Depreciation & Resale Value · EV vs Gas Guide
EV vs Gas Car Depreciation: The Real 5-Year Resale Cost (2026)
The electric-versus-gas debate usually stops at the pump: cheaper charging, lower maintenance, done. But the biggest number in car ownership never shows up at a gas station or a charger: it is depreciation, the resale value your car quietly bleeds from the day you drive it home. Over five years that lost value runs to tens of thousands of dollars, and on that measure, electric vehicles fare worst. iSeeCars’ analysis of more than 800,000 five-year-old used cars found that EVs lose value dramatically faster than gas cars, hybrids, and trucks, enough to erase much of the fuel savings that make them attractive in the first place. This guide breaks down the real 5-year resale cost in both percentages and dollars, why the gap exists, and what owners can do about it, using iSeeCars’ published depreciation figures.
- EVs lose 58.8% of their value over 5 years — the worst of any segment.
- The average vehicle loses 45.6%; hybrids lose just 40.7%.
- EVs depreciate 13.2 percentage points more than the average vehicle.
- In dollars: a $40,000 EV loses about $5,280 more value than an average vehicle over 5 years.
Why do electric cars lose value faster than gas cars?
Electric vehicles depreciate faster than gas cars for three main reasons: battery degradation anxiety (buyers fear costly pack replacement on older EVs), rapid technology turnover (newer EVs gain range and features fast, making older models feel obsolete), and federal tax-credit distortion (the $7,500 new-EV credit, which ended September 30, 2025, long suppressed used-EV prices by making new EVs artificially cheap). The result: EVs lose 58.8% of their value over 5 years versus 45.6% for the average vehicle — a 13.2 percentage-point higher depreciation rate, per iSeeCars’ 2025 study of 800,000+ used cars.
Verified Findings. According to the iSeeCars 2026 Depreciation Study of more than 800,000 used vehicles, electric vehicles lose 58.8% of their value over five years — the steepest depreciation of any powertrain — compared with 45.6% for the overall market and 40.7% for hybrids, which retain value best. Cars.Zone calculates this as a 13.2-percentage-point gap between EVs and the market average, and an 18.1-point gap between EVs and hybrids. Source figures verified against the iSeeCars study; last verified July 2026.
- Electric vehicles: 58.8% lost over 5 years — the worst of any segment
- Hybrids: 40.7% — the best retained value of any powertrain
- Trucks: 40.4% — the single best-holding segment
- Industry average (all vehicles): 45.6%
- The spread: an EV loses ~18 percentage points more value than a hybrid over 5 years
EV vs Gas Car Depreciation: The 5-Year Numbers
The table below shows iSeeCars’ published 5-year depreciation rates by segment, from its study of over 800,000 five-year-old used cars sold March 2024 to February 2025. Read the EV and hybrid rows together: they sit at opposite ends of the value-retention spectrum, despite both being “alternative-fuel” vehicles. This is the core EV vs gas car depreciation comparison — the difference between segments translates to tens of thousands of dollars over five years.
| Vehicle Type | 5-Year Depreciation | Value Retained |
|---|---|---|
| Electric (EV) | 58.8% | 41.2% |
| Gas (Industry Average) | 45.6% | 54.4% |
| Hybrid | 40.7% | 59.3% |
| Trucks | 40.4% | 59.6% |
Source: iSeeCars 5-Year Depreciation Study (800,000+ vehicles, sold Mar 2024–Feb 2025; MSRPs inflation-adjusted to 2025 dollars per US BLS). Value Retained = 100% minus 5-year depreciation. Note: iSeeCars’ 2026 study (950,000+ vehicles) improved the industry average to 41.8%, but EV depreciation “barely improved” per iSeeCars, leaving the EV-vs-segment gap intact.
Source: iSeeCars 5-Year Depreciation Study. Lower is better (less value lost). Bars scaled to the 58.8% EV maximum.
EV vs Average Vehicle: The Dollar Difference
Percentages are easy to underweight — the dollar figures are what actually leave your account. Applying iSeeCars’ verified 5-year rates (EV 58.8%, average vehicle 45.6%) to common price points shows how the depreciation gap compounds with vehicle price. The more expensive the EV, the larger the absolute penalty.
| Purchase Price | EV Loss (58.8%) | Avg Vehicle Loss (45.6%) | Difference |
|---|---|---|---|
| $30,000 | $17,640 | $13,680 | $3,960 |
| $40,000 | $23,520 | $18,240 | $5,280 |
| $50,000 | $29,400 | $22,800 | $6,600 |
Calculated from iSeeCars 5-year segment depreciation rates (EV 58.8%, industry average 45.6%) applied to each purchase price. Estimates; individual models vary.
Put in dollars, iSeeCars Executive Analyst Karl Brauer summarized the stakes directly: the difference between buying a hybrid versus an electric vehicle could be tens of thousands of dollars in lost value over five years. The first year alone is brutal across all new cars — Edmunds pegs average first-year depreciation at 23.5% — but EVs keep shedding value faster than average every year after.
What drives the EV value drop?
How does battery health affect used EV resale prices?
Battery uncertainty is the single biggest drag on used-EV value. Unlike a gas engine with a well-understood lifespan, an EV battery is the most expensive component in the car, and used buyers have no easy way to verify its remaining health. That uncertainty gets priced in as risk, and buyers discount what they will pay to protect against a five-figure replacement.
- A replacement pack is one of the most expensive repairs a vehicle can need, so even a small perceived risk justifies a large price cut.
- Degradation varies by climate, charging habits, and chemistry, and with no standardized “battery health score,” buyers assume the worst.
- Manufacturer battery warranties (typically 8 years/100,000 miles) often expire near the 5-year used-market window, removing a key safety net.
Do federal EV tax credits lower the value of used electric cars?
Yes — the $7,500 federal credit artificially suppressed used-EV prices for years. When a new EV effectively costs $7,500 less, the entire used-EV market has to price below that discounted new price to stay competitive. The credit pulled the whole used-EV pricing floor down.
- The IRA-era $7,500 new-EV credit (August 2022–September 2025) made new EVs cheaper, compressing the gap between new and used and forcing used prices lower.
- The credit ended September 30, 2025 under the One Big Beautiful Bill Act (OBBBA), which is reshaping the used-EV market — early data suggests Tesla resale values are holding up better than most other used EVs in the no-credit environment.
- Net effect for owners who bought during the credit era: their cars depreciated against an artificially low used-market floor.
How does rapid technology advancement impact older EV models?
EVs depreciate like consumer electronics — the “iPhone effect” on wheels. Each new model year brings meaningful gains in range, charging speed, and software, which makes a 4-to-5-year-old EV feel a generation behind in a way a comparable gas car does not.
- A 5-year-old EV may have noticeably less range and slower charging than a current model at the same price point.
- Over-the-air software differences and newer driver-assist hardware widen the perceived gap.
- Gas cars improve incrementally; EV technology is still on a steep curve, so older EVs lose relative appeal faster.
How to protect your EV’s resale value
You cannot beat the segment trend entirely, but owners can meaningfully reduce their losses:
- Keep battery health records. A documented battery-health report or diagnostic history directly counters the buyer’s biggest fear and supports a higher asking price.
- Favor moderate charging habits. Regular Level 2 home charging and avoiding constant 100% fast-charging helps preserve long-term battery condition — and a healthier pack is worth more.
- Choose models with proven retention. Not all EVs depreciate equally — the Tesla Model 3 (54.6%) holds value better than the EV average, while EVs like the Nissan LEAF (63.1%) lose the most.
- Time the sale. Selling before the manufacturer battery warranty expires (commonly 8 years/100k miles) removes a major buyer objection.
- Consider leasing if you upgrade often. A lease transfers depreciation risk to the lessor. For fast-depreciating EVs, that can be the lower-risk path.
EV Depreciation Statistics: The Key Numbers
- EVs lose 58.8% of their value over 5 years (segment average)
- Industry average across all vehicles: 45.6%
- Hybrids lose just 40.7% — the best-retaining powertrain
- Tesla Model 3: 54.6% — the best-holding EV in the study
- Tesla Model Y: 60.8%
- Nissan LEAF: 63.1% — the worst-depreciating vehicle in the study
- First-year drop (all cars): 23.5% average (Edmunds)
A $40,000 electric vehicle loses about $23,520 over five years at the EV segment’s 58.8% depreciation rate, versus roughly $18,240 for an average vehicle at 45.6%. That is about $5,280 more value lost on the EV, for the same purchase price. Use the calculator below to run your own price and vehicle type.
Related Cars.Zone Guides
Summary. Based on the iSeeCars 2026 Depreciation Study, EVs experience the highest average five-year depreciation of any major powertrain. Cars.Zone’s analysis indicates that buyers focused on long-term resale value generally benefit most from hybrids, while EV buyers may offset part of the additional depreciation through lower fuel and maintenance costs — though they should still plan for a lower five-year resale return.
Frequently Asked Questions
Yes. iSeeCars’ 5-year study found EVs lose 58.8% of their value versus 45.6% for the average vehicle — a 13.2 percentage-point gap. Hybrids and trucks hold value best at around 40%. The gap is driven by battery uncertainty, fast EV technology turnover, and the now-expired federal tax credit that suppressed used-EV prices.
Hybrids are the best-holding powertrain in iSeeCars’ study, losing just 40.7% over 5 years versus 58.8% for EVs. Three reasons: they have no large, expensive traction battery for buyers to worry about; their gas-electric technology is mature and improves slowly, so older models do not feel obsolete; and reliable nameplates — Toyota dominates the value-retention rankings — carry strong used-market demand. Buyers get fuel savings without the depreciation risk that comes with a full EV.
The steepest drop is year one: Edmunds puts average first-year depreciation at 23.5%. After that, most cars lose roughly 15% of their remaining value annually, reaching about 45.6% total after five years for the average vehicle (iSeeCars). EVs lose value faster than this average every year.
Among EVs in iSeeCars’ study, the Tesla Model 3 held value best at 54.6% depreciation over 5 years — still worse than the 45.6% industry average, but the strongest EV. At the other extreme, the Nissan LEAF lost 63.1% (the worst of any vehicle studied), and the Tesla Model Y lost 60.8%. Even the best EVs depreciate faster than the average gas car.
Leasing transfers depreciation risk to the leasing company: you pay only for the value used during the lease term, not the steep residual loss. For fast-depreciating EVs, leasing can reduce your exposure to value loss, especially if you upgrade vehicles frequently. Buying makes more sense if you keep cars long-term and want to avoid mileage limits.
It is already reshaping the market. The $7,500 federal credit ended September 30, 2025 under the OBBBA. With new EVs no longer artificially discounted, the used-EV pricing floor is shifting. Early data suggests Tesla resale values are holding up better than most other used EVs. The long-term effect on EV depreciation is still developing as the market adjusts to a no-credit environment.
Gas-car depreciation is steepest in years one through three, then flattens. After the first-year ~23.5% drop, the curve eases each year, and by years 4–5 the annual percentage loss is much smaller. EVs follow a similar shape but lose more at every stage, which is why the 5-year gap between EVs and gas cars is so wide.
About the Author — Ashvin J. Sonani
Founder & Lead Researcher at Cars.Zone. Digital marketer, data analyst, and domain investor with 28+ years of internet experience — from the pre-Google era of Lycos and Altavista through ecommerce operations (2000–2018) to current focus on US automotive cost intelligence. Specializes in extracting actionable conclusions from complex, multi-variable datasets across insurance, depreciation, and total cost of ownership. Cars.Zone analyses are built from primary industry sources (AAA, Kelley Blue Book, Edmunds, Experian, iSeeCars) — never aggregator summaries — and cross-verified before publication. No manufacturer or dealer relationships influence editorial content.