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Operating costs

Piston aircraft operating costs by model

What a piston airplane costs per hour and per year, owner-flown on 100LL, single and twin-engine.

20 models · median $300 a flight hour at 200 hours a year · CRAFT estimates

Single and twin piston aircraft side profile illustrations

Piston aircraft

What sets the cost of piston aircraft

  • Owner-flown: no pilot salary, but a visible $0 crew line and a switch to add a hired pilot.
  • The engine overhaul reserve is the maker's overhaul price divided by its time between overhauls, per engine, so twins carry two.
  • The annual inspection is a fixed cost: a piston airplane pays for it whether it flies 50 hours or 300.
Median operating cost by class
ClassModelsMedian per hour
Single-engine pistonOwner-flown16$280
Twin-engine pistonOwner-flown4$510

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Piston aircraft cost calculator

Piston aircraft operating cost calculator

$

$43,863 per year

$17,305 fixed + $133/hr × 200 hrs ($38/hr of it fuel: 5.1 gal at $7.41). About $219 per flight hour with the fixed costs spread over the hours. Diamond DA20-C1 Eclipse, CRAFT estimate.

Every line of the Diamond DA20-C1 Eclipse estimate, with sources

Every model

Operating cost of every piston aircraft we estimate

20 aircraft. Costs at 200 hours a year, CRAFT estimates.

Operating cost of every piston aircraft CRAFT estimates
Single-engine piston$220$43,9055.1 gal/hr100LL1
Diamond DA40 NG side profile illustration
Diamond DA40 NGOwner-flown
Single-engine piston$221$44,1055.1 gal/hrJet A3
Single-engine piston$249$49,7059 gal/hr100LL1
Piper Archer side profile illustration
Piper ArcherOwner-flown
Single-engine piston$252$50,3059.5 gal/hr100LL3
Single-engine piston$253$50,5059.6 gal/hr100LLn/a
Single-engine piston$259$51,70510.4 gal/hr100LL3
Diamond DA50 RG side profile illustration
Diamond DA50 RGOwner-flown
Single-engine piston$261$52,10510.3 gal/hrJet A4
Cirrus SR20 side profile illustration
Cirrus SR20Owner-flown
Single-engine piston$282$56,30513.5 gal/hr100LL3
Piper Dakota side profile illustration
Piper DakotaOwner-flown
Single-engine piston$286$57,10514 gal/hr100LLn/a
Single-engine piston$293$58,50515 gal/hr100LL3
Mooney M20 side profile illustration
Mooney M20Owner-flown
Single-engine piston$300$59,90515.9 gal/hr100LLn/a
Cirrus SR22 side profile illustration
Cirrus SR22Owner-flown
Single-engine piston$314$62,70517.8 gal/hr100LL3
Single-engine piston$315$62,90518 gal/hr100LL7
Single-engine piston$315$62,90518 gal/hr100LL5
Piper Lance side profile illustration
Piper LanceOwner-flown
Single-engine piston$315$62,90518 gal/hr100LLn/a
Single-engine piston$324$64,70519.2 gal/hr100LL5
Twin-engine piston$440$87,97010.4 gal/hrJet A3
Diamond DA62 side profile illustration
Diamond DA62Owner-flown
Twin-engine piston$450$89,97011.8 gal/hrJet A6
Twin-engine piston$563$112,57027.4 gal/hr100LL5
Twin-engine piston$686$137,17044 gal/hr100LLn/a
17 aircraft we cover but don't estimate yet, and why
  • Beechcraft Bonanza G36: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Beechcraft Bonanza V35B: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Beechcraft Duke B60: The only fuel burn we found is an encyclopedia figure, with no maker's or government document behind it that we could check.
  • Cessna 207: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Cessna 310: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Cessna 337H Skymaster: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Cessna 340: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Cessna 402C Businessliner: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Cessna 414A Chancellor: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Cessna 421C Golden Eagle: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Cessna TTx: The only fuel burn we found is an encyclopedia figure, with no maker's or government document behind it that we could check.
  • Cessna P210N: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Piper PA-28-140 Cherokee: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Piper M350: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Piper PA-44-180 Seminole: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Piper PA-34 Seneca: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.
  • Piper PA-28-161 Warrior III: No published fuel burn we could cite: the maker's documents we could reach don't state one and no government rate schedule lists it.

Other types: helicopter operating costs, turboprop operating costs, private jet operating costs, regional airliner operating costs, or every aircraft.

Method

How every estimate is built

The same formula for every aircraft: fixed costs a year (crew, training, hangar, insurance, management, inspections) plus a cost per flight hour (fuel, maintenance, engine and parts reserves, fees). Annual cost is fixed costs plus the hourly cost times the hours flown; the hourly figure we quote spreads the fixed costs over 200 hours.

  • Fuel: each model's published fuel burn, times one price for every aircraft that burns that fuel: Jet A at $7.66 a gallon and 100LL avgas at $7.41, the U.S. average FBO prices in our fuel price data. A model without a published fuel burn gets no estimate.
  • Crew: U.S. Bureau of Labor Statistics pay plus employer benefits. Piston airplanes, piston helicopters and the owner-flown turboprop singles assume the owner flies: the crew line is $0 and every page has a switch to add a hired pilot.
  • Hangar and insurance: published airport hangar schedules, and an aviation insurance broker's published premiums and hull rates, applied to each model's published price where there is one.
  • Maintenance and reserves: engine reserves from the maker's time between overhauls and a published overhaul price where one exists; otherwise, and for maintenance, a stated range for the class, midpoint used and shown on every page.
  • Not included: the purchase price, financing, depreciation, taxes, upgrades, and any rental or charter income.

Sources

We do not use other cost calculators' or brokers' published budgets. Spot something wrong? Tell us.

Frequently asked questions

How much does a piston airplane cost per hour?

In our estimates at 200 hours a year, from $220 an hour (Diamond DA20-C1 Eclipse) to $690 (Piper PA-31-350 Navajo Chieftain), median $300. That counts the fixed costs spread over the hours as well as fuel, maintenance and reserves.

How much does a piston airplane cost a year to own?

The median model costs about $59,000 a year flown 200 hours, before the purchase price, financing and depreciation. Single-engine piston: about $57,000; Twin-engine piston: about $101,000.

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