EV vs Hybrid vs Gas: Which Costs Less Over 5 Years?
By GearUp Insights · Published Jun 1, 2026
Quick Answer
For a U.S. driver covering 12,000 miles a year over five years, the hybrid is the cheapest of the three in GearUp's benchmark scenario: about $37,345, versus about $41,514 for a gas car and $48,755 for an EV charged 85% at home and 15% in public.
- Why the EV loses despite cheaper running costs: compared with the hybrid, the EV saves about $4,690 on fuel and maintenance but costs about $16,100 more in depreciation and insurance, a net gap of about $11,410. Depreciation uses iSeeCars' 2026 category averages (EV 57.2%, hybrid 35.4%).
- Charging mix matters, but it does not flip the result: charging only at home would bring the EV to $48,150 and charging only in public to $52,190.
- The gas-car total is an estimate: iSeeCars does not publish a gas-only depreciation figure, so GearUp assumes the all-vehicle average (41.8%) as a stand-in (a GearUp assumption). Read the $4,169 hybrid-versus-gas gap as an estimate, not a national average.
- What would change the answer: in GearUp's calculator at its default inputs the hybrid is $10,828 cheaper, and the EV only wins if gasoline reaches about $12.19 per gallon or the EV's price drops about $10,931 below the hybrid's. A model that holds its value well, or an incentive that closes the purchase-price gap, are the realistic exceptions.
Inputs: 18.44¢/kWh home electricity (EIA, May 2026), $0.42/kWh public charging (AAA, August 6, 2026), $4.07/gal gasoline (AAA, August 13, 2026); EV 3.5 mi/kWh, hybrid 40 MPG, gas car 28 MPG; representative prices of $45,000, $35,000 and $33,000. Efficiency, prices, insurance and maintenance are GearUp assumptions. See the assumptions table for what is sourced and what is estimated.
5-Year Cost Comparison
These totals add fuel or electricity, maintenance, insurance and depreciation over five years. Depreciation is the purchase price minus expected resale value, so the purchase price is not added a second time. With all-home charging the EV total is $48,150; with all-public charging it is $52,190.
| Cost Category | EV (85% home / 15% public) | Hybrid | Gas Car (estimate) |
|---|
| 5-Year Fuel/Electricity Cost | $3,765 | $6,105 | $8,720 |
| 5-Year Maintenance Cost (planning assumption) | $1,500 | $3,850 | $4,500 |
| 5-Year Insurance Cost (planning assumption) | $17,750 | $15,000 | $14,500 |
| 5-Year Depreciation (iSeeCars 57.2% / 35.4%; gas 41.8% = GearUp assumption) | $25,740 | $12,390 | $13,794 |
| Total 5-Year Cost of Ownership (Estimate) | $48,755 | $37,345 | $41,514 |
Note: Depreciation already reflects the net cost of the purchase price minus its expected resale value, so it is not added on top of a separate upfront-cost line — doing so would double-count the vehicle's purchase price. Displayed line items are rounded to the nearest dollar before they are summed; the totals use those displayed amounts. See the "Purchase Price" and "Depreciation & Resale Value" sections below for the prices and depreciation rates this total is built from.
Try With Your Own Numbers
Your result may be different. Compare EV and hybrid costs using your mileage, electricity rate and gas price.
Run your own numbers. The averages below are a starting point, but your break-even depends on your mileage, local electricity rate, and today's gas price. Try it with your own numbers:
Why the Hybrid Comes Out Ahead Under These Assumptions
Here is where the $11,410 gap between the EV and the hybrid comes from. Negative numbers are where the EV is cheaper.
| 5-year cost | EV (85/15 mix) | Hybrid | EV minus hybrid |
|---|
| Fuel / electricity | $3,765 | $6,105 | −$2,340 |
| Maintenance | $1,500 | $3,850 | −$2,350 |
| Insurance | $17,750 | $15,000 | +$2,750 |
| Depreciation | $25,740 | $12,390 | +$13,350 |
| Total | $48,755 | $37,345 | +$11,410 |
Depreciation is the single biggest driver, far larger than the EV's fuel and maintenance savings combined. The hybrid also finishes about $4,169 below the gas car ($37,345 vs $41,514), an estimate that depends on the gas-car depreciation proxy.
Key Findings:
- Hybrids have the lowest 5-year total cost of ownership in this scenario, ahead of the gas car and well ahead of the EV, primarily due to a lower purchase price than the EV, much slower depreciation than the EV, and cheaper fuel than the gas car.
- The EV is cheapest to run but not to own: fuel plus maintenance comes to $5,265 for the EV, $9,955 for the hybrid and $13,220 for the gas car, yet depreciation and insurance leave the EV $11,410 behind the hybrid.
- Charging mostly at home helps ($3,160 for five years of all-home charging versus $7,200 all-public), but no charging mix closes the gap in this scenario.
- The absence of the federal EV tax credit makes the initial financial hurdle for EVs higher, extending their break-even point compared to both hybrids and gas cars relative to previous years.
Purchase Price: EV vs Hybrid vs Gas
The federal EV tax credit has expired, so the EV prices below carry no federal credit; state and local incentives vary. The 5-year totals on this page use representative purchase prices of $45,000 (EV), $35,000 (hybrid) and $33,000 (gas car). These are GearUp assumptions, not quoted prices. Historically, EVs have carried a higher sticker price than comparable hybrid models. While this gap is narrowing, it remains a significant factor in the initial purchase decision. According to Kelley Blue Book, the average transaction price for a new EV remains higher than the industry average, though the gap has been shrinking as more affordable models enter the market.
| Cost Category |
Average EV (e.g., Tesla Model 3, Hyundai Ioniq 5) |
Average Hybrid (e.g., Toyota RAV4 Hybrid, Honda CR-V Hybrid) |
Average Gas Car (e.g., Toyota Camry, Honda CR-V) |
| MSRP (Manufacturer's Suggested Retail Price) |
$45,000 - $60,000 |
$30,000 - $45,000 |
$28,000 - $43,000 |
| Federal Tax Credit (2026) |
$0 (Expired) |
N/A |
N/A |
| State/Local Incentives |
Varies ($0 - $7,500) |
Varies ($0 - $2,000) |
N/A |
| Destination Charge |
$1,200 - $1,500 |
$1,200 - $1,500 |
$1,200 - $1,500 |
| Effective Upfront Cost (Estimate) |
$45,000 - $58,000 |
$30,000 - $44,000 |
$28,000 - $42,000 |
The gas car's lower sticker price is the clearest reason it remains the default choice for many buyers: it typically costs $1,500–$2,200 less than the equivalent hybrid trim and $17,000+ less than a comparable EV before any incentive. That upfront gap is the baseline every fuel-cost or maintenance saving has to close.
Analysis: The upfront cost advantage for hybrids is clear. Without the federal tax credit, EVs require a larger initial investment. State and local incentives can help, but they vary widely by location and are not guaranteed. The rule is the same for every maker, so a brand-specific search will not change it — our Toyota EV Tax Credit 2026 breakdown works through one case in detail. For a deeper dive into how fuel prices affect these choices, see our analysis on High Fuel Prices and Car Demand.
Fuel vs Charging Costs
This is where EVs typically shine, especially for drivers with access to home charging. The cost of electricity per mile is generally lower than gasoline, even with fluctuating energy prices. The U.S. Energy Information Administration (EIA) tracks these costs, showing a consistent advantage for electricity over gasoline on a per-mile basis.
| Factor | EV (100% home) | EV (85/15 mix, benchmark) | EV (100% public) | Hybrid | Gas Car |
|---|
| Electricity cost (U.S. average) | 18.44¢/kWh | blended $0.2197/kWh | $0.42/kWh | N/A | N/A |
| Gasoline price (U.S. average) | N/A | N/A | N/A | $4.07/gallon | $4.07/gallon |
| Efficiency (GearUp assumption) | 3.5 miles/kWh | 3.5 miles/kWh | 3.5 miles/kWh | 40 MPG | 28 MPG |
| Annual mileage | 12,000 miles | 12,000 miles | 12,000 miles | 12,000 miles | 12,000 miles |
| Annual fuel/electricity cost | $632 | $753 | $1,440 | $1,221 | $1,744 |
| 5-year fuel/electricity cost | $3,160 | $3,765 | $7,200 | $6,105 | $8,720 |
Assumptions:
- Electricity cost based on national average for residential rates. Public charging rates are significantly higher.
- Gasoline price is the AAA national average of $4.07/gal (August 13, 2026); public charging is the AAA national average of $0.42/kWh (August 6, 2026).
- Efficiency figures are averages and can vary by model and driving style.
Analysis: The benchmark charges the EV 85% at home and 15% in public (the calculator's default mix), which costs $753 a year; all-home and all-public bounds are shown alongside. Home charging is the game-changer for EV owners, cutting fuel cost by nearly two-thirds compared with a gas car at national-average prices. Public charging closes most of that gap — an EV charged exclusively in public costs almost as much to run as a gas car. Hybrids land in between, beating a gas car at the pump by roughly 30% but not matching a home-charged EV. For more details on charging costs, read our guide on Public Charging vs Home Charging EV Cost. Home electricity prices differ widely by state, so see how much an EV adds to your electric bill in our 50-state home charging cost index, and our public charging cost guide for what fast and Level 2 stations actually charge.
Depreciation & Resale Value
Depreciation is often the largest cost of vehicle ownership. Both EVs and hybrids have seen dynamic resale markets. Edmunds' True Cost to Own data highlights how depreciation impacts the long-term financial picture.
| Vehicle Type | 5-Year Value Loss | Source / basis | 5-Year Depreciation (on $45,000 EV / $35,000 hybrid / $33,000 gas) |
|---|
| EV | 57.2% | iSeeCars 2026 EV segment average (fact) | $25,740 |
| Hybrid | 35.4% | iSeeCars 2026 hybrid segment average (fact) | $12,390 |
| Gas Car | 41.8% | iSeeCars 2026 all-vehicle average used as a proxy (GearUp assumption; iSeeCars does not publish a gas-only figure) | $13,794 |
Analysis: EVs lose the most value, $13,350 more than the hybrid over five years on these prices, while hybrids lose the least. This can fluctuate with market demand and battery technology advancements; the rapid pace of EV development can sometimes lead to steeper depreciation for older EV models specifically.
Source note: The EV (57.2%) and hybrid (35.4%) figures are iSeeCars' 2026 five-year category averages, checked against the study on October 7, 2026. The study's all-vehicle average is 41.8%; it does not break out gasoline-only vehicles, so GearUp uses that average as a stand-in for the gas car (a GearUp assumption). Treat the gas-car depreciation, and therefore the gas-car total, as an estimate rather than a national average.
Insurance Costs
EVs often have higher insurance premiums due to their higher purchase price, advanced technology (leading to more expensive repairs), and limited availability of specialized repair shops.
| Vehicle Type |
Annual Insurance Premium (GearUp planning assumption) |
5-Year Insurance Cost |
| EV |
$3,300 – $3,800 |
$16,500 – $19,000 |
| Hybrid |
$2,800 – $3,200 |
$14,000 – $16,000 |
| Gas Car |
$2,700 – $3,100 |
$13,500 – $15,500 |
Analysis: In GearUp's planning assumptions, gas cars have the lowest insurance costs of the three, with hybrids close behind and EVs running $500–$700 a year higher, reflecting the EV's higher purchase price and more expensive repair profile. These are planning figures and can vary significantly based on driver profile, location, and specific vehicle model.
Assumption note: The premium ranges above are GearUp planning assumptions, not a published U.S. average, and this page does not cite a single source for them. The 5-year totals use the midpoints ($17,750 EV, $15,000 hybrid, $14,500 gas). Replace them with your own quotes in the calculator.
Maintenance Costs
EVs generally have lower maintenance costs due to fewer moving parts, no oil changes, and less wear on brakes (thanks to regenerative braking). AAA's research consistently shows that EVs cost less to maintain than their internal combustion engine counterparts.
| Maintenance Item |
EV (5-Year Estimate) |
Hybrid (5-Year Estimate) |
Gas Car (5-Year Estimate) |
| Routine Service (Tire rotations, cabin filters, etc.) |
$1,000 - $1,500 |
$1,500 - $2,000 |
$1,500 - $2,000 |
| Brake Replacement |
$0 - $500 (Regenerative braking reduces wear) |
$500 - $1,000 |
$600 - $1,100 |
| Oil Changes |
$0 |
$300 - $600 |
$500 - $900 |
| Transmission Service |
$0 |
$200 - $400 |
$300 - $600 |
| Spark Plugs, Belts, Hoses |
$0 |
$400 - $800 |
$500 - $1,000 |
| Battery Replacement (Rare, but possible) |
$0 (Typically under warranty for 8-10 years) |
$0 (Typically under warranty for 8-10 years) |
N/A (Conventional 12V battery only) |
| Total 5-Year Maintenance Cost (Estimate) |
$1,000 - $2,000 |
$2,900 - $4,800 |
$3,400 - $5,600 |
Analysis: EVs hold a clear advantage in maintenance, saving owners hundreds to thousands of dollars over five years compared with either a hybrid or a gas car. Hybrid maintenance runs modestly below a comparable gas car — the electric motor and regenerative braking reduce brake wear, but the gas engine still needs the same oil changes and belt service as a conventional car.
Assumption note: The line-item ranges above are GearUp planning assumptions; this page does not cite a single published source for them. The 5-year totals use the midpoints ($1,500 EV, $3,850 hybrid, $4,500 gas). Replace them with your own service costs in the calculator.
When an EV Becomes Cheaper
Why these numbers differ from the table above. The two sets of totals are two separate scenarios, not a calculation error. Both use the same mileage, holding period, gasoline and electricity prices, 85/15 charging mix and iSeeCars depreciation, so the hybrid's lead is similar ($11,410 in the table, $10,828 in the calculator). The totals themselves differ because the table uses higher vehicle prices, a lower hybrid MPG and GearUp's article-level insurance and maintenance assumptions, and because it includes a gas car, which the calculator does not model.
| Input | 5-year table (benchmark) | Calculator default scenario |
|---|
| Same in both | 12,000 miles a year, 5 years, $4.07/gal gas, 18.44¢/kWh home, $0.42/kWh public, 85/15 home/public mix, EV 57.2% and hybrid 35.4% depreciation, EV 3.5 mi/kWh |
| Vehicle price | EV $45,000 / hybrid $35,000 / gas $33,000 | EV $42,000 / hybrid $34,000 (gas not modeled) |
| Hybrid fuel economy | 40 MPG (gas car 28 MPG) | 45 MPG |
| Maintenance | EV $1,500 / hybrid $3,850 / gas $4,500 over 5 years (planning assumptions) | EV $900 / hybrid $1,100 per year (calculator fallback) |
| Insurance | EV $17,750 / hybrid $15,000 / gas $14,500 over 5 years (planning assumptions) | EV $1,800 / hybrid $1,500 per year (calculator fallback) |
| Result | Hybrid $37,345 vs EV $48,755: hybrid $11,410 cheaper | Hybrid $30,463 vs EV $41,291: hybrid $10,828 cheaper |
A single point estimate hides the more useful question: how far would conditions have to move before the answer changes? The checks below use the calculator default scenario from GearUp's EV vs Hybrid 5-Year Calculator: 12,000 miles a year, a $42,000 EV against a $34,000 hybrid, 3.5 mi/kWh versus 45 mpg, $0.1844/kWh home electricity, $4.07/gal gasoline (AAA, August 13, 2026), and iSeeCars category residual values of 42.8% for the EV against 64.6% for the hybrid.
At those inputs the hybrid finishes five years $10,828 cheaper ($30,463 against $41,291). More telling is the break-even: the crossover point sits at roughly 90,000 miles per year — a number no private driver will reach. Under national averages, mileage alone never rescues the EV.
| Variable | Baseline | Value that flips the result to EV |
|---|
| Gasoline price | $4.07/gal | $12.19/gal |
| EV price premium | +$8,000 | −$10,931 (EV must be cheaper than the hybrid) |
| Home charging share | 85% | Never flips — hybrid wins at any 0–100% mix |
Each row moves one variable while holding everything else fixed. Read together, they say something the summary table above cannot: the outcome is not close, and it is not decided by fuel or charging behavior. Gasoline would need to rise to roughly 3.0 times today's price. The charging mix — the variable drivers spend the most time worrying about — cannot flip the result at all.
What does move it is the purchase price gap and resale value. That points at the two situations where the EV realistically wins under these assumptions: a state or utility incentive that closes most of the $8,000 premium, or a model that holds value well above the 42.8% EV category average. Both are model-specific and neither is captured by a national-average comparison, which is exactly why the numbers above should be treated as a starting point rather than your answer. Enter your own quoted prices, local rates, and mileage in the calculator.
GearUp analysis. Energy and fuel prices follow GearUp's site baseline (EIA Electric Power Monthly, May 2026; AAA, August 6 and August 13, 2026); depreciation figures are from the iSeeCars 2026 study (checked October 7, 2026).
What This Means for Drivers
Your ideal choice depends heavily on your driving habits, access to charging, and financial priorities:
If you would rather resolve those variables against your own numbers than against national averages, the Vehicle Decision Summary takes one set of inputs and returns charging cost, five-year total, depreciation, and battery risk on a single screen.
- If upfront cost is your primary concern, a gas car has the lowest sticker price of the three, with a hybrid close behind. Both are a safer financial bet than an EV in the short term.
- If you plan to keep the car 5+ years and drive a normal amount, a hybrid usually wins on total cost: its fuel savings over a gas car clear the purchase premium within a few years, and it avoids the EV's steeper depreciation.
- If you have reliable home charging and drive frequently, an EV can offer substantial long-term fuel and maintenance savings over both a hybrid and a gas car, eventually offsetting its higher initial price. The convenience of waking up to a "full tank" every morning is a significant lifestyle benefit.
- If you rely heavily on public charging, the cost savings of an EV diminish significantly — a public-only EV costs more than a gas car over five years in this scenario ($52,190 vs $41,514) — making a hybrid or gas car a more compelling financial choice. Public charging can be as expensive as gasoline, and the time spent charging adds a hidden cost to ownership.
- If you drive very little, a gas car's lower upfront cost is harder to beat with fuel savings alone, since neither the hybrid's nor the EV's per-mile advantage has enough miles to work with.
- Consider the evolving market: Battery technology is improving, and EV prices are expected to continue falling, potentially shifting these dynamics in the coming years. Keep an eye on local incentives, as they can dramatically alter the math in favor of an EV.
Conclusion
For 2026, the total cost of ownership analysis suggests that hybrids often present the most economical choice over a five-year period among the three powertrains, largely due to their combination of a moderate purchase price, gas-beating fuel economy, and stable depreciation. Gas cars trail behind the hybrid, held back mainly by fuel cost. However, the financial benefits of EVs, particularly with home charging, remain strong in terms of fuel and maintenance savings — an EV with reliable home charging can undercut both a hybrid and a gas car on running costs, even though it starts furthest behind on purchase price and depreciation. Your personal circumstances and priorities, especially your access to home charging and how long you keep a vehicle, will ultimately dictate which of the three offers the best value for you.
This article focuses on the three-way EV vs. hybrid vs. gas comparison. For a deeper look at either two-way matchup, see EV vs. Gas Car Total Cost 2026 and Hybrid vs. Gas Total Cost of Ownership. For the federal tax picture referenced throughout this piece, see EV Tax Credit 2026: Federal Credit Ended.
Frequently Asked Questions
Is an EV cheaper than a hybrid over 5 years?
Not in GearUp's benchmark scenario. An EV charged 85% at home comes to about $48,755 over five years versus $37,345 for a hybrid, a gap of about $11,410. The EV saves on fuel and maintenance but costs more in depreciation and insurance. At the calculator's default inputs the hybrid's lead is $10,828, so check your own mileage, electricity rate and local incentives.
Are hybrids cheaper to own than EVs?
In both scenarios on this page, yes. In the benchmark table the hybrid ($37,345) beats the EV ($48,755) and an estimated gas car ($41,514). In the calculator default scenario it is $30,463 versus $41,291. The gas-car figure relies on an all-vehicle depreciation proxy, so treat it as an estimate.
How much does home charging change the comparison?
A lot for the EV's fuel bill, though not enough to change the winner. Five years of all-home charging costs $3,160 versus $7,200 for all-public charging, with the 85/15 benchmark mix at $3,765. In the calculator default scenario the hybrid still wins at any home-charging share from 0 to 100%.
At what mileage does an EV become cheaper?
In the calculator default scenario the crossover is at roughly 90,000 miles per year, which no private driver will reach, so mileage alone does not make the EV cheaper. We have not calculated a crossover mileage for the benchmark table. Your own result depends on your electricity rate, gas price and the cars you are comparing, so run them in the calculator.
Does depreciation make EVs more expensive to own?
Yes, it is the largest single gap. At the benchmark prices an EV loses about $25,740 in value over five years versus $12,390 for a hybrid, a difference of $13,350, which is far more than the EV saves on fuel ($2,340). The figures come from iSeeCars' 2026 category averages: 57.2% value loss for EVs versus 35.4% for hybrids.
Methodology, Assumptions and Sources
GearUp adds purchase price, energy, maintenance and insurance, then subtracts expected resale value; the full method is described in How We Calculate Costs. The table below separates published figures from GearUp assumptions. Source dates are the dates of the data, not of this page's last edit.
| Input | Value used | Source | Source date | Fact / GearUp assumption |
|---|
| Annual mileage | 12,000 miles | GearUp calculator default | – | GearUp assumption |
| Ownership period | 5 years | GearUp calculator default | – | GearUp assumption |
| EV purchase price | $45,000 | Representative price, not a quote | – | GearUp assumption |
| Hybrid purchase price | $35,000 | Representative price, not a quote | – | GearUp assumption |
| Gas car purchase price | $33,000 | Representative price, not a quote | – | GearUp assumption |
| EV depreciation | 57.2% | iSeeCars 2026 5-year depreciation study, EV segment | 2026 | Fact |
| Hybrid depreciation | 35.4% | iSeeCars 2026 5-year depreciation study, hybrid segment | 2026 | Fact |
| Gas car depreciation | 41.8% | iSeeCars 2026 all-vehicle average, used as a proxy (no gas-only figure published) | 2026 | GearUp assumption |
| EV efficiency | 3.5 mi/kWh | Average efficiency; varies by model and driving style | – | GearUp assumption |
| Hybrid fuel economy | 40 MPG | Average efficiency; varies by model and driving style | – | GearUp assumption |
| Gas car fuel economy | 28 MPG | Average efficiency; varies by model and driving style | – | GearUp assumption |
| Home electricity | 18.44¢/kWh | EIA Electric Power Monthly, Table 5.6.A, residential, U.S. total | May 2026 | Fact |
| Public charging | $0.42/kWh | AAA national average public EV charging rate | August 6, 2026 | Fact |
| Charging mix | 85% home / 15% public | GearUp calculator default | – | GearUp assumption |
| Gasoline | $4.07/gal | AAA national average, regular grade | August 13, 2026 | Fact |
| Insurance | EV $17,750 / hybrid $15,000 / gas $14,500 over 5 years | Range midpoints shown in the Insurance section; no single published source cited | – | GearUp planning assumption |
| Maintenance | EV $1,500 / hybrid $3,850 / gas $4,500 over 5 years | Range midpoints shown in the Maintenance section; no single published source cited | – | GearUp planning assumption |
| Calculator maintenance and insurance | EV $900 and $1,800, hybrid $1,100 and $1,500 per year | Calculator editable fallback values | – | Calculator fallback |
Last updated: October 7, 2026
Sources
Want the exact numbers for your own mileage and location? Our EV vs. Hybrid 5-Year Cost Calculator runs the full comparison for your situation.