EV depreciation in 2026: what holds value and what doesn't
EV depreciation was the loudest argument against owning one between 2018 and 2022, when first-gen EVs were losing 50% of their value in three years. The 2024–2026 picture is genuinely different — some EVs now depreciate slower than comparable gas cars. Here's what changed, what to expect from your specific car, and what to do about it as a buyer or seller.
The short version
- A typical EV loses about 22% in year one, then roughly 10% per year after that.
- A 3-year-old EV at average miles is worth roughly 60–65% of MSRP; a 5-year-old, roughly 50%.
- Tesla Model 3 and Model Y depreciate the slowest. Most luxury EVs depreciate the fastest.
- Three big drivers: battery anxiety, first-buyer incentives (which have varied over time), and tech generational change.
- You can slow it: low DC fast charging, modest mileage, careful climate, keeping the battery between 20–80%.
The depreciation curve, in numbers
Using the mainstream-EV model (Year 1 = 78% of MSRP, then × 0.9 per year, minus $0.05 per excess mile over 12,000/year):
| Age | Mileage | % of MSRP | $40k MSRP → value |
|---|---|---|---|
| 1 year | 12,000 | 78% | $31,200 |
| 2 years | 24,000 | 70% | $28,000 |
| 3 years | 36,000 | 63% | $25,300 |
| 4 years | 48,000 | 57% | $22,800 |
| 5 years | 60,000 | 51% | $20,500 |
| 7 years | 84,000 | 41% | $16,600 |
| 10 years | 120,000 | 31% | $12,300 |
Put your own numbers in the EV Resale Value Estimator for a quick estimate, then sanity-check against Kelley Blue Book and Carvana instant offers before you trust it for a real transaction.
Why EVs depreciate differently
1. First-buyer incentives
Historical context. For vehicles acquired on or before September 30, 2025, a federal credit of up to $7,500 could lower a first buyer’s net cost if every IRS requirement was met. The IRS says the credit is not available for vehicles acquired after that date (IRS). Incentives that lower the first buyer’s net cost but not the resale price can add to year-one depreciation, though this guide has not measured how much.
2. Battery anxiety
Used-car buyers worry about battery degradation and the cost of a replacement pack ($8,000–20,000 depending on the car). Modern EVs degrade much less than buyers fear — see the battery life guide for the actual numbers — but the perception is still there. Cars with third-party battery reports (e.g., Recurrent) sell at smaller discounts than cars without one.
3. Tech generational change
EV tech has been moving fast. A 2020 EV with 220 miles of range and a 50 kW peak DC fast charging rate is competing against 2026 EVs with 300+ miles and 250 kW peaks. Software and infotainment age fast too. That makes older EVs feel dated in a way 5-year-old gas cars don't.
The flip side: EVs released in the last 2–3 years are closer to the platform plateau. A 2024 EV will probably age better than a 2018 one did.
4. Subscription and feature gates
Tesla's Full Self-Driving package famously does not transfer between owners. Some premium connectivity, charging-network access, and even certain heated-seat options are bound to the original owner's account. A used buyer paying full price for features the previous owner enjoyed but they can't access is reasonably going to demand a discount — or walk.
Which EVs hold value best
As of 2026, the rough ranking from best to worst resale (relative to MSRP at 3 years / 36k miles):
| Model | Approx. 3-yr resale |
|---|---|
| Tesla Model Y | 67–72% |
| Tesla Model 3 | 65–70% |
| Rivian R1T / R1S | 60–68% |
| Hyundai Ioniq 5 / Kia EV6 | 58–65% |
| Ford Mustang Mach-E | 55–62% |
| Ford F-150 Lightning | 52–60% |
| Chevy Bolt (pre-2024) | 45–55% |
| Luxury EVs (Audi e-tron, Jaguar I-Pace, etc.) | 35–45% |
Tesla's lead is real but shrinking. Hyundai/Kia have closed a lot of the gap with the Ioniq 5, EV6 and Ioniq 6. Luxury EVs from non-EV-native brands continue to depreciate the fastest, partly because their MSRPs were high to begin with and partly because their tech aged quickly compared to native-EV competitors.
What accelerates depreciation
- Heavy DC fast charging. Some cars track lifetime DCFC miles. A car with 90% of its miles at DC fast chargers sells for less than one mostly home-charged.
- Hot climates. Arizona, Texas and Nevada accelerate battery aging. Used buyers know this and discount cars from those states accordingly.
- High mileage. The $0.05/excess-mile penalty in the estimator above is conservative. Above 20,000 miles/year, buyers get jumpy fast.
- A major new model release. A 2-year-old EV from a brand that just announced a much better next-gen often takes an extra hit.
- Warranty expiration approaching. Cars near the 8-year/100k mile battery warranty cliff lose value faster than the linear curve would predict.
What slows depreciation
- Documented battery health. A Recurrent report, a recent capacity check, or even a long string of full-charge dashboard photos showing stable rated range.
- Modest, normal miles. 8–12k miles/year on a 3-year-old EV reads as a careful single-owner car.
- Original window sticker and complete service history. Same effect as on a gas car, just more so since EV buyers are detail-oriented.
- Native NACS port (or included adapter). Tesla Supercharger access dramatically widens the buyer pool.
- Active manufacturer software support. Cars still getting regular OTA updates feel current.
What this means if you're buying
Steep depreciation is bad news for sellers but a real opportunity for used buyers. The math: a $40,000 EV at 3 years is worth roughly $25,000 retail, often $22–23,000 at private sale. Those are illustrative figures, not measured prices. Do not assume a federal used-EV credit lowers that price: the IRS says it is not available for vehicles acquired after September 30, 2025 (see the tax credit guide).
Three things to do:
- Buy when you can keep it 5+ years. You'll ride the curve down to a much flatter section.
- Avoid the first model year of any new platform. The bugs are real; so is the depreciation hit when the refresh ships.
- Get the battery checked. See the used-EV buying guide for how.
What this means if you're selling
Two levers actually move the price:
- Provide a battery health report. Even a $30 OBD-II battery scan with a screenshot makes a difference. A formal Recurrent report adds $300–800 to typical asking prices.
- Time the sale. Selling just before a major refresh release is bad. Selling in spring (EV buying season) is better than selling in winter.
Price against comparable listings. Pricing far over comparable cars just means yours sits on the listing.
The lease angle
If depreciation feels high, leasing transfers that risk to the leasing company. They eat the curve; you pay a fixed monthly amount and turn the car back in. For first-time EV buyers especially, a 2–3 year lease lets you ride out the steep early depreciation without owning it. Ask the lessor in writing whether the quoted payment includes any incentive, and do not assume one is included.
The EV Lease vs Buy calculator does the comparison side by side.
The bottom line
EV depreciation is real but no longer disqualifying. A 2024+ EV held for 5 years and treated reasonably will end up at roughly half its MSRP — almost exactly where a typical mainstream gas car finishes the same period. The early-EV horror stories no longer describe the current market.
For buyers, used EVs are arguably the best value in personal transportation in 2026. For sellers, the playbook is: maintain the battery, document it, time the listing, and accept that the curve is the curve.
Quick tools
- EV Resale Value Estimator — current value from MSRP, age, mileage
- EV Break-Even Calculator — payback period including resale value
- EV Battery Degradation Estimator — rough capacity remaining
- EV Battery Replacement Cost — worst-case replacement number
- EV Lease vs Buy — offload depreciation risk to the lessor