliable. NHTSA separates safety recalls from complaints and other manufacturer communications, so the distinction matters.

1. Toyota 2UZ-FE

The Toyota 2UZ-FE may have one of the most compelling durability records on this list. Its reputation is backed by a particularly famous example, a 2007 Toyota Tundra that went on to accumulate one million miles.

MotorTrend documented the truck’s teardown and reported that the 4.7-liter V8 was still capable of running strongly when Toyota engineers examined it. The engine had been built at Toyota’s Huntsville, Alabama, facility, which originally produced the 2UZ-FE.

That million-mile example should not be interpreted as proof that every 2UZ-FE will reach seven figures. It does, however, demonstrate what the architecture can accomplish when maintenance and operating conditions are favorable.

The engine’s cast-iron block was particularly well suited to Toyota’s trucks and SUVs, where durability and low-end pulling ability mattered more than minimizing engine weight.

The U.S. 2UZ-FE appeared in applications including the Tundra, Sequoia, and Land Cruiser. Depending on model year and application, output increased substantially during its production run. Later versions made as much as 275 horsepower and 332 lb-ft of torque.

The engine is not maintenance-proof. Timing-belt service is critical, and neglected cooling systems, oil leaks, or worn accessories can eventually create expensive problems. The important point is that these maintenance requirements do not erase the underlying strength of the engine.

The one-million-mile Tundra provides unusually tangible evidence for the 2UZ-FE’s reputation. Toyota’s own engineers were able to run the engine on a dynamometer after its extraordinary service life, and MotorTrend reported that it performed impressively.

2. Honda K20

The Honda K20 stands out for blending high revving performance with impressive long term durability. Introduced in the early 2000s, this 2.0 liter engine became part of Honda’s highly regarded K series and earned a strong reputation among enthusiasts and everyday drivers alike.

The U.S.-market K20A2 found in the Acura RSX Type-S produced about 200 horsepower and 142 lb-ft of torque, while other K20 variants delivered different outputs. The engine’s DOHC design, i-VTEC technology, and timing chain helped give it both strong performance and relatively straightforward mechanical architecture.

Its durability is supported by years of enthusiast and technical experience. Independent engine references commonly place well-maintained K20 examples beyond 200,000 miles, although mileage alone cannot guarantee the condition of an individual engine.

The K20 does have identifiable weak points. High-mileage examples can develop timing-chain tensioner wear, oil leaks, worn engine mounts, and valvetrain problems. High-RPM use can also expose lubrication weaknesses, particularly when an engine is modified or repeatedly driven on a track.

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A cracked radiator can turn an ordinary drive into an expensive roadside stop. Unlike brake pads or tires, a radiator does not have a fixed replacement interval, so an early failure can be especially frustrating.

The evidence below focuses on documented U.S. owner complaints and NHTSA complaint records involving radiator cracking or closely related radiator failures before 90,000 miles. These reports prove that such failures have occurred, but they do not mean every vehicle listed will develop the problem at the same mileage.

The goal is to identify vehicles with documented early failures and explain what happened, what the repair involved, and why the evidence matters.

1. Ford Explorer

The 2006 Ford Explorer has some of the strongest documented evidence of radiator problems occurring well before 90,000 miles. CarComplaints’ records include an NHTSA complaint from an owner whose Explorer had 38,754 miles when the radiator reportedly cracked and lost its coolant.

The complaint states that the engine overheated and that this was the vehicle’s second radiator-related failure.

Another 2006 Explorer owner reported radiator cracking at approximately 45,000 miles. According to the complaint, the vehicle began overheating and producing white steam, and the radiator had to be replaced.

The owner reported spending approximately $1,100 on parts and service. This is significant because the failure occurred at roughly half the 90,000-mile threshold used for this article.

A separate owner experienced radiator leakage at 68,000 miles. The NHTSA complaint specifically states that the plastic portion of the radiator cracked and began leaking coolant, eventually causing the Explorer to overheat. A dealer determined that the radiator required replacement.

CarComplaints also notes a broader pattern involving the 2006 Explorer’s radiator, stating that radiator failures were reported around 60,000 miles and that some owners had to replace radiators multiple times.

That does not establish a statistical failure rate, but the combination of multiple complaint records and failures at 38,754, 45,000, and 68,000 miles makes the model worth additional attention when buying a used example.

The warning signs can include coolant puddles, a sweet coolant smell, visible leakage, rising engine temperature, or steam from the front of the vehicle. Continuing to drive after substantial coolant loss can turn a radiator repair into an engine repair.

2. Toyota Sienna

The Toyota Sienna offers another documented case of radiator-related problems occurring before 90,000 miles. However, some reports involve a cracked radiator connection rather than damage to the main radiator body. That distinction is important because either type of failure can lead to significant coolant loss and transmission fluid contamination.

For the 2007 Sienna, an NHTSA complaint records a failure at 69,701 miles. The owner noticed fluid underneath the vehicle after a short drive.

A mechanic determined that a connector at the bottom of the radiator had cracked and was allowing coolant and transmission fluid to mix. The radiator was replaced, and the transmission system was flushed, with the reported repair cost reaching $977.30.

The same complaint is especially concerning because the radiator serves as part of the transmission-fluid cooling system. If the internal separation between coolant and transmission fluid is compromised, the two fluids can contaminate each other.

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A catalytic converter is designed to last a long time, but it is not immune to premature failure. The important distinction is that there is no manufacturer rule saying these cars’ converters routinely fail before 100,000 miles.

Instead, the examples below are based on documented U.S. owner complaints, NHTSA complaint records, and model-specific complaint databases showing converter failures at or below that mileage.

These records prove that premature failures have occurred, not that every vehicle will experience one. Engine misfires, excessive oil consumption, coolant contamination, overheating, and fuel-system problems can also damage a converter.

The first two examples show why mileage alone should never be treated as a guarantee of converter life.

1. Ford Escape

The Ford Escape provides some of the clearest documented evidence that a catalytic converter can fail well before the 100,000-mile mark. Complaint records for the 2005 Escape include an owner who reported that two catalytic converters failed at approximately 56,000 miles.

The reported repair cost was $2,100, according to the complaint record. Another owner of a 2003 Escape reported converter failures at approximately 40,000 miles and 84,000 miles on separate vehicles.

Those reports do not establish that every Escape from these model years will experience the same problem. They do, however, provide documented examples of converters failing substantially earlier than 100,000 miles.

The 2005 Escape complaint record contains eight reports categorized specifically around catalytic-converter failure, with an average reported repair cost of $1,570 and an average mileage of 119,100 miles.

Because the average is above 100,000 miles, it would be inaccurate to describe the model as having a universal pre-100,000-mile failure point. The individual complaints are what establish the documented early failures.

The situation also illustrates why a failed converter should not automatically be treated as the root cause. A converter can be damaged by an underlying engine problem, particularly when unburned fuel enters the exhaust and overheats the catalyst.

In one 2012 Escape complaint, an owner reported that a throttle-body problem was followed by catalytic-converter damage at approximately 91,000 miles.

For buyers considering an older Escape, a persistent check-engine light, loss of power, rattling underneath the vehicle, or an emissions-related diagnostic code deserves investigation before purchasing.

2. Nissan Altima

The Nissan Altima has documented catalytic-converter complaints at mileage figures that make it relevant to a pre-100,000-mile discussion, particularly among older model years. The strongest evidence comes from the 2002 Altima, where CarComplaints records 131 complaints associated with catalytic-converter failure.

The database reports an average mileage of 102,500 miles, but individual complaints show failures substantially earlier than that average.

One documented owner reported receiving a P0420 catalytic converter code at approximately 90,000 miles after experiencing significant oil consumption. Another complaint describes converter-related problems alongside engine issues around the 95,000-mile range.

These reports are particularly important because they demonstrate a possible connection between engine condition and converter longevity rather than proving that the converter itself independently failed.

The 2002 Altima’s complaint database lists catalytic-converter replacement among the most common reported solutions, alongside engine replacement and combined engine-and-converter repairs. The reported typical repair cost for the broader problem category is $2,360.

There is additional evidence from the 2010 Altima. A complaint describes a catalytic converter being replaced at approximately 105,000 miles and then reportedly failing again at about 122,000 miles.

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The 2026 Toyota Sequoia is not a vehicle where choosing the most expensive trim automatically means getting the best value. Toyota offers six versions of its full-size SUV, ranging from the $65,725 SR5 to the $86,135 Capstone. Between them are the Limited, Platinum, TRD Pro, and 1794 Edition, each aimed at a different type of buyer.

All 2026 Sequoias use Toyota’s i-FORCE MAX twin-turbocharged V6 hybrid powertrain, producing 437 horsepower and 583 lb.-ft. of torque. Toyota also rates the Sequoia for up to 9,520 pounds of maximum towing capacity, depending on configuration.

That means buyers are not paying more for additional engine output as they move through the lineup. Instead, the higher prices primarily purchase additional equipment, luxury features, and specialized capability.

That makes the trim decision particularly important. The SR5 starts at $65,725, the Limited at $71,495, the Platinum at $81,735, the TRD Pro at $82,465, the 1794 Edition at $82,550, and the Capstone at $86,135. The price spread from the least expensive to the most expensive Sequoia is therefore $20,410 before destination charges, options, taxes, and other fees.

For most buyers, the question is not whether the Capstone is nicer than the SR5. It obviously is. The real question is whether the additional equipment is worth thousands of dollars.

SR5 vs. Limited: Where the Sequoia Starts Making Sense

The SR5 is the logical starting point for buyers who primarily want the Sequoia’s size, power, and towing capability without paying for luxury equipment.

Toyota equips the 2026 SR5 with an 8-inch Toyota Audio Multimedia touchscreen, an eight-speaker audio system, and Toyota Safety Sense 2.5. It also comes with 18-inch silver-painted alloy wheels and the same 437-hp hybrid powertrain found throughout the lineup.

The SR5 is also available with rear-wheel drive or part-time four-wheel drive. Toyota says 4WD is standard on the 1794 Edition, Platinum, TRD Pro, and Capstone, while SR5 and Limited buyers can choose between 2WD and 4WD.

The Limited costs $5,770 more than the SR5. That additional money buys a substantial equipment upgrade. The Limited receives 20-inch gray-painted and machined-finish wheels, leather-trimmed seats, power-adjustable front seats, and the larger 14-inch Toyota Audio Multimedia touchscreen.

For 2026, Toyota also transitioned the Limited to leather-trimmed seating and made power-folding third-row seats standard across the entire Sequoia range. The Limited, therefore, occupies an important position in the lineup.

It provides many of the features that buyers of a nearly $70,000 full-size SUV are likely to expect without pushing the price above $80,000.

The fuel-economy figures also favor these two lower trims. Toyota lists the SR5 and Limited at an estimated 21 mpg city and 24 mpg highway, compared with 19 city and 22 highway for the upper trims.

That difference is not enough to transform the Sequoia into an economical SUV, but it reinforces the value argument for the lower trims.

The SR5 is the best choice if price and utility are the priorities. It gives buyers the same 437-hp powertrain and fundamental Sequoia capability for the lowest entry price.

But for buyers who intend to use the vehicle as a family SUV every day, the Limited is arguably the sweet spot.

For an additional $5,770, the larger touchscreen, leather-trimmed interior, and additional comfort equipment make the vehicle feel considerably more expensive without approaching the price of the luxury-oriented trims.

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A failed air conditioning compressor at 150,000 miles can leave a used car owner facing a difficult decision. Spending four figures on a high mileage vehicle may seem hard to justify, but there is no universal answer. The right choice depends on the car’s condition, value, and expected future repairs.

Mileage alone should not determine whether an AC compressor gets replaced. A well-maintained vehicle with 150,000 miles can have many useful years ahead, while a poorly maintained car with considerably fewer miles may be approaching several major repairs.

The more important calculation is the vehicle’s condition, market value, expected remaining life, and the actual cost of restoring the AC system.

The compressor is also only one part of the system. A technician needs to determine whether the compressor itself has failed or whether another component is responsible for the lack of cold air.

According to RepairPal’s August 2026 estimates, replacing an automotive AC compressor averages $1,058 to $1,447, including approximately $239 to $351 in labor and $819 to $1,096 for parts. The estimate varies considerably by vehicle.

Kelley Blue Book’s current national estimate is higher, placing average compressor replacement at $1,546 to $1,705, while noting that location and vehicle-specific factors affect the final price.

That difference illustrates why getting a vehicle-specific estimate is essential before deciding whether a 150,000-mile car is worth repairing.

First, Determine Whether the Compressor Actually Failed

A car that stops blowing cold air does not automatically need a new compressor. The AC system includes the compressor, condenser, evaporator, expansion device, refrigerant lines, and electrical controls. A leak, electrical fault, clutch problem, or another failed component can produce symptoms that look like compressor failure.

Kelley Blue Book lists weak cooling, unusual noises such as grinding or squealing, unpleasant smells, and changes in engine performance when the AC is switched on as symptoms associated with compressor problems.

Proper diagnosis therefore matters more on a high-mileage vehicle because unnecessary parts replacement can quickly turn a manageable repair into an expensive one.

RepairPal says compressor diagnosis requires checking system pressures and using professional equipment, while replacement generally involves evacuating the refrigerant, removing the belt, refrigerant lines, and electrical connections, installing the new compressor, and recharging the system.

If only a clutch, electrical component, or another relatively inexpensive part has failed, replacing the entire compressor may not be necessary.

If the compressor has seized or experienced an internal mechanical failure, replacing it is often the more practical solution. However, the condition of the compressor is not the only concern. It is also important to determine what happened when the original unit failed.

If the compressor suffered an internal breakdown and contaminated the refrigerant circuit with debris, replacing only the compressor may not be sufficient.

The technician may need to inspect and potentially replace other components and properly flush or clean the system. That can push the final bill substantially above the basic compressor-replacement estimate.

This is why a $1,200 quote and a $2,500 quote can both be legitimate for apparently similar AC problems.

The first may involve a straightforward compressor replacement. The second may include additional components or contamination-related work. At 150,000 miles, the distinction becomes critical.

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An extended warranty can sound like a smart purchase when buying a used car. One unexpected transmission failure or expensive electronic repair can easily turn a manageable ownership budget into a major bill.

Dealers know that, which is why service contracts are frequently presented as an extra layer of protection before a used-car buyer signs the final paperwork. But an extended warranty is not automatically a good investment.

The Federal Trade Commission points out an important distinction that many buyers overlook. The product dealers often describe as an “extended warranty” is usually an auto service contract rather than a warranty under the law.

It is an optional agreement in which a manufacturer, dealer, or independent company promises to pay for certain repairs or services under specified conditions. Prices and coverage can vary widely.

That means the real question isn’t simply whether the warranty is expensive. It is whether the coverage is likely to provide more financial protection than it costs.

The First Cost Is the Price You See, But It Isn’t the Only One

The price of an extended warranty can vary dramatically depending on the vehicle’s age, mileage, make, model, coverage level, contract length, and provider.

AAA Automotive says annual extended-warranty pricing can range from roughly $600 to more than $3,500, illustrating how widely the market varies.

The FTC likewise warns that auto service contracts can cost several hundred to several thousand dollars. The contract may also require a deductible every time the vehicle is serviced or repaired.

That deductible can materially change the economics. Imagine paying $2,500 for a service contract with a $200 deductible. A covered repair costing $2,000 does not necessarily mean you saved $2,000. You have already paid for the contract, and you may still owe the deductible.

The calculation becomes even more complicated when several separate repairs occur. AAA notes that some contracts charge a deductible per visit, while others may charge for individual repairs performed during the same visit.

Then there is financing. If you roll the warranty into your car loan, you are not simply paying the advertised warranty price. You are financing that additional amount and paying interest on it according to the terms of the loan.

The FTC specifically advises buyers to ask dealers to disclose the price of add-ons and, when financing, determine what those products will cost over the life of the loan. Extended warranties and service contracts are optional add-ons.

A $2,000 service contract should be treated as a $2,000 purchase rather than a minor monthly expense buried within the loan payment. More importantly, buyers need to understand exactly which repairs and components the contract covers before deciding whether it is worth the cost.

“Bumper-to-Bumper” Doesn’t Mean Everything Is Covered

One of the biggest mistakes used-car buyers make is assuming that an extended warranty covers anything that breaks. Most service contracts do not.

The FTC advises buyers to examine exactly which components and repairs are covered and which exclusions apply. A contract that says it covers “mechanical breakdowns,” for example, may not cover damage associated with normal wear and tear.

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Premium gasoline is one of those automotive expenses that can leave drivers wondering whether they are buying something their car actually needs. At the pump, the higher price can make premium fuel seem like a performance upgrade, but octane does not work that way.

Higher-octane gasoline is primarily about resisting engine knock, not automatically producing more power.

Whether premium fuel matters depends on the engine’s compression ratio, turbocharging, ignition strategy, and, most importantly, what the vehicle manufacturer specifies. For some engines, premium is essential to achieving the advertised performance. For others, regular gasoline is perfectly acceptable.

The difference can also be surprisingly important for modern turbocharged engines, which can adjust their operation depending on the fuel available.

The U.S. Environmental Protection Agency explains that octane measures a fuel’s resistance to knocking or pinging during combustion. Higher-octane gasoline can withstand greater pressure before uncontrolled combustion occurs. That is why high-performance and highly boosted engines may require or recommend premium fuel.

But a higher octane rating does not mean the fuel contains more energy or that every vehicle will accelerate faster on it.

What Octane Actually Does Inside an Engine

To understand when premium gasoline matters, it helps to separate octane from energy content. During normal combustion, the spark plug ignites the compressed air-fuel mixture at the appropriate point. The flame should travel through the combustion chamber in a controlled manner.

Knock occurs when part of the unburned mixture ignites prematurely or independently because pressure and temperature become high enough. That creates pressure waves that can produce the familiar metallic knocking sound and, under severe conditions, damage engine components.

Higher-octane gasoline is more resistant to this phenomenon. The EPA notes that using gasoline with an octane rating lower than the vehicle manufacturer recommends can cause engine knock and potentially lead to damage.

Modern engines have knock sensors and engine-management systems that can detect the problem and adjust ignition timing, but that does not mean using the wrong fuel is desirable.

This is why manufacturers specify different fuel requirements. An engine designed around regular gasoline has its combustion system calibrated to operate properly on that fuel.

An engine designed to exploit higher octane can use the additional knock resistance to operate with more aggressive ignition timing, higher boost pressure, or other strategies that can improve performance and efficiency.

The important distinction is between premium required and premium recommended. If the owner’s manual says premium fuel is required, using regular gasoline means the driver is operating outside the manufacturer’s specified fuel requirement.

If premium is merely recommended, the situation is different. The engine may continue operating safely on regular fuel, although performance, fuel economy, or towing capability can change depending on the vehicle.

AAA has similarly explained that drivers should follow the manufacturer’s recommendation rather than assuming that premium fuel automatically benefits every engine. Its research found that premium fuel generally provides little benefit in vehicles designed to run on regular gasoline.

Turbocharged Engines Are Where Premium Can Matter Most

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Before concept cars became the spectacular centerpieces of auto shows, manufacturers rarely built vehicles whose primary purpose was to explore what a future production car might look like. In 1938, General Motors changed that approach with the Buick Y-Job, a one-off automobile created under the direction of GM design chief Harley Earl.

The Y-Job is widely regarded as the first concept car, although GM did not originally use that terminology. Earl’s experimental Buick was intended to test styling ideas, demonstrate new design features, and give designers a full-size vehicle on which to experiment.

What made it particularly unusual was that it was not simply a static showpiece. Earl actually drove the Y-Job for years.

The car was built as a functioning automobile, and Earl reportedly used it as his personal transportation. That gave the Y-Job an unusually long life beyond the design studio and made it one of the most influential vehicles in automotive design history.

General Motors’ own Heritage Collection identifies the Y-Job as the industry’s first concept car and credits Earl with creating it to demonstrate future design possibilities. (gm.com)

Harley Earl’s Experiment With Automotive Design

Harley Earl had already established himself as one of the most influential designers in the American automobile industry before the Y-Job appeared.

After joining General Motors in the late 1920s, Earl became increasingly influential in the company’s approach to styling. GM eventually established the Art and Color Section, the industry’s first dedicated automotive styling department, under his leadership.

The department separated vehicle styling from traditional engineering and manufacturing functions, helping establish professional automotive design as a distinct discipline.

That philosophy was important because the Y-Job was not created simply to preview the next Buick. It allowed Earl and his design team to experiment with ideas that did not necessarily need to be production-ready.

The finished car was based on a Buick chassis but featured a dramatically streamlined body. It had a long, low profile, a low hood, concealed headlights, and a clean grille design. The fenders were integrated into the body rather than standing apart as prominently as they did on many 1930s automobiles.

The car also eliminated running boards, which were still common on American vehicles. GM’s Heritage Collection describes the Y-Job as incorporating several styling innovations that would later influence Buick and the broader industry, including power-operated windows, hidden headlights, flush door handles, and a power-operated convertible top. 

Not all of those features became immediate production-car standards, but that was not really the point.

The Y-Job gave designers a chance to explore how the automobile might look when practical limitations were temporarily pushed aside. Even its name was unusual.

According to GM’s historical material, the “Y” designation followed the “X” terminology used for experimental aircraft, while Earl used “Y-Job” as the designation for his experimental automobile. The term would eventually become associated with experimental and concept vehicles. 

At the time, however, consumers did not have today’s established concept-car culture. Automakers displayed new models and styling proposals, but the modern idea of building a complete, non-production vehicle specifically to demonstrate future design directions was still developing. The Y-Job helped create that formula.

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Long before cameras, processors, and adaptive LED headlights became part of modern cars, Cadillac had already found a way to make high-beam headlights respond automatically to traffic.

In 1952, General Motors introduced the Autronic Eye, an automatic headlight-dimming system offered on Cadillac and Oldsmobile models. Instead of a camera or digital sensor, it relied on a photosensitive tube mounted in a small housing on the dashboard.

When the sensor detected the headlights of an approaching vehicle, the system automatically switched the car from high beam to low beam. After the opposing vehicle passed, it returned the headlights to high beam.

It was an extraordinary piece of automotive technology for the early 1950s. The system was essentially an early form of driver assistance, using light detection and electronic control to automate a task that motorists normally performed with a foot-operated dimmer switch.

There is one historical wrinkle worth noting. Cadillac’s own current heritage timeline lists the Autronic Eye as a 1954 introduction, while contemporary technical material and historical documentation identify the system as being factory-installed on 1952 Cadillac and Oldsmobile models.

The broader historical record supports 1952 as the beginning of the Autronic Eye program, with Cadillac continuing to develop and offer the technology through later model years.

How Cadillac’s Autronic Eye Worked

The most recognizable part of the Autronic Eye was the small sensor mounted on top of the dashboard near the windshield. Its appearance was unusual enough that it looked more like a miniature periscope or gunsight than anything resembling a modern automotive sensor.

Inside that housing was a phototube, which responded to incoming light. The sensor was connected to an amplifier and a relay system that controlled the headlights. Unlike today’s systems, there was no digital computer interpreting an image.

The Autronic Eye essentially detected a sufficiently strong light source and used that signal to determine when the headlights should be dimmed.

A February 1953 edition of Radio-Electronics provided a detailed technical explanation of the system and confirmed that the Autronic Eye was offered as a factory-installed option on 1952 Cadillac and Oldsmobile models. The publication described four main components that made up the system. These included the phototube unit, amplifier, power relay, and the vehicle’s foot-operated dimmer mechanism.

The basic operating sequence was surprisingly similar to the purpose of modern automatic high-beam systems.

When the driver selected the high-beam position, the Autronic Eye remained ready to respond to approaching headlights. If its phototube detected sufficient light from another vehicle, the electronic circuitry caused the relay to switch the headlights to low beam.

Once the opposing vehicle passed and the sensor no longer received the necessary level of light, the system returned the headlights to high beam.

Cadillac’s later documentation confirms the same fundamental operation. Its 1956 vehicle information material explains that the Autronic Eye automatically switched the headlights to low beam when another car approached from the opposite direction. An override allowed the driver to retain manual control when necessary.

That manual override was important because the system could not understand traffic in the way a modern camera-based system can. It reacted to light intensity rather than identifying vehicles, road geometry, or traffic patterns.

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