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EVs Aren’t Maintenance-Free After All—Here’s Where They Wear Faster Than Gas Cars

For years, electric vehicles have been sold with an enticing promise: fewer moving parts, lower maintenance costs, and fewer trips to the service department. That promise is largely true—but it has also created the misconception that EVs are virtually immune to wear and tear. The reality is considerably more nuanced.

With millions of electric vehicles now covering billions of miles worldwide, long-term ownership data is beginning to paint a clearer picture. While EVs eliminate many of the traditional maintenance headaches associated with internal-combustion engines, they introduce a handful of new ones—some of which are directly linked to their greatest strengths.

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The biggest culprit is weight.

Modern battery packs typically add anywhere from 660 to more than 1,400 pounds (300 to 650 kilograms), making even compact electric cars significantly heavier than their gasoline-powered counterparts. That extra mass affects nearly every component connecting the car to the road.

Tires are the first to pay the price.

Combine the additional weight with the instant, neck-snapping torque electric motors deliver from zero rpm, and every enthusiastic launch scrubs away another microscopic layer of rubber. During cornering, the heavier battery pack also places greater loads on the tire sidewalls, accelerating wear even further.

The result? Studies and fleet data suggest EV tires can wear as much as 30 percent faster than those fitted to comparable gasoline vehicles, depending on driving style and vehicle weight.

The suspension doesn’t escape unscathed either. Control arms, bushings, stabilizer links, and other suspension components must constantly cope with higher loads. Simply put, many electric vehicles weigh as much empty as a similarly sized combustion-powered car does with four passengers and luggage onboard.

When Brakes Don’t Brake

Ironically, one of an EV’s greatest technological advantages can create another maintenance concern.

Regenerative braking allows electric motors to recover energy during deceleration, often providing up to 90 percent of the vehicle’s everyday stopping force. That’s excellent for efficiency—and brake-pad longevity—but it also means the conventional friction brakes are used far less frequently.

When brake discs spend extended periods without regular use, particularly in cold and damp climates, corrosion becomes a genuine issue. Winter road salt only accelerates the process, allowing rust to build up on rotors that rarely receive enough friction to clean themselves.

In severe cases, corrosion can reduce braking effectiveness and even lead to inspection failures. It’s one reason some manufacturers have returned to enclosed rear drum brakes on certain EV models. While drum brakes may sound like outdated technology, their enclosed design protects braking components from the elements while regenerative braking handles most everyday deceleration.

Plug-In Hybrids Face a Different Challenge

Plug-in hybrids occupy a unique middle ground—and inherit some unique compromises.

Unlike conventional gasoline cars, their engines often remain dormant for extended periods before suddenly being called into action under significant load. Because the engine starts cold, motor oil takes time to fully circulate, leaving critical components with less-than-ideal lubrication during those first moments of operation.

The situation becomes even more complicated when the hybrid system shuts the engine down before it has reached its normal operating temperature.

Repeated short operating cycles can allow fuel dilution and moisture to accumulate inside the crankcase, increasing the likelihood of deposits forming within the lubrication system and around fuel injectors over time. Owners who primarily make short electric-only trips may never fully warm the engine often enough to evaporate these contaminants.

The Tiny Battery That Still Causes Big Problems

Surprisingly, one of the most common causes of EV breakdowns isn’t the high-voltage battery pack.

It’s the humble 12-volt battery.

Just like in gasoline-powered vehicles, this small battery powers essential electronics and control systems. If it fails, the vehicle may refuse to start—even if the large traction battery is fully charged.

Modern connectivity can make matters worse. Frequently waking the vehicle through smartphone apps or remote features can repeatedly activate onboard systems, creating small but cumulative energy draws that gradually discharge the 12-volt battery while the car sits parked.

Still the Cheaper Car to Maintain

None of these issues erase the biggest advantage electric vehicles still hold over combustion-powered cars: lower routine maintenance costs.

Without engine oil changes, spark plugs, timing belts, exhaust systems, or many of the other consumable components found in gasoline engines, EV servicing remains significantly less expensive over the long haul.

On average, inspection and maintenance costs are roughly one-third lower than those of comparable internal-combustion vehicles. Some manufacturers show even larger savings, with maintenance costs reported to be as much as 58 percent lower for BMW EVs, 45 percent lower for Mercedes-Benz models, and around 44 percent lower for Volkswagen’s electric lineup.

A Few Simple Habits Go a Long Way

Owning an EV doesn’t require special mechanical knowledge, but a few preventative habits can make a noticeable difference.

Checking tire wear regularly can catch uneven wear before it becomes expensive. Occasionally using the friction brakes—particularly during higher-speed driving where safe and appropriate—helps keep brake rotors clean and free from corrosion. Plug-in hybrid owners should also ensure the gasoline engine periodically reaches full operating temperature during longer drives to minimize moisture buildup and fuel dilution.

Electric vehicles may not be maintenance-free, but they remain simpler and generally cheaper to own than traditional combustion cars. The catch is that while they’ve eliminated many of yesterday’s service headaches, they’ve quietly created a few entirely new ones. As EV technology matures, understanding those trade-offs will become just as important as appreciating their undeniable advantages.

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2027 Alpine A110 EV Prototype Previews an Electric Sports Car That Refuses to Forget What Made the Original Great

The gasoline-powered Alpine A110 has taken its final bow. After eight years in production and 28,701 examples built, the lightweight French coupe has officially rolled off the assembly line in Dieppe for the last time, bringing the second-generation model to a close. But Alpine isn’t letting its most celebrated nameplate fade into history.

Instead, it’s reinventing it.

Meet the A110 Future—a development prototype that previews the third-generation A110 due to arrive in 2027. While it wears familiar bodywork, this isn’t simply yesterday’s sports car with a battery stuffed where the engine used to live. Underneath, Alpine has started with a clean sheet of paper, developing an entirely new electric sports car around its dedicated Alpine Performance Platform (APP).

And unlike many manufacturers making the leap to electrification, Alpine insists it isn’t willing to sacrifice the characteristics that made the A110 such a standout in the first place.

At first glance, the prototype doesn’t appear radically different from the outgoing coupe. That’s intentional. Like many early test mules, it combines existing body panels with new hardware hidden beneath. Look closer, though, and the changes become obvious. Wider fenders hint at substantially broader front and rear tracks, while the familiar rear-mounted 1.8-liter turbocharged four-cylinder—an engine whose roots trace back to the Renault Megane RS—has disappeared entirely.

In its place are two electric motors driving the rear wheels.

Keeping rear-wheel drive rather than adopting the increasingly common all-wheel-drive layout suggests Alpine remains committed to preserving the playful handling balance that has defined the A110 since its revival in 2017. The dual-motor setup promises significantly more torque than the outgoing gasoline model, although Alpine has yet to reveal power figures.

The real engineering story, however, lies beneath the floor.

Rather than installing a conventional skateboard battery stretching from axle to axle, Alpine has developed a split battery arrangement positioned toward the rear of the chassis. The goal is to achieve a 40:60 front-to-rear weight distribution, helping the electric coupe maintain the agility expected of a proper driver’s car.

Weight, of course, remains the elephant in every EV sports car discussion.

The outgoing A110 tipped the scales at just 1,102 kilograms (2,430 pounds), making it one of the lightest sports cars on sale. Matching that figure with a battery-powered replacement borders on impossible, but Alpine appears determined to keep the increase under control. The company says the battery uses high-energy-density cells combined with a cell-to-pack design that integrates the cells directly into the battery structure, reducing unnecessary mass and improving packaging efficiency.

The platform itself also relies heavily on aluminum, while an all-aluminum suspension is designed to trim every unnecessary kilogram.

Efficiency has received equal attention. Alpine confirms the A110 Future uses a silicon carbide (SiC) inverter, allowing greater power density while reducing electrical losses and weight. An 800-volt electrical architecture also forms part of the package, promising the kind of ultra-fast DC charging increasingly becoming standard among high-performance EVs.

If Alpine’s engineering ambitions sound lofty, its marketing claims go even further.

The company describes the upcoming A110 as “the world’s first true electric sports car” and says it will possess everything necessary to outperform today’s finest internal-combustion sports cars. Those are bold promises in a segment populated by machines with decades of development behind them, but Alpine has built its reputation on prioritizing handling finesse over outright horsepower.

If it can translate that philosophy into the electric era, the new A110 could become one of the few EVs that enthusiasts genuinely want to drive rather than simply admire on a specification sheet.

The production model remains several years away, and Alpine continues to keep most of the technical details under wraps. Exact output, battery capacity, driving range, acceleration figures, and curb weight all remain unanswered questions.

Still, the direction is becoming clear.

The next A110 won’t attempt to imitate its predecessor by pretending batteries don’t exist. Instead, Alpine is embracing electrification while engineering around its biggest compromises. Rear-wheel drive, careful weight distribution, lightweight materials, and chassis-first development suggest the company understands that sports cars are defined by feel as much as speed.

The A110 Future will make its public debut at the Goodwood Festival of Speed next week before evolving into the production model scheduled to reach customers in 2027. Beyond that, Alpine has already confirmed plans for a larger 2+2 electric sports coupe that will revive the A310 name for the first time since 1984.

For a company built on lightweight driving machines, the electric era represents its biggest challenge yet. Whether the next A110 becomes the benchmark Alpine promises remains to be seen—but at least it appears determined to tackle that challenge on its own terms.

Source: Alpine

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Kids Turn Ferrari 488 GTB Into a Playground Slide, Owner Sues Parents After $4,300 Damage Bill

Owning an exotic car comes with plenty of expected risks—stone chips, careless parking, and the occasional overenthusiastic admirer. Few Ferrari owners, however, expect their six-figure supercar to become neighborhood playground equipment.

That’s exactly what happened to the owner of a Ferrari 488 GTB in Kunming, China, who has now filed a civil lawsuit against the parents of four children accused of using the Italian supercar as an impromptu jungle gym.

The incident occurred in late May after four neighborhood boys, reportedly all under the age of 10, discovered the Rosso Red Ferrari parked in an open area. Security camera footage that later circulated on social media shows the children climbing onto the car, sitting on the windshield, walking across the roof, and sliding down the rear glass as if it were playground equipment. At one point, the exposed engine beneath the rear window appeared to capture their attention, while bamboo poles were also seen making contact with the bodywork.

When the owner returned from a business trip, he found the consequences of their curiosity scattered across nearly every panel. According to local reports, the Ferrari suffered deep scratches to the hood, roof, fenders, taillights, and glass, while the front bumper was also cracked.

Given Ferrari’s famously expensive repair costs, the owner chose not to send the car to an official dealership. He estimated factory repairs would have exceeded 100,000 yuan (about $14,700). Instead, he took the 488 GTB to an independent body shop, where aftermarket replacement parts helped reduce the final repair bill to 29,360 yuan—roughly $4,300.

Armed with repair invoices, the owner met the children’s parents twice at a local police station in hopes of reaching a settlement. According to the South China Morning Post, the parents offered just 5,000 yuan (around $730) in compensation and reportedly did not bring the children to apologize for the damage.

The negotiations quickly stalled.

Unwilling to accept the reduced offer, the Ferrari owner has now filed a civil lawsuit seeking reimbursement for the full cost of the repairs.

Under Chinese law, children younger than 14 cannot be subjected to administrative detention, meaning civil litigation is effectively the only legal avenue available for property owners seeking compensation from a child’s legal guardians.

The damaged car is no ordinary sports car. Produced between 2015 and 2020, the Ferrari 488 GTB marked a major milestone for Maranello by replacing the naturally aspirated 458 Italia with a 3.9-liter twin-turbocharged V8 producing 670 horsepower. It was later succeeded by the F8 Tributo before Ferrari transitioned to hybrid power with the 296 GTB.

According to the owner, he purchased the Ferrari new for 3.6 million yuan—approximately $530,000—and, until this incident, it had never suffered so much as a scratch.

For most owners, protecting a Ferrari means avoiding potholes, parking far away from shopping carts, and keeping up with meticulous maintenance. Few would think to add “playground supervision” to the list.

Source: South China Morning Post via YouTube