Electric vehicles can save money at the gas pump.
They can reduce routine maintenance.
They can provide instant torque, quiet driving, and increasingly impressive range.
But there is another ownership cost that can overwhelm many of those savings:
Depreciation.
Recent iSeeCars data shows that EVs continue to lose value considerably faster than most other vehicle categories. Its 2026 resale analysis puts average five-year EV retention at only about 39.2%, meaning the typical model loses roughly 60% of its value over that period.
That does not necessarily mean electric cars are bad purchases.
It means buying one new and selling it several years later can be expensive.
For used-EV shoppers, the exact same depreciation can create remarkable bargains.
Here are eight EVs that illustrate why electric-car resale values have become such an important part of the buying decision.
1. Nissan Leaf: The Original Affordable EV Became a Depreciation Champion
The Nissan Leaf deserves enormous credit.
When it arrived in the U.S. for the 2011 model year, affordable mass-market electric cars barely existed.
The Leaf changed that.
It provided ordinary drivers with a practical hatchback they could plug into at home and drive without gasoline.
Unfortunately for early owners, EV technology progressed extremely quickly afterward.
The latest Morning Overview analysis puts the Leaf’s five-year depreciation at 63.1%, making it one of the worst value-retention performers in the broader vehicle market.
So why does the Leaf lose so much?
Battery technology is a major reason.
Early Leaf Batteries Created a Lasting Reputation
Unlike many later EVs, early Leafs did not use an active liquid battery-cooling system.
That became particularly problematic in extremely hot climates.
Heat accelerates lithium-ion battery degradation, and some early Leaf owners experienced significant reductions in usable battery capacity.
That created a reputation the used market never completely forgot.
An aging gasoline car might lose horsepower gradually.
An aging EV with degraded battery capacity can lose something buyers notice immediately:
driving range.
Morning Overview specifically identifies the Leaf’s passively cooled battery design and hot-climate degradation concerns as factors weighing on resale values.
A Depreciated Leaf Can Still Be an Excellent Used Car
This is the strange thing about depreciation.
It is bad for the seller.
It can be wonderful for the next buyer.
Someone needing a cheap second car for:
A 15-mile commute.
School runs.
Local shopping.
Urban driving.
may not care whether an older Leaf has 120 miles of usable range rather than 200.
If the price has already collapsed, the vehicle can become inexpensive transportation with very low fuel costs.
The critical number is therefore not simply mileage.
It is remaining battery capacity.
A cheap Leaf with a healthy battery can be a bargain.
A slightly cheaper one with severely degraded cells may not be.
2. BMW i7: Luxury-Car Depreciation Meets EV Depreciation
BMW’s i7 faces two depreciation forces simultaneously.
It is electric.
And it is an enormous luxury sedan.
Neither category is famous for retaining value.
Large luxury sedans have traditionally depreciated heavily because their secondhand audience is much smaller than their original market.
A new buyer might happily spend six figures for the latest technology, warranty, interior materials, and prestige.
A five-year-old buyer starts thinking differently.
What happens if the air suspension breaks?
How expensive are replacement electronics?
What does a complex seat module cost?
How much will a battery repair cost outside warranty?
Morning Overview lists the i7 among the EVs suffering some of the steepest value declines.
Current iSeeCars data also places the BMW i7 near the bottom of its electric-car resale rankings.
The Original Sticker Price Makes the Dollar Loss Enormous
Percentage depreciation tells only part of the story.
Lose 60% of a $35,000 car and the decline is:
$21,000.
Lose 60% of a $120,000 luxury EV and the decline is:
$72,000.
That is why flagship luxury EV depreciation can become financially brutal.
The car may remain beautiful.
Fast.
Comfortable.
Technologically sophisticated.
But the original owner absorbs an enormous amount of value loss.
That same dynamic can make a used i7 extremely appealing to someone comfortable accepting expensive future maintenance.
The purchase price becomes ordinary luxury-car money.
The repair bills do not necessarily follow it downward.
3. Jaguar I-Pace: A Great EV Overtaken by a Fast-Moving Market
The Jaguar I-Pace was genuinely impressive when it arrived.
It won major awards.
Its dual-motor drivetrain delivered strong performance.
Its design looked futuristic without becoming bizarre.
And in 2019, an electric luxury SUV from a traditional European manufacturer still felt unusual.
Then the EV market accelerated.
New competitors arrived with:
Longer range.
Faster charging.
More advanced infotainment.
Larger charging networks.
Lower prices.
Morning Overview notes that this rapid technological turnover badly hurt I-Pace resale values.
The problem was not that the I-Pace suddenly became a terrible vehicle.
The vehicles around it improved very quickly.
Discontinued Models Often Face Additional Resale Pressure
Jaguar ended I-Pace production as part of the company’s broader product transition.
That can affect used-car psychology.
Owners wonder:
Will parts remain easy to find?
How long will specialized service remain convenient?
Will software support continue?
What happens if a high-voltage component fails?
A discontinued gasoline model may share many components with millions of other cars.
A relatively low-volume premium EV can be more specialized.
That uncertainty can push used buyers toward models with larger service networks.
And when buyers become less enthusiastic, prices fall until someone decides the risk is worth taking.
4. Porsche Taycan: Even the Porsche Badge Couldn’t Completely Defeat EV Depreciation
Porsche is unusual because many of its sports cars hold value exceptionally well.
Certain 911s appreciate.
Special models become collectibles.
Used demand can remain extraordinary.
The Taycan demonstrates that the Porsche badge cannot entirely overpower EV economics.
Early Taycans entered the market at premium prices, only to face newer versions with significantly improved range, charging performance, and efficiency.
Morning Overview identifies the Taycan as another particularly hard-depreciating EV.
Current iSeeCars data is somewhat more favorable to certain Taycan configurations—the Taycan wagon actually leads its 2026 EV resale-value ranking—but the broader Taycan family still demonstrates how quickly EV generations can alter secondhand values.
The Updated Taycan Made the Old One Look Older Overnight
This is one of the EV industry’s biggest depreciation problems.
A gasoline sports sedan might receive:
A little more horsepower.
A revised grille.
A larger touchscreen.
An EV update can deliver:
More range.
Much faster charging.
Greater efficiency.
Better thermal management.
Improved software.
That changes fundamental usability.
Porsche’s newer Taycan dramatically improved its charging and range capabilities.
For a used buyer comparing generations, those differences matter.
The older car can remain spectacular to drive.
But if the newer one travels farther and charges faster, the older version needs to become significantly cheaper to remain attractive.
That price adjustment is depreciation.
Used Taycans Can Look Shockingly Affordable
This is where depreciation becomes tempting.
A vehicle that originally carried an intimidating sticker price can enter the used market at the price of a much more ordinary premium crossover.
Suddenly someone can buy:
Porsche handling.
Extreme acceleration.
800-volt charging architecture.
A beautifully finished interior.
for a fraction of the original cost.
But there is an important warning.
The used price depreciates. Porsche service costs don’t necessarily depreciate with it.
Tires remain expensive.
Suspension components remain premium.
Out-of-warranty high-voltage work can be costly.
A $50,000 used luxury EV may still behave like a $100,000 car when something breaks.
5. Audi e-tron: Comfortable, Luxurious, and Not Especially Efficient
Audi’s original e-tron SUV prioritized refinement.
It was quiet.
Solid.
Comfortable.
Beautifully finished.
It also arrived with a disadvantage that became more obvious as competitors improved:
Efficiency.
Morning Overview notes that the original e-tron trailed newer electric SUVs in range and energy efficiency, which contributed to substantial depreciation.
Early e-trons often provided less usable driving range than buyers expected from such a large battery.
That mattered less when premium EV competition was limited.
It matters much more once buyers can choose newer vehicles offering significantly more miles per charge.
Charging Speed Helped, but Range Still Matters
Audi did one thing particularly well.
The e-tron maintained a strong DC fast-charging curve.
That meant it could recover energy quickly even though it consumed plenty of it.
For road trips, a good charging curve can partially compensate for mediocre efficiency.
But resale buyers typically compare headline numbers first.
A used crossover with around 200-ish miles of real-world capability is now competing with newer EVs capable of 300 or more.
The older vehicle therefore needs another advantage.
Usually that advantage becomes:
price.
And the lower the price has to fall to attract a buyer, the worse depreciation looks for the original owner.
Used e-trons Could Be One of the More Interesting Depreciation Bargains
Someone who drives modest distances and charges at home may not care much about maximum range.
That person can focus instead on what the used e-tron still does well:
Excellent ride quality.
Luxury materials.
Strong noise isolation.
All-wheel drive.
Good build quality.
Practical SUV packaging.
Depreciation can therefore transform an expensive EV with disappointing new-car economics into a compelling used luxury vehicle.
The calculation changes completely once somebody else has already absorbed the largest value loss.
6. Chevrolet Bolt EV: Cheap New Became Extremely Cheap Used
The Chevrolet Bolt demonstrates that heavy EV depreciation is not limited to luxury cars.
It was one of America’s first relatively affordable long-range EVs.
For years, the Bolt offered around 250 miles of rated range at a price considerably below many competitors.
Yet used examples became remarkably inexpensive.
Morning Overview identifies the Bolt among the EVs with particularly weak residual values.
Current iSeeCars data estimates that the Bolt retains only about 36.3% of its value after five years, which corresponds to depreciation of roughly 63.7%.
That is enormous percentage depreciation for a car that wasn’t especially expensive to begin with.
The Battery Recall Didn’t Help
The Bolt’s reputation suffered significantly because of a highly publicized battery recall.
General Motors recalled Bolts over rare battery-fire risks and ultimately replaced battery modules or packs in many affected vehicles.
From a long-term ownership perspective, some used Bolts actually benefited from receiving newer batteries.
Psychologically, however, headlines involving:
EV + battery + fire
can have lasting effects.
Used-car shoppers tend to price uncertainty aggressively.
That likely contributed to weak residual values even after GM introduced recall remedies.
Slow Fast Charging Became a Bigger Problem With Time
The Bolt also illustrates technological aging.
Its roughly 50-kW-class DC fast-charging capability was acceptable when it launched.
By the mid-2020s, it looked extremely slow.
An Ioniq 5 could accept multiples of that charging power.
A Taycan could absorb several hundred kilowatts under appropriate conditions.
So even though the Bolt’s driving range remained useful, its road-trip experience aged rapidly.
Again, the car did not get worse.
The market moved forward around it.
That is a recurring theme throughout EV depreciation.
A Used Bolt Can Be Ridiculously Good Value
Imagine a household that needs a second vehicle.
Charge at home.
Drive 30 miles daily.
Rarely take road trips.
Why pay a premium for 250-kW charging that will almost never be used?
A heavily depreciated Bolt can provide inexpensive commuting with:
Good range.
Low operating costs.
Compact dimensions.
Practical hatchback packaging.
And potentially substantial remaining battery warranty depending on the vehicle.
That makes the Bolt a perfect example of how a terrible depreciation story for the first owner can become a fantastic value story for the second.
7. Hyundai Ioniq 5: Being an Excellent EV Didn’t Protect Its Value
This may be the most surprising vehicle on the list.
The Hyundai Ioniq 5 is widely regarded as one of the strongest mainstream EVs.
Its 800-volt architecture allows extremely fast charging.
Its interior is spacious.
Its styling remains distinctive.
Newer versions offer excellent range.
And yet used values have fallen significantly.
Morning Overview notes that the Ioniq 5’s resale value weakened once supply increased and manufacturers began discounting new inventory.
That demonstrates something extremely important:
Depreciation is not the same thing as quality.
A good car can depreciate badly.
New-Car Discounts Punish Existing Owners
Suppose someone bought an EV for $50,000.
Two years later, dealers begin offering brand-new examples for:
$42,000.
Maybe $39,000 after incentives.
What is the two-year-old used one worth?
It has to be substantially below the discounted new price.
Otherwise, why would anyone buy it?
This is how manufacturer incentives ripple through the used market.
Every time automakers cut prices aggressively to move new EV inventory, existing owners effectively experience an immediate reduction in resale value.
The vehicle has not changed.
The market reference price has.
Federal Incentives Have Historically Complicated Used Values Too
EV incentives create another unusual depreciation dynamic.
Suppose a new vehicle’s MSRP is $50,000.
But a qualified buyer effectively pays much less after incentives.
The used market does not care that the original owner’s window sticker said $50,000.
It cares what a comparable replacement actually costs.
That means incentives can indirectly reduce secondhand prices.
Changes in U.S. tax-credit policy over the past several years have also created abrupt shifts between models and purchase dates, making residual-value forecasting unusually difficult.
EV depreciation is therefore influenced not only by the car.
It is influenced by government policy.
8. Kia EV6: Great Reviews, Painful Residuals
The Kia EV6 shares its E-GMP architecture with the Ioniq 5.
That means it shares many of the Hyundai’s strengths.
Fast 800-volt charging.
Strong range.
Excellent performance.
Modern battery technology.
Practical packaging.
It also shares some of the same depreciation pressures.
Morning Overview places the EV6 among its fastest-depreciating electric models despite consistently strong reviews.
Again, that tells buyers not to confuse poor resale value with poor engineering.
The EV6 can be a very good car and a painful financial purchase at the same time.
EV Technology Is Advancing Too Quickly for Used Prices to Stay Stable
This is probably the single biggest structural reason EVs depreciate heavily.
Think about how slowly conventional combustion technology changed.
A five-year-old gasoline car might have:
Slightly less horsepower.
An older infotainment system.
Worse fuel economy.
But its core usability remains similar.
Five years in EV development can create massive differences.
Battery energy density improves.
Charging power increases.
Range improves.
Heat pumps become more common.
Software becomes better.
Charging standards change.
Motors become more efficient.
A five-year-old EV can therefore feel technologically older than a five-year-old gasoline car.
Used prices reflect that.
Tesla Price Cuts Affected the Entire EV Market
Tesla also played a major role.
For years, Tesla frequently adjusted new-vehicle prices.
Sometimes significantly.
When the largest EV manufacturer cuts new prices, it does not only affect Tesla owners.
It puts pressure on competing manufacturers.
They introduce incentives.
Dealers discount inventory.
Lease deals become more aggressive.
Used EV sellers then have to compete with those cheaper new cars.
The result can be a sector-wide repricing.
That is one reason EV depreciation cannot be explained simply by battery degradation.
Market pricing has been unusually unstable.
Leasing Can Make More Sense When Depreciation Is Uncertain
This is one reason leasing became attractive for many EV buyers.
When someone purchases a vehicle outright, that person carries resale-value risk.
Buy for $60,000.
Sell for $22,000.
The owner absorbs the loss.
With a lease, the financial company generally assumes much of the residual-value risk through the contract.
The driver pays for the expected depreciation rather than owning the asset through its full decline.
That does not make leasing automatically cheaper.
Interest rates, lease incentives, mileage limits and fees all matter.
But when technology and resale values are changing rapidly, transferring residual-value risk can be attractive.
Used EV Buyers May Be the Biggest Winners
Depreciation sounds terrible until someone is standing on the other side of the transaction.
A heavily depreciated EV can give a second owner:
Modern safety technology.
Instant acceleration.
Quiet driving.
Low routine maintenance.
Cheap home charging.
Advanced driver-assistance features.
for far less than the original sticker price.
Current iSeeCars figures underline how large those discounts can be. The average 2026 EV in its resale dataset retains only 39.2% of original value after five years.
That creates one of the strangest situations in today’s car market.
New EV economics can look questionable.
Used EV economics can look fantastic.
Battery Health Is the Used EV Equivalent of an Engine Inspection
Anyone shopping a heavily depreciated EV should not simply buy the cheapest one available.
Battery condition matters.
Ask about:
Current maximum range.
Battery-health information where available.
Charging history.
Remaining battery warranty.
Recall completion.
Fast-charging behavior.
Any battery or high-voltage repairs.
A gasoline-car buyer might pay for a compression test or mechanical inspection.
An EV buyer should treat battery health with the same seriousness.
A $5,000 discount is meaningless if the vehicle contains an expensive high-voltage problem.
Battery Warranties Can Make Used EVs Less Scary
The good news is that EV battery warranties are usually much longer than basic vehicle warranties.
Federal emissions rules and manufacturer policies have led many automakers to provide around eight years or 100,000 miles of coverage on high-voltage battery systems, although exact terms differ by manufacturer and state.
That means a three- or four-year-old EV may still have years of battery protection remaining.
But buyers need to confirm whether:
The warranty transfers.
Capacity degradation is covered.
There is a minimum capacity threshold.
Mileage limits apply.
The specific VIN has unresolved recalls.
Do not rely on a general statement such as “EV batteries have an eight-year warranty.”
Read the warranty for the actual model.
Depreciation Isn’t Entirely an EV Problem
There is another important correction.
Luxury vehicles have always depreciated quickly.
Current iSeeCars data shows the broader luxury segment continuing to experience substantial five-year losses too.
That is why something like the BMW i7 faces especially severe depreciation.
It combines:
Luxury-sedan depreciation.
EV depreciation.
High initial price.
Rapid technology turnover.
A relatively narrow used-buyer pool.
Electric power makes the situation worse.
It did not invent luxury-car depreciation.
EV Depreciation Is Actually Improving
There is some encouraging news for new buyers.
Morning Overview’s summary of the latest iSeeCars figures says average five-year EV depreciation is around 57.2% in the underlying study it cited, improved from a previous reading of 67.1%.
Different iSeeCars 2026 model-level datasets use somewhat different samples and methodology, which is why current resale tables can show figures closer to a 60.8% loss across the EV category.
Either way, the direction is more important than arguing over a few percentage points.
The used EV market is gradually becoming more mature.
More buyers understand battery health.
Charging infrastructure is improving.
Older EVs have accumulated enough mileage to demonstrate that batteries often last longer than early skeptics expected.
That should eventually support residual values.
Not Every EV Loses More Than 60%
This headline should therefore not be interpreted as:
Every electric car loses two-thirds of its value.
They do not.
Current iSeeCars data shows significant variation.
A Porsche Taycan wagon is projected to retain about 53.1% of its value after five years.
A Fiat 500e retains around 51.7%.
The Tesla Model 3 sits around 45.5% in the current luxury-EV ranking.
Still substantial depreciation.
But nowhere near universal 60%-plus losses.
Model choice matters.
The Best New EV May Not Be the Best Financial EV
This is the lesson buyers often miss.
A vehicle can win every road test.
Fastest charging.
Excellent range.
Beautiful design.
Great acceleration.
Spacious interior.
Then lose an enormous amount of money.
Automotive journalists mostly evaluate the product.
Owners also have to evaluate the asset.
Someone planning to keep an EV for 10 years may care relatively little about five-year resale value.
Someone who changes cars every three years should care enormously.
Ownership period changes the entire calculation.
Keep It Longer and Depreciation Matters Less
Suppose a buyer purchases an EV for $50,000.
After five years it is worth $20,000.
That looks terrible.
But suppose the owner keeps it for another five years rather than selling.
The car cannot lose another $30,000 because only $20,000 of market value remains.
Depreciation generally hits hardest early.
Long-term ownership spreads that initial decline across many more years.
This is why someone planning to drive a vehicle until it is genuinely worn out can worry less about residual value.
The resale market matters most when you actually intend to resell.
The Worst EV Depreciation Can Create the Best Used-Car Bargains
That is the paradox behind this entire list.
The Nissan Leaf’s 63.1% five-year loss sounds terrible for its first owner.
The Bolt’s roughly 63.7% current projected five-year depreciation looks similarly painful.
But someone shopping for a secondhand commuter sees those same numbers and thinks:
Someone else already paid for most of my car.
That can make used electric vehicles some of the most interesting bargains on the market.
A heavily depreciated Ioniq 5 or EV6 may still offer genuinely modern fast-charging technology.
A used Taycan can still be extraordinarily quick.
An e-tron remains luxurious.
A Bolt remains efficient and practical.
Depreciation measures what the market is willing to pay.
It does not measure how much useful life remains in the vehicle.
So Why Do EVs Lose Value So Quickly?
There is no single cause.
It is a combination of:
Rapid battery and charging improvements.
New-vehicle price cuts.
Changing government incentives.
Uncertain used-battery perception.
Aggressive leasing.
New EV supply.
Luxury-car economics.
Model discontinuations.
Charging-standard changes.
And an industry still evolving much faster than the mature gasoline-car market.
That makes EV residual values difficult to predict even a few years ahead.
For new-car buyers, that is a financial risk.
For used-car buyers, it is an opportunity.
The Most Important Question Isn’t “How Much Will This EV Depreciate?”
It is:
Who is going to absorb that depreciation?
If you’re purchasing a $70,000 electric car new and planning to trade it after three or four years, the answer may be:
You.
If you’re buying that same vehicle used after someone else watched half its value disappear, the answer is:
Someone already did.
That distinction may matter more than range, horsepower or charging speed when calculating the true cost of owning an EV.
Electric vehicles are improving incredibly quickly.
Unfortunately for owners who bought yesterday, that is one of the main reasons yesterday’s electric car becomes cheap so quickly.
