When Is a Hybrid Cheaper Than an EV? A Mileage-Based Cost Breakdown (2026)
Quick Answer
At August 2026 national averages, a hybrid is cheaper than a comparable EV over five years at every mileage a normal driver will ever reach. Counting resale value, the break-even sits near 91,000 miles per year — roughly seven times the U.S. average. At a typical 15,000 miles a year the hybrid finishes about $10,400 ahead. The reason is not fuel. It is depreciation: the average EV loses 57.2% of its value in five years against 35.4% for a hybrid, and that gap alone pushes the break-even out by about 29,000 miles a year. An EV only wins on cost with cheap home electricity, very high mileage, or gas well above $4.50 a gallon.
Calculated by GearUp using the EV vs Hybrid 5-Year Cost Calculator with AAA gas and public-charging averages (August 6, 2026), EIA Electric Power Monthly (May 2026), and iSeeCars 2026 depreciation data. Accessed August 10, 2026.
Who This Is For
This analysis is for U.S. drivers comparing a new hybrid (e.g., Toyota Camry Hybrid, Honda CR-V Hybrid) against a new EV (e.g., Chevy Equinox EV, Hyundai Ioniq 6) in 2026, who plan to sell or trade the vehicle after roughly five years. If you intend to keep the car for a decade or more, resale value matters far less and the arithmetic below shifts toward the EV.
Written by Morgan Ellis, Editor at GearUp Insights | About the Editor | Last reviewed: August 2026
Depreciation, Not Fuel, Decides This
Most hybrid-versus-EV comparisons stop at the pump. They add up the purchase price, the fuel or electricity, the maintenance and the insurance, and report which number is smaller. That framing quietly assumes the two cars are worth the same when you sell them. They are not.
iSeeCars analyzed more than 950,000 five-year-old used vehicles sold between March 2025 and February 2026. Electric vehicles lost 57.2% of their value over five years. Hybrids lost 35.4% — the best of any major segment, better even than the 41.8% all-vehicle average.
Apply that to the two cars in this comparison. A $42,000 EV is worth about $17,976 after five years. A $34,000 hybrid is worth about $21,964 — more than the EV, despite costing $8,000 less new.
That inverts the usual starting point:
| What you are really comparing | EV | Hybrid | Gap |
|---|
| Sticker price | $42,000 | $34,000 | $8,000 |
| Value retained after 5 years | $17,976 (42.8%) | $21,964 (64.6%) | — |
| Net cost of ownership | $24,024 | $12,036 | $11,988 |
The real gap the EV has to close through cheaper fuel is not $8,000. It is $11,988 — half again as large. Adding the EV’s higher insurance and lower maintenance from the assumptions below — a net $500 over five years — the total gap the fuel savings must close is $12,488, and that is the figure behind every break-even in this article.
Key Assumptions
| Variable | Value Used | Source |
|---|
| EV purchase price (mid-range) | $42,000 | Edmunds 2026 average transaction price |
| Hybrid purchase price (mid-range) | $34,000 | Edmunds 2026 average transaction price |
| EV 5-year value retained | 42.8% | iSeeCars 2026 depreciation study (EV segment) |
| Hybrid 5-year value retained | 64.6% | iSeeCars 2026 depreciation study (hybrid segment) |
| EV efficiency | 3.5 miles/kWh | EPA 2026 mid-range EV average |
| Hybrid fuel economy | 45 MPG combined | EPA 2026 mid-range hybrid average |
| Home electricity rate | 18.44¢/kWh | EIA Electric Power Monthly, May 2026 (residential) |
| Public fast-charging rate | 42¢/kWh | AAA national average, August 6, 2026 |
| Gasoline price | $4.06/gallon | AAA national average, August 6, 2026 |
| Charging mix | 85% home / 15% public | J.D. Power EV charging behavior survey 2025 |
| Annual maintenance | EV $900 / Hybrid $1,100 | AAA Your Driving Costs 2025 |
| Annual insurance | EV $1,800 / Hybrid $1,500 | AAA / Insurance.com 2026 average |
| Charging losses | No separate factor | EPA efficiency ratings are measured from the wall and already include them |
What is excluded. Loan interest, home charger installation, state registration surcharges, and any state or utility incentive. Registration matters more than it used to — 41 states now charge an EV-specific fee, which we cover in EV Registration Fees by State. Including it would widen the hybrid's lead further. This is a cash-purchase comparison, consistent with our sitewide methodology.
5-Year Net Cost by Annual Mileage
Net cost is purchase price, plus five years of energy, maintenance and insurance, minus what the car is worth when you sell it.
| Annual Mileage | Hybrid 5-Year Net | EV 5-Year Net | Difference | Cheaper |
|---|
| 8,000 miles/year | $28,645 | $40,035 | EV costs $11,390 more | Hybrid |
| 12,000 miles/year | $30,449 | $41,291 | EV costs $10,842 more | Hybrid |
| 15,000 miles/year | $31,803 | $42,233 | EV costs $10,430 more | Hybrid |
| 20,000 miles/year | $34,058 | $43,802 | EV costs $9,744 more | Hybrid |
| 25,000 miles/year | $36,314 | $45,372 | EV costs $9,058 more | Hybrid |
| 50,000 miles/year | $47,592 | $53,220 | EV costs $5,628 more | Hybrid |
| ~91,000 miles/year | $66,097 | $66,097 | $0 | Break-even |
The EV is cheaper to fuel — 6.28 cents per mile against 9.02 cents for the hybrid. It gains about $412 a year at 15,000 miles. Against a $11,988 handicap, that takes a very long time.
How Much of the Break-Even Is Depreciation
Run the identical comparison and change one thing: ignore resale value, as most published comparisons do.
| Model | Gap the EV must close | Break-even mileage |
|---|
| Resale value ignored | $8,000 | ~62,000 miles/year |
| Resale value counted | $11,988 | ~91,000 miles/year |
Depreciation alone moves the break-even by roughly 29,000 miles a year. If you have read that an EV pays back somewhere around 60,000 miles annually, that figure is probably correct arithmetic on an incomplete model — one that credits the EV with resale value it does not have.
This is also the number that changes fastest. EV depreciation has been improving as used-EV demand recovers; we track that separately in Best Used EV Models 2026. If the EV segment closed even half the gap with hybrids, the break-even here would drop below 75,000 miles a year.
How the Break-Even Point Shifts
Three inputs move the answer materially. Everything else is noise.
1. Your electricity rate
This table isolates the rate by assuming 100% home charging, so its numbers sit below the 85/15 baseline used above.
| Home Rate | Example | EV Energy Cost (15k mi) | Break-Even |
|---|
| 12.35¢/kWh | North Dakota, Idaho | $529/year | ~45,500 miles/year |
| 18.44¢/kWh | U.S. average | $790/year | ~66,500 miles/year |
| 22.00¢/kWh | New York area | $943/year | ~91,000 miles/year |
| 35.25¢/kWh | California | $1,511/year | Hybrid cheaper at any mileage |
The rate spread matters more than the national average suggests. A California driver and a North Dakota driver are not having the same conversation. Check yours with the Charging Cost Calculator before trusting any national figure, including ours.
2. The gas price
| Gas Price | Hybrid Fuel Cost (15k mi) | Break-Even |
|---|
| $3.50/gallon | $1,167/year | ~166,500 miles/year |
| $4.06/gallon (current) | $1,353/year | ~91,000 miles/year |
| $4.50/gallon | $1,500/year | ~67,000 miles/year |
| $5.00/gallon | $1,667/year | ~51,500 miles/year |
This is the volatile input. The national average was $4.09 on July 30, $4.06 on August 6, and $4.01 on August 9 as crude eased back toward $70 and Strait of Hormuz disruption receded. A five-cent move shifts the break-even by about 4,000 miles a year. Treat any single break-even figure — ours included — as a snapshot, and read the row nearest today's price rather than the headline number.
3. Whether you can charge at home
| Charging Pattern | EV Energy Cost (15k mi) | Break-Even |
|---|
| 100% home | $790/year | ~66,500 miles/year |
| 85% home / 15% public | $942/year | ~91,000 miles/year |
| 50% home / 50% public | $1,295/year | Effectively unreachable |
| 100% public | $1,800/year | Hybrid cheaper at any mileage |
At 42 cents per kWh, public fast charging costs about 12 cents per mile — more than the hybrid's 9 cents. A driver without home charging is not buying a cheaper fuel. They are buying a more expensive one, and paying $8,000 extra up front for the privilege. We work through that case in detail in Public Charging vs Home Charging.
Who Should Choose a Hybrid in 2026
Typical mileage. At 10,000–25,000 miles a year the hybrid wins by $9,000–$11,100 over five years, even with full home charging.
Average or above-average electricity rates. At or above 18.44¢/kWh, the break-even is beyond any realistic driving.
A five-year horizon. The shorter the hold, the more depreciation dominates, and depreciation favors the hybrid heavily.
No reliable home charging. Public-charging dependence removes the EV's fuel advantage outright.
All four conditions above are thresholds, not verdicts, and where you sit on them depends on your state, your mileage, and your charging mix. The Vehicle Decision Summary applies one set of inputs across the charging, five-year, depreciation, and battery-risk math at once, so you can see which side of each threshold you actually fall on rather than reading them off national averages.
Who Should Consider an EV Anyway
Very high mileage. Rideshare, delivery, or multi-job commuting at 40,000+ miles a year narrows the gap substantially, though it still does not close it at national averages.
Cheap electricity. Around 12¢/kWh with near-total home charging brings the break-even down to roughly 45,500 miles a year.
A long hold. Depreciation is front-loaded. Past year eight or ten, the fuel advantage compounds while the resale gap stops widening. This analysis does not model that, and it is the strongest EV case available.
State or utility incentives. With the federal credits gone, these are what remains. A $4,000 state rebate cuts a third off the effective gap.
Reasons that are not cost. Quieter driving, no gas stations, lower emissions. These are legitimate. They are just not what this page measures.
When This Analysis May Not Apply to You
You are buying used. The depreciation that hurts a new-EV buyer is exactly what makes a used EV attractive. The math reverses.
Your models differ from the averages. A Toyota Prius against a Tesla Model 3 produces a very different result than $34,000 against $42,000. Segment averages hide wide spreads: the Model 3 lost 54.6% over five years, the Nissan LEAF 63.1%.
You are financing. Interest on a larger loan compounds the EV's disadvantage; we exclude it for comparability.
You keep cars for a decade. Five-year resale values do not describe your situation.
Depreciation figures are backward-looking. iSeeCars measures cars sold in 2025 and early 2026 — vehicles bought in 2020 and 2021, before the current price and incentive landscape. If EV resale keeps improving, our gap is overstated.
Sources
Final Takeaway
The honest version of this comparison is shorter than the tables suggest. At August 2026 prices, a mid-range hybrid beats a mid-range EV by roughly $10,400 over five years at typical mileage, and the single largest reason is that the EV is worth less when you sell it. Fuel savings are real and the EV wins that line item every time — they are simply not large enough to close a gap that depreciation has widened by half.
That verdict is not permanent. EV resale is the weakest link and it is improving. Gas at $4.50 would cut the break-even by a quarter. But nothing in the current data supports buying a new EV on cost grounds if you drive a normal amount, charge at average rates, and plan to sell in five years.
Run your own numbers below — the purchase prices and residual assumptions are all editable.
For the full methodology behind these numbers, see How We Calculate Vehicle Ownership Costs.