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Q1 2025 Update: Preliminary sales and market share numbers are here. See the latest U.S. EV market share estimates below as we await final numbers.
As electric cars, trucks and SUVs continue to enter the mainstream in 2025, the tug-of-war between EV startups and legacy giants is heating up. Will Tesla hold its lead, or will Ford, General Motors and the rest catch up? Bookmark this page for the latest quarterly and monthly sales and market share updates for electric vehicles in the United States.
Q1 2025 Electric Vehicle Market Share and Sales (U.S.)
Q1 2025 EV sales numbers showed the strength of the U.S. electric vehicle market during the slowest months of the year for car buying. Here are some standouts that got our attention:
U.S. EV market share was 7.5% in Q1 2025, up year-over-year but down from 8.7% the previous quarter.
EV sales volume was up 11.4% year-over-year, totaling 294,250 sales in the first quarter.
Tesla’s U.S. EV market share held steady at 43.4%, but sales are down 9% year-over-year.
General Motors doubled EV sales since Q1 2024, while Ford’s EV sales were up slightly.
Stellantis, Honda, and Volkswagen Group gained EV market share in the first quarter as new models began to sell in volume.
In the first quarter of 2025, battery electric vehicle market share reached 7.5% of all new car sales in the United States. This is up from 7.0% EV market share in Q1 2024, but down from 8.7% in Q4 2024. In terms of total sales volume, battery electric vehicle sales were up 11.4% year-over-year according to Cox Automotive.
Q1 2025 EV Sales Totals
Here’s how U.S. EV sales totals in Q1 2025 compare to the past three years:
In Q1 2025, Tesla is down to 43.5% of EV market share in America. Tesla remains the dominant player in an increasingly crowded field. According to analyses by Cox Automotive, Tesla sales accounted for 49% of all EVs sold in the US in 2024, down from 55% in 2023, and 62% in 2022. At the start of the year in Q1 2022, Tesla had a 75% EV market share in America.
Ford, GM, and Hyundai Motor Group continue to fight for second place. Hyundai and Kia EV sales soared in 2024. Last year, Ford’s EV sales were overtaken by GM somewhat unexpectedly. GM launched the successful Equinox EV and Blazer EV in 2024. However, the Silverado EV and Sierra EV have not sold in the high numbers GM is hoping for.
Volkswagen Group was back on the scene in Q1 with healthy sales of the Volkswagen ID.4 and the new electric Porsche Macan.
Historical Data
Q1 2023
Q2 2023
Q3 2023
Q4 2023
Q1 2024
Q2 2024
Q3 2024
Q4 2024
Q1 2025
Battery Electric Vehicles (BEV)
7.3%
7.2%
7.9%
8.1%
7.3%
8.0%
8.9%
8.7%
7.5%
Electrified (HEV, PHEV, BEV)
14.5%
16.0%
17.7%
16.0%
17.8%
19.1%
21.2%
TBD
TBD
In 2024, the US EV market share reached 8.1% of all light vehicle sales, up from 7.3% of sales in 2023. In 2022, 5.8% of the new cars Americans bought were fully electric, which was a sharp increase from 3.2% in 2021.
According to EIA.gov, Combined sales of hybrid vehicles, plug-in hybrids, and battery electric vehicles in the United States rose to 16.3% of total new light-duty vehicle sales in 2023. In 2022, hybrid, plug-in hybrid, and BEV sales were 12.9% of total sales.
Electrified powertrains continue to see rapid growth, despite less growth in the electric-only segment.
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Have you ever seen a driverless vehicle? Not a Tesla, but a moving car, truck or SUV without anyone in the driver’s seat? True self-driving cars are less than a decade away, and key players have established a new industry that’s on the verge of spilling out into the mainstream. Legacy automakers are investing billions of dollars into emerging AI startups focused on driverless tech. These are the big names in autonomous driving, and the automakers they’re teaming up with.
Argo AI
Argo has a partnership with Ford. Pictured is the all-new F-150 Lightning
Argo is a Pittsburgh based tech company that is making a name for itself as a leader of autonomous driving technology that is relatively close to mass adoption. Argo has partnerships with Ford, Volkswagen, Walmart and Lyft. The Argo Self-Driving System is already undergoing testing with Ford and Volkswagen vehicles.
Argo’s weakness is more likely a tradeoff that engineers at Argo were willing to accept in exchange for higher probability of success in the near future. And it seems to be working well for them. Argo Self-Driving works on roadways that are intricately mapped beforehand so that the system knows about street-level conditions and safety precautions.
In conjunction with an all-of-the-above sensor approach (LiDAR, radar and cameras), Argo Self-Driving is designed to drive like an experienced driver, but only in certain areas. The benefit of this approach is that it’s much more realistic in the near-term, despite its limited use case.
Cruise
The first generation Cruise Autonomous Vehicle exists on a modified version of the Chevrolet Bolt. That’s because General Motors bought the Cruise startup back in 2016. Rest assured that the next milestone for this promising company is the launch of the Cruise Origin, a driverless pod without a steering wheel. In January of 2021, Honda announced a partnership with Cruise to bring the Origin to Japan. GM announced that the Cruise will begin production in Detroit in 2023. Cruise will certainly be competing head-to-head with Zoox and others with eerily similar product roadmaps.
Pony.ai
With millions of kilometers of testing completed and a data-driven approach, Pony.AI is playing the long game in autonomous driving. That’s not stopping them from getting off to a strong start. Pony.ai was the first to launch a robo taxi service in 2018, allowing passengers to hail self-driving cars in Guangzhou, Beijing, Irvine, CA, and Fremont, CA. In February 2020, Toyota invested $400 million in the company.
Waymo
Formerly the Google Self-Driving car project, Waymo is off to a great start with their sensor-loaded approach to autonomous driving. Google started their self-driving research in 2009 back when optimism about near-future autonomy was peaking. Now, Waymo continues as a subsidiary of Alphabet, Google’s parent company.
In 2022, Waymo currently operates ride-hailing driverless vehicles in the Phoenix area, and testing has started in San Francisco and New York. Waymo equips vehicles with a suite of sensors that help the autonomous system paint a picture of the environment around the car at all times. It’s not perfect, but riders say it’s impressive and improving. Interestingly, not all of the vehicles equipped with autonomous driving are fully-electric. Driverless Chrysler vans are a common sight in Phoenix.
Zoox
Zoox, a recent subsidiary of Amazon, has the goal of providing enjoyable mobility-as-a-service in dense urban environments. Basically, autonomous ride-hailing. Zoox handles the driving, charging, maintenance, and upgrades for their vehicles. It’s like an autonomous taxi, sort of like Waymo. The rider will simply pay for the service. The Zoox vehicle is a passenger-focused capsule designed in-house. We’ll be hearing more about Zoox autonomous vehicles.
Investments in True Autonomous Driving Are Accelerating
The global autonomous vehicle market was valued at $76.13 billion in 2020, and is projected to reach $2 trillion by 2030. Legacy automakers like GM, Ford, Stellantis and Volkswagen are banking on partnerships with AI startups to leapfrog into a future where driverless vehicles are safe, affordable and accessible. How will the likes of Tesla, Lucid, Rivian, and other newcomers innovate and adapt to the changes to come? Time will tell.
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Sadly, these days it’s not possible to leisurely head to a dealership and pick out the perfect vehicle. Inventory remains at record lows, and supply chain shortages are going to get worse before they get better. The electric lifestyle is an adjustment for most first-time EV buyers, and preparation eases the transition considerably. You don’t want your new car honeymoon to be ruined by missed opportunities or misconceptions. Here are five reasons why you should plan ahead before making your first electric car purchase.
Inventory is slim to none for all new autos, and electric vehicles have been hit especially hard by the supply shortages of 2021 and 2022. EVs are the product of truly global supply chains, and that makes them particularly vulnerable to disruptions. EV leader Tesla has so far avoided the worst of the supply shortages, however high demand has new orders seeing delivery dates over 8 months away.
Tesla isn’t the only automaker seeing serious delays. The popular Volkswagen ID.4, Ford Mustang Mach-E and Hyundai IONIQ 5 are all hard to find on a dealer lot nationwide. Data from Cox Automotive shows that day’s supply, the preferred industry metric for new car availability, is dismal for several electric vehicle makers.
Here’s the day’s supply for popular brands that sell electric cars in America. Tesla, Rivian and Lucid sell directly to consumers, so there is no available data for their models.
Kia: 19
Volkswagen: 29 days
Nissan: 34
Hyundai: 35
Chevrolet: 39
Ford: 40
As bad as these supply estimates are, many shoppers note that many dealers have just a few cars on the lot. Don’t expect to find exactly what you want at your local dealership.
If you’re eager to get yourself into a new car as soon as possible, check out CarEdge Car Search to locate electric cars around the country. Beware misleading postings from dealerships. I’ve found that about half of dealer postings are actually misrepresenting cars that are already spoken for.
It’s not fun, but it’s worth it to call around. Soon, you may find yourself forgetting which dealers you’ve contacted, so it’s wise to keep a spreadsheet of who you’ve reached out to, and their inventory situation. While you’re at it, keep track of what their dealer markups are for EVs. Some dealers are taking advantage of the situation and charging $5,000, $10,000 or even $20,000 over MSRP.
If you don’t find what you’re looking for at a competitive price point, most automakers let you place an order for their popular EVs. Sometimes, you’ll have to order through a dealership, so keep that in mind if you don’t see a way to place an order on the automaker’s website. For example, the Hyundai IONIQ 5 and Cadillac Lyriq can only be ordered through a participating dealer.
If you have your eyes set on a Tesla, placing an order is simple. In fact, it takes just a few minutes (but requires a non-refundable deposit). However, demand far exceeds supply for Tesla models. Expect to wait 6-10 months for a Model Y.
Make plans for charging your electric car
If you drive less than 30 miles a day and live near public fast chargers, don’t sweat it. However, long distance commuters and rural EV owners will be glad they thought about how to meet their charging needs.
Over 80% of electric car charging is done at home at affordable residential electricity rates, costing less than $15 for a full charge. If you skip any special home charger installation, plugging in to a typical wall socket will add two to four miles of range per hour. Over 12 hours (at night, for example), a standard wall outlet will add about 25 to 50 miles of range. However, frequent travelers will get tired of the slow charging speeds possible with basic 110-volt wall outlets.
For those who regularly drive more than 50 miles each day, it will likely be worth the investment to get a level 2 home charger installed. A level 2 charger increases power supply to 240 volts, and adds about 20 to 40 miles of range per hour. Unless you’re lucky enough to already have a 240-volt dryer outlet in your garage, installing a level 2 charger at home can cost between $700 and $1500, depending on labor costs and the condition of existing electrical infrastructure in the home.
We’ve covered all you need to know about how much it costs to charge an electric car in our CarEdge guide to charging.
Do you need fast charging?
At some point, a public DC fast charger will be essential for travels. If you purchase an electric vehicle with over 200 miles of range, getting to one shouldn’t be a problem. However, there continues to be wide variation in charge times, and that will make or break the EV ownership experience for frequent travelers.
The Hyundai IONIQ 5, Kia EV6 and Tesla models can all add about 200 miles of driving range in about 20 minutes. However, the 2023 Subaru Solterra EV takes 56 minutes to add the same range. Pay attention to the details, and consider how each electric model would fit into your lifestyle and needs.
Taxes, rebates and more: When will you benefit the most from EV incentives?
For many households, tax liability fluctuates from year to year. If you know when a particularly large tax bill will be due, it might be a great time to buy an electric vehicle. The current federal electric vehicle tax credit is worth up to $7,500, however tax filers who owe at least as much in annual tax liability will get the full benefit from the credit. For example, a family who has a federal tax liability of $5,500 will only be able to claim $5,500 of the EV tax credit. That’s why it makes sense to purchase an EV when tax liability is expected to be at least $7,500.
Plug-in hybrids qualify for between $2,500 and $7,500, depending on battery size.
The credit (non-refundable) remains in effect for all automakers who have yet to reach the law’s 200,000-vehicle limit. Tesla and General Motors have surpassed the limit, so buyers of the Bolt, Silverado EV, and Tesla models won’t benefit from this generous incentive unless Congress overhauls the law. Revisions to the EV tax credit are possible in 2022. Stay up to date with the latest EV tax credit developments here.
Where will you go for EV service?
If you live anywhere near a major metropolitan area, especially along the coasts, you’ve got nothing to worry about. The rest of us need to bear in mind the limits of EV newcomers like Rivian, Lucid and Fisker when it comes to serviceability. Tesla now has 150 service centers across the country, but a few states remain without a Tesla service center. Fisker’s affordable Ocean electric SUV is loaded with impressive specs, however service centers will be few and far between for years to come.
This is where the strength of legacy automakers really stands out. A Tesla or Rivian service center will be hard to find in rural America, however legacy automakers have established dealer networks in every corner of the country.
Before you go out and buy an EV, have a plan for how and where you’ll get it serviced. Electric vehicles come with a great warranty, so you’ll definitely want a way to take advantage of it.
Consider upcoming models and updates before buying
There’s always something bigger and better in the development pipeline. Newer models tout more range, faster charging and improved performance. On the other hand, prices tick upward with every added feature.
When does it make sense to hold out for the latest and greatest? It depends on what you value most, and which electric vehicle features you desire most. Looking to get more range out of a Volkswagen or Hyundai EV? 2023 models get a slight bump. Craving faster charging? Waiting a year might save you five minutes per charge. Don’t expect huge changes from one year to the next. Automakers have set the expectation for incremental improvements.
Ultimately, it will be up to you to decide what’s worth the wait, and when it makes sense to buy (or lease) an electric car.
CarEdge’s Take
Planning ahead for your electric car purchase not only has the potential to save you money, it also makes the transition to the electric lifestyle a lot easier. It’s important to consider your household’s unique needs and wants as you shop around. In 2022, EVs represent past, present and leading-edge technologies at a wide range of price points. Here at CarEdge, we’re keeping track of EV availability in 2022.
As always, CarEdge Electric is here to empower you with the knowledge to approach car ownership with confidence. Our weekly EV newsletter is full of helpful tips, the latest EV news, and new car reviews. Consider becoming a member for expert insights and one-on-one guidance throughout the car buying process.
Update 3/8/22: As the Ukraine crisis continues, automakers continue to see impacts. The possibility of a looming raw material shortages is beginning to weigh on semiconductor chip production forecasts, with the real possibility of an even worse chip shortage on the horizon. Metals used in everything from vehicle frames to catalytic converters are soaring to record prices due to the importance of Russia in the global supply. More on the latest developments below.
The ongoing crisis in Eastern Europe is affecting global automakers more than expected. As the conflict drags on into March, automotive suppliers in Russia and Ukraine are experiencing severe disruptions. Logistical nightmares are tumbling out of control as airspace restrictions are enforced. Now, cyberattacks are adding insult to injury. Here’s every automaker impacted by the conflict in Ukraine.
Supply Chain Constraints
Transport between Europe and countries home to Asian auto manufacturers is facing unprecedented disruption as air space restrictions over Eastern Europe halt 20% of the world’s air cargo. In retaliation to bans imposed on Russia, Russia has reciprocated by banning European carriers from entering Russian airspace, which stretches 5,600 miles from Europe to East Asia. There have also been reports of Russian-based cargo ships being refused refueling at various ports in protest to the invasion of Ukraine.
Furthermore, automotive parts manufacturers located in Ukraine are shuttered, and those in Russia are subject to the effects of sanctions.
Metal Prices Surge to Records
Raw materials used in the manufacturing of vehicle frames and electric vehicle batteries are soaring to record highs. Aluminum, palladium, platinum and nickel are most immediately impacted by the Ukraine-Russia conflict. About 40% of the world’s palladium is sourced from Russia. Palladium is used in catalytic converter production. Automotive News reports that auto industry suppliers are well aware of the impending impacts on manufacturing.
“When it comes to metals, Russia companies are major suppliers to Germany. In 2020, they accounted for 44 percent of Germany’s nickel imports, 41 percent of its titanium, a third of its iron, and 18 percent of its palladium.
With production of 108 million tons last year, Russia is the world’s fifth-largest producer of iron ore, according to Credit Suisse, supplying European steelmakers who now face higher prices and possible difficulties procuring the metal.”
Palladium now sits at $3,440 an ounce, 60% above where it was two months ago. Automotive-grade aluminum also hit a record high on March 7. Nickel is at a 15-year high.
Neptune Global chief executive Chris Blasi said that someone will bear the brunt of the record prices and shortage. “There is no other option beyond palladium and platinum for catalytic converters, and you cannot build a car without a catalytic converter,” Blasi said.
Neon Shortages?
Around 70% of the neon used by automotive industry suppliers is sourced from raw materials in Ukraine. Neon is used in the lasers that are critical to the production of semiconductor chips. The ongoing chip shortage may become even worse if the Russia conflict extends beyond a few months. For now, chip makers are relying on existing supplies. Automotive News detailed the neon supply concerns to keep an eye on here.
Cyberattacks
Although many policy and conflict experts expected worse by now, cyberattacks have disrupted automakers in the past week, causing some plants to briefly close. The automakers themselves are not the only ones at risk. Suppliers critical to the vast automotive supply chain have been hit with cyberattacks, and the result has been felt in recent days.
Automakers Impacted by the Ukraine-Russia Conflict
Audi
Volkswagen Group, the parent company of Audi, sources a large portion of its wire harnesses from a Ukrainian supplier. Audi announced production cuts that result from these supply chain difficulties. VW Group brands are among the many who have stopped exports to the Russian market.
BMW
The critical wire harnesses that BMW uses for its vehicle production are sourced from suppliers in Western Ukraine. The closure of the suppliers and the associated supply chain bottlenecks have now caused production cuts at BMW’s German plants. BMW also halted production at a factory in Kaliningrad, a Russian exclave situated between Poland and Lithuania. BMW has also suspended vehicle exports to the country.
Ford
On March 2, Ford announced a production stop at the Ford Sollers production facility, in which it maintains a 50% stake in partnership with Russian automaker Sollers.
Ford has a 50% stake in three Russian automotive plants. Ford Sollers is the Russian joint venture between Sollers of Russia and Ford. Most of the production at Ford Sollers is for the Ford Transit and similar commercial vehicles. A company spokesperson said that employee safety is their priority, and that effects of sanctions and supply chain disruptions are being assessed.
General Motors
GM says they are fortunate to have limited supply chain risks as a result of the Ukraine conflict. Still, they are stopping exports to Russia. The move is unlikely to have major impacts for GM, as they sell less than 3,000 vehicles in Russia annually. GM ended production in Russia seven years ago.
Honda
On March 2, Honda joined other automakers in pausing sales and exports to Russia. Volvo was the first to make the move.
Hyundai
Interfax News reported that a Russian Hyundai official announced the suspension of output at its plant in St. Petersburg. On March 4, the automaker cited supply issues in its decision to prolong the plant closure. Hyundai is a major force in Russia, selling over 10,000 vehicles per month on average (12% market share).
Jaguar Land Rover
The UK automaker announced that it is ceasing shipments of vehicles to Russia, effective immediately. Last year, Jaguar Land Rover sold 6,900 vehicles in Russia. A spokesperson said Jaguar Land Rover’s priority was “the wellbeing of our entire workforce and their families, as well as those within our extended network”. The statement went on to cite global supply chains and sanctions. “The current global context also presents us with trading challenges, so we are pausing the delivery of vehicles into the Russian market and continually monitoring the situation on behalf of our global customer base.”
Magna
Global auto manufacturer Magna announced the closure of its six Russian plants on March 7, citing “the unfortunate situation in Ukraine.” Magna Spokeswoman Tracy Fuerst shared the company’s support for the Ukrainian people. “Although we don’t have facilities in Ukraine, we have the privilege of working with thousands of Ukrainian colleagues in our Magna operations around the world as well as those from Russia who share the same values of human rights, diversity and inclusion,” Fuerst said. The Canada-based automotive supplier builds parts and entire vehicles for brands ranging from Toyota to Mercedes-Benz.
Mercedes
Mercedes-Benz sources multiple components from suppliers in Ukraine. Mercedes-Benz will reduce production at some European plants this week due to supply shortages. Mercedes sources many components from suppliers in Ukraine. Production shifts will see cuts, but the automaker does not expect to fully stop production outside of Russia. Mercedes is halting production at its Russian plant and pausing the export of passenger cars and vans to the country. They cite sanctions as the cause of the move.
Mitsubishi
Following Volvo’s lead, Mitsubishi announced that it will halt production and sales of their vehicles in Russia, effective March 1st. Mitsubishi has 2.2% market share in Russia.
Stellantis
Stellantis established a task force to identify disruptions from the ongoing conflict. Stellantis CEO Carlos Tavares said that the automaker has 71 employees in Ukraine. They are ensuring compliance with the rapidly-evolving sanctions in place.
Stellantis, the result of a merger between Fiat Chrysler and Peugeot, produces and sells the Peugeot, Citroёn, Opel, Jeep, Fiat brands in Russia. In January, Stellantis announced that they will begin exporting Russian-made commercial vehicles to Western Europe. The latest developments will likely put a hold on their plans. In 2021, Stellantis brands had just 1% market share in Russia.
Toyota
On March 2, Toyota announced an indefinite pause in production at its Russian factory. Toyota produces about 80,000 vehicles at its St. Petersburg plant. They are also pausing imports into Russia.
All 14 domestic factories were closed on February 28 after critical supplier Kojima was taken down by a cyberattack that included a threatening message. The supplier was hit with a virus soon after Japan’s government announced support for Ukraine.
Toyota announced that it would resume production at all facilities in Japan the following day. Kojima was unable to operate, and Toyota said they do not stockpile the parts made by the supplier. Toyota relies on 60,000 suppliers, an immense vulnerability that Toyota is surely rethinking.
Volkswagen Group
Volkswagen Group, which includes Audi, Bentley, Cupra, Porsche, Lamborghini, Skoda, SEAT and Volkswagen, continues to face supply chain constraints. VW branded vehicles are produced using wire harnesses sourced in Ukraine. As reserve supplies run low, more production cuts are possible. Production of Volkswagen’s electric vehicles is halted because of supply chain disruptions. The Volkswagen ID.4, ID.3 and new ID.5 electric vehicles are especially affected.
On Thursday March 3, Volkswagen said it is suspending its Russian business until further notice. No cars from VW Group brands will be exported to Russia. VW delivered 216,000 cars in Russia in 2021, about 2.4% of Volkswagen Group’s global vehicle sales.
As supply chain vulnerabilities surface, VW says it will idle the massive Wolfsburg plant. The VW Zwickau and Dresden plants are also closed for the week. Prior to the Ukraine-Russia disruptions, there was already a 6-12 month wait for buyers ordering a Volkswagen ID.4 in North America.
Volvo
On February 28, Volvo became the first automaker to cease shipments of new vehicles to Russia. The Swedish automaker (owned by Geeley of China) cited their desire to avoid possible conflicts with the rapidly changing sanctions being imposed on Russia by the European Union, United States, and allies. Volvo sold 9,000 cars in Russia in 2021.
The Russia-Ukraine conflict adds a new dimension to the production delays and supply chain disruptions that have been dragging on for well over a year. The latest chip shortage forecasts show a delayed recovery, despite earlier optimism. So far in 2022, AutoForecast Solutions has increased their projection of vehicles lost in production due to the chip shortage by 63%, from 767,700 to 1,253,100.
Severe sanctions on Russia and instability in Ukraine may persist far longer than originally expected. Now that cyber security vulnerabilities are being targeted, sporadic production halts are becoming the new normal. Automakers impacted by the Ukraine conflict are in for prolonged uncertainty. Automakers may be entering a period of disruption being the new normal, even as the chip shortage will eventually wind down.
Electric car maintenance is just one of many “new” experiences you’ll encounter when you buy your first EV. Instead of spending $50 at a gas station in a five-minute fill up, EV drivers plug in at home and spend $5 for an overnight charge. On the other hand, road trips require more planning and flexibility with an EV, at least until chargers are more common (and it looks like that will be soon).
Another adjustment for drivers making the switch concerns maintenance and routine care. Electric car maintenance is not the kind of project you can do in your home garage using tutorial videos. It’s important to start by addressing a common EV ownership myth: electric cars are not maintenance-free. Of course, no mode of transportation is maintenance-free. Even riding a bicycle requires routine and unexpected work to keep the tires in motion and in good working condition. Fortunately, fewer moving parts should mean less maintenance overall. Is that always the case?
In this electric car maintenance guide, we’ll explain routine EV maintenance, and how often you should expect to make a service center visit.
What’s Similar About Electric Car Maintenance?
The takeaway is that although electric cars require less maintenance, they do still need attention every once in a while. Just like a traditional internal combustion engine vehicle, EVs need:
Tires monitoring and replacement
The car’s 12 Volt battery may need replacing (it powers smaller electronics)
HVAC maintenance
Brake maintenance
Cabin air filter replacement
What’s Different About Electric Car Maintenance?
Here’s the honest truth about EV maintenance needs:
Pros
No oil changes
Fewer moving parts means less likelihood of mechanical failure
No timing belts, radiator fluids or fuel filters
Brakes wear slowly due to regenerative braking
Cons
Faster tire wear
Don’t risk working on electrical components at home
Any battery or electric motor work will need to be done at the automaker’s service center
Electric Car Routine Maintenance
The past decade of electric vehicle sales has shown that the vast majority of fully-electric models require less maintenance than combustion counterparts. So much so that automakers promote maintenance cost savings in their marketing campaigns for the dozens of EVs coming out in 2022.
EVs have a higher upfront cost, so it’s important to find ways of making up for the difference with fuel savings and today’s focus: electric car maintenance.
Here’s what you can expect when transitioning to a fully-electric vehicle.
Electric vehicles are very heavy. Popular electric crossovers like the Volkswagen ID.4 and Tesla Model Y weigh as much as a heavy-duty pickup truck. Tires undergo greater wear and tear on an electric vehicle everytime the car accelerates or slows to a stop. Many EV owners report needing new tires every 20,000 miles or so.
Some EV owners choose to spend extra on tires that are rated as energy efficient. It’s not required, but EV-friendly tires can extend range by up to 5%. Regular tire pressure should be checked and adjusted often (at least once a month) to ensure proper inflation.
12 Volt Battery
Believe it or not, today’s electric vehicles still require the same kind of 12 volt battery that you’ll find under the hood of most combustion vehicles. Why? The massive battery pack under the floor of the car is engineered to be optimized for delivering power to the electric motors. The electronics and comfort features in the cabin and lights around the vehicle are all powered by a separate, smaller 12 volt battery. So yes, your state-of-the-art electric vehicle may need a new bulky battery in a few years.
Nothing says Mustang Mach-E like a front trunk shrimp party.
In case you’re wondering, the massive battery pack that is sealed under the floor of the vehicle is meant to last for hundreds of thousands of miles without issue. Automaker vehicle warranties cover the battery for up to 10 years and 100,000 miles.
Perhaps the worst thing that could go wrong with an electric vehicle is needing a new lithium-ion battery pack outside of warranty coverage. A full battery replacement costs anywhere from $5,000 to $15,000, depending on the model.
Most modern electric vehicles have regenerative braking, which harnesses the electric motor to slow the vehicle while adding charge to the battery pack. Regenerative braking not only extends range, it greatly reduces wear and tear on the brakes. Tesla’s have been known to go many years without any brake maintenance because of regenerative braking. A few EVs, such as the Volkswagen ID.4, even use old-fashioned drum brakes in the rear due to the greatly reduced use of electric vehicles brakes. Still, brakes will need to be checked during scheduled maintenance. Safety first!
As explained above, brakes on an electric vehicle typically avoid the usual wear and tear of combustion cars due to the help of regenerative braking. Still, brake fluid should be checked during scheduled maintenance. Some EV models require battery coolant fluid exchanges at some point, albeit quite infrequently. HVAC refrigerants also need checking and top-offs as needed. Don’t forget about the windshield wiper fluid.
Filters
I’ve been a passenger in more than one smelly Tesla. I repeat, electric cars are NOT maintenance-free! They have cabin filters just like every other car. Failing to change the cabin filter at regular intervals also irritates allergies and permits air pollution into the cabin.
Examples of Electric Vehicle Maintenance Schedules
The service manual for the best-selling electric crossover is short and sweet.
“Your vehicle should generally be serviced on an as-needed basis. However, Tesla recommends the following maintenance items and intervals, as applicable to your vehicle, to ensure continued reliability and efficiency of your Model Y.
Brake fluid health check every 2 years (replace if necessary) or, if the vehicle is used for towing, replace the brake fluid every 2 years.
A/C desiccant bag replacement every 4 years.
Cabin air filter replacement every 2 years (or 3 years for HEPA filter, if equipped).
Clean and lubricate brake calipers every year or 12,500 miles (20,000 km) if in an area where roads are salted during winter
Rotate tires every 6,000 miles (10,000 km) or if tread depth difference is 1.5 mm or greater, whichever comes first”
Ford recommends more frequent inspections, but the story is the same.
“Every 12 months or 10,000 miles:
Rotate tires, inspect tire wear
Perform multi-point inspection (recommended)
Inspect brake components
Check the cooling system
Inspect half-shaft boots and suspension components
Inspect wheels for defects
Every 3 years:
Change brake fluid
Every 20,000 miles:
Replace cabin air filter
10 years or 150,000 miles:
Replace transmission fluid
200,000 miles:
Replace battery coolant
CarEdge’s Take
It’s easy to forget that electric vehicles have now been on roads for over a decade. Tesla has sold 2 million vehicles and counting, and legacy automakers are gaining ground. What does this all mean for our understanding of electric vehicle maintenance through a consumer lens? With billions of miles driven, we’re finally starting to get some idea of the reliability of electric vehicles.
There are many examples of electric vehicles that have gone hundreds of thousands of miles while following the maintenance schedules we’ve outlined here. EV skepticism is understandable; it’s a whole new vehicle ownership experience. However, frugal car buyers would be mistaken to overlook the maintenance and fuel savings that electric vehicles offer for most consumers.
Detailed cost of ownership analyses show that despite the differences in MSRP, in the end, owners spend about the same amount of money in five years of Tesla Model 3 ownership as they would owning a $25,000 Toyota Camry for the same period. How so? Fuel and maintenance savings add up quicker the more you drive and the longer you own the car.
How will dealership service center revenue streams adapt to the decreased maintenance needs of electric vehicles? Will dealers be getting in on the software-by-subscription game? Or will dealers put up a fight to preserve their wallets?
There remain many unknowns and this time of rapid change in the automotive industry. Your consumer advocates here at CarEdge are helping thousands of car buyers navigate the reinvented auto industry that’s emerging in the post-pandemic world. Stay tuned, we’ll figure it out together.