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1,049 nm vs 920–950 nm: Cirrus SR22 Range Pilots Should Plan

October 7, 2026

A standard Cirrus SR22 reaches a maximum range of approximately 1,049 nautical miles with reserves, while the turbocharged SR22T lands in a similar band depending on cruise power and altitude, according to manufacturer and POH-derived figures. Actual range on any given flight depends on the model, usable fuel, power setting, payload, winds and the reserves you plan to keep.

TL;DR:

  • Earlier SR22s carry 81 US gallons of usable fuel, while later models carry 92, so verify the exact airframe’s POH before planning.
  • At 65% power, burning 14 gallons per hour at 170 knots, 92 usable gallons yield 920–950 nautical miles after a 45 minute VFR reserve.
  • At high power, the SR22T may travel less far than the standard SR22 because its turbocharged engine burns more fuel, but altitude narrows the gap.
  • Headwinds, installed options, and passenger or baggage weight reduce practical range, so calculate weight and balance, subtract reserves first, and include an alternate.
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Table of Contents

Key performance figures at a glance

Before planning a leg, pilots typically check a handful of numbers from the pilot operating handbook: usable fuel, cruise speed, and the headline range figure that assumes a specific power setting. Usable fuel capacity is the first variable to confirm, since it has shifted across production years.

  • Earlier SR22 airframes carry 81 US gallons usable, while later models carry 92 US gallons, a change that must be verified against your specific airframe’s fuel capacity.
  • The standard SR22’s POH lists a maximum range of about 1,049 nautical miles at 65% power with reserves.
  • The SR22T brochure lists cruise performance around 213 KTAS at higher power settings, trading some range for speed.
  • Service ceiling differs by model: the naturally aspirated SR22 tops out well below the turbocharged SR22T, which can climb into flight levels where supplemental oxygen becomes a regulatory requirement.
Variant Usable fuel Typical cruise TAS Published max range
SR22 (standard) 81 to 92 US gal Economy to high-speed cruise About 1,049 nm with reserves
SR22T 92 US gal Up to roughly 213 KTAS Varies with power and altitude

What affects SR22 range: fuel, payload, power setting, altitude, winds

Published maximum-range numbers assume a single set of conditions. Change any one variable and the real number moves.

  1. Usable fuel versus total fuel: POH figures always use usable fuel, not tank capacity, so unusable fuel never factors into your planning number.
  2. Payload and installed options: air conditioning, a four-blade propeller, or a TKS ice-protection system add weight that reduces the fuel you can carry at max gross weight.
  3. Power setting: economy cruise burns noticeably less fuel per hour than high-speed cruise, stretching endurance at the cost of groundspeed.
  4. Altitude and turbocharging: the SR22T’s turbonormalizer offsets the density-altitude losses that limit a naturally aspirated SR22 at higher flight levels, which is why turbo installations gain more range at altitude.
  5. Winds aloft and temperature: a 20-knot headwind can erase more range than most pilots expect, while a tailwind extends it proportionally.
  6. Reserves: a 45-minute VFR reserve or an IFR alternate requirement subtracts directly from usable endurance before you ever convert to distance.

Pro Tip: Always subtract your reserve fuel before calculating range, not after; working backward from a “full tanks” number overstates what you can safely fly.

Model differences and realistic ranges for SR22, SR22 G5 and SR22T

The naturally aspirated SR22, the SR22 G5 generation, and the turbocharged SR22T each produce a different range profile despite sharing an airframe lineage.

  • The standard SR22 POH lists a maximum range of about 1,049 nm at 65% power with reserves, a figure that assumes no wind and standard atmospheric conditions.
  • Later-generation airframes with 92 gallons usable gain meaningful endurance over the earlier 81-gallon configuration, even at identical power settings.
  • The SR22T can show a lower range than the standard SR22 at high-power cruise because turbocharged engines burn more fuel per hour at those settings, despite flying faster.
  • At higher altitudes, the SR22T’s turbonormalizer recovers much of that disadvantage, since it maintains cruise performance where a naturally aspirated SR22 loses power to thinning air.
  • Accessory packages, propeller choice and certified options all add weight and drag, which shifts the real-world range below the brochure number for any individually equipped aircraft.

How to estimate SR22 range for a planned leg

A workable range estimate takes four steps and a POH in hand.

  1. Confirm usable fuel and current weight and balance for your specific airframe, since usable fuel and max payload vary by serial number and installed options.
  2. Pick a conservative cruise power setting and its corresponding fuel flow. A 65% power setting might burn close to 14 gallons per hour, while 75% power burns noticeably more.
  3. Calculate endurance by dividing usable fuel by fuel flow, then subtract your planned reserve, commonly 45 minutes for VFR or more under IFR.
  4. Convert endurance to distance by multiplying remaining endurance by true airspeed, adjusted for forecast headwind or tailwind components.

As an example: at 65% power burning roughly 14 gph with a cruise TAS near 170 knots, a pilot with 92 gallons usable and a 45-minute reserve would plan for roughly 920 to 950 nautical miles in still air, a number that should always be checked against the aircraft’s own POH tables rather than treated as universal.

Operational considerations and a planner’s checklist

Before attempting a leg near published maximum range, a few checks matter more than the headline number itself.

  • Confirm oxygen requirements for sustained flight above the regulatory threshold, especially relevant for SR22T operations flown at higher flight levels.
  • Run a full weight-and-balance calculation with planned fuel load, passengers and baggage rather than assuming book numbers apply to your loaded aircraft.
  • Account for installed options like air conditioning, a four-blade propeller or TKS, each of which reduces useful load and therefore achievable range.
  • Treat unverified range figures from forums or secondhand accounts with skepticism; cross-check against your POH and current performance data.
  • Always plan an alternate and build in contingency fuel rather than flying to the edge of calculated endurance.

Pro Tip: Fly a timed leg at your planned power setting before trusting any range estimate for a long cross-country, since real fuel flow often differs from brochure numbers by a small but meaningful margin.

Operator perspective: planning regional flights with SR22 range

Running regional hops on a fixed-price basis means choosing cruise profiles that balance speed against predictable endurance, not chasing a brochure’s maximum number. We plan routes between regional airports with conservative fuel and reserve margins built in, since a missed connection or diversion is far more costly to a traveler than a slightly longer flight time.

Brochure maximum compared with practical planning range

The aircraft operated are Cirrus equipped with the Cirrus Airframe Parachute System, and pilots fly under standardized safety procedures rather than ad hoc judgment calls. That consistency, paired with routes chosen around realistic rather than theoretical range, helps keep fixed-price regional flights dependable.

Author perspective: tradeoffs owners should prioritize when range is important

If range matters to your mission, verify the POH numbers for your exact serial number rather than trusting a generic spec sheet, and calibrate those numbers with a few timed flights at your planned power setting. Decide whether payload or range matters more for your typical trip, since chasing the published maximum rarely serves either goal well.

— Nick

FAQ

How many miles per gallon does a Cirrus SR22 get?

The SR22 does not have a standard miles-per-gallon figure since pilots plan in fuel flow and true airspeed rather than mpg, but at a 65% power setting burning around 14 gallons per hour at roughly 170 knots, the rough equivalent lands near 12 to 14 nautical miles per gallon. Actual figures shift with power setting, altitude and headwind.

Is a Cirrus SR22 hard to fly?

The SR22 is a high-performance aircraft, but AOPA’s editorial coverage notes that its advanced avionics reduce pilot workload rather than add to it, and it is not considered difficult for trained, instrument-rated pilots. Transition training focused on its systems and speed is still recommended for new owners.

Which is better, the Diamond DA40 or the Cirrus SR22?

The two aircraft serve different missions: the SR22 generally offers higher cruise speed and a larger cabin, while the DA40 is often valued for lower operating costs and simpler systems. The better choice depends on whether a buyer prioritizes speed and range or lower fuel burn and acquisition cost.

What is the annual cost of owning a Cirrus SR22?

Ownership cost depends heavily on utilization, since AOPA’s cost guidance shows that fixed costs like insurance and hangar fees get spread over more flight hours as annual usage increases, lowering the effective hourly cost. Flying more hours each year, rather than less, is generally the most reliable way to reduce the cost per hour.

Sources

Primary sources (POH, Cirrus brochures, AOPA guidance, flight-test reporting)

For POH-level precision on your specific airframe, start with the manufacturer’s own documentation rather than secondhand summaries.

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