Cirrus SR22: specs, V-speeds, CAPS and real costs
The Cirrus SR22 is a composite, low-wing, fixed-gear single with a 310-hp Continental IO-550-N and a whole-airframe parachute (CAPS). Cirrus quotes a 183 KTAS maximum cruise; the G6 POH gives 17.8 gallons per hour at 75% power, Vne 205 KIAS and a 140 KIAS maximum CAPS deployment speed. US operators rent one for about $500 an hour.

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183 KTAS
Max cruise
Cirrus
17.8 gal/hr
Fuel burn, 75% power
G6 POH
140 KIAS
Max CAPS deployment
G6 POH
$507.50/hr
Median rental
6 US operators
SR22 cockpit upgrade kit
SR22 readers skew owner-operators and transition pilots. This keeps the offer relevant: headset, EFB, kneeboard, and logbook.
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Cirrus SR22 specifications
Limits and speeds come from the SR22 G6 Pilot's Operating Handbook (serials 4435 and on); dimensions, weights and published performance from Cirrus's current G7+ spec page. Each value carries its source.
| Dimensions | |
|---|---|
| Wingspan | 38 ft 4 in (11.7 m)[CIR] |
| Length | 26 ft (7.9 m)[CIR] |
| Height | 8 ft 11 in (2.7 m)[CIR] |
| Engine | |
| Engine | Continental IO-550-N[POH, CIR]SR22T: turbocharged TSIO-550-K, 315 hp. |
| Power | 310 hp at 2,700 rpm[POH] |
| Weights and fuel | |
| Max takeoff weight | 3,600 lb (1,633 kg)[POH, CIR, OLD]G6 POH and current G7+. Max zero-fuel weight 3,400 lb. Older SR22s (2003 POH) were 3,400 lb max takeoff. |
| Base (empty) weight | 2,272 lb[CIR]Cirrus G7+ figure; yours is on the airplane's weight and balance record. |
| Useful load | 1,328 lb[CIR]Cirrus G7+. SR22T: 1,238 lb. |
| Fuel capacity | 94.5 gal total, 92.0 gal usable[POH] |
| Performance | |
| Max cruise speed | 183 KTAS[CIR]Cirrus G7+ figure; the SR22T is 213 KTAS. |
| Cruise at 75% power | 166-180 KTAS[POH]Sea level to 8,000 ft, best power mixture, G6 POH. |
| Fuel burn | 17.8 gal/hr[POH]75% power, best power mixture, G6 POH Section 5. |
| Range | 1,169 nm[CIR]At 55% power, as published by Cirrus (G7+). SR22T: 1,021 nm. |
| Rate of climb | 1,270 ft/min[CIR]Cirrus G7+. SR22T: 1,203 ft/min. |
| Max operating altitude | 17,500 ft[CIR]SR22T: 25,000 ft. |
| Takeoff | 1,082 ft[CIR]Cirrus labels this only "Takeoff" and does not say whether it is ground roll or over a 50-ft obstacle. SR22T: 1,517 ft. |
| Landing ground roll | 1,178 ft[CIR] |
| Max demonstrated crosswind | 21 kt[POH]A demonstrated value, not a limitation. |
Sources
- [POH] Cirrus SR22 Pilot's Operating Handbook, P/N 13772-006 Reissue A (G6, serials 4435 and on), Sections 2, 3, 4 and 5
- [OLD] Cirrus SR22 Pilot's Operating Handbook, P/N 13772-001 Reissue A (October 2003, 3,400 lb airplanes), Section 2
- [CIR] Cirrus Aircraft, SR Series specifications (G7+)
The FAA Type Certificate Data Sheet for the SR22 (A00009CH) was not available to us when this guide was reviewed, so limits come from the Pilot's Operating Handbook. Performance figures marked Cirrus are the manufacturer's published G7+ numbers, which do not state their test conditions.
Plan with your own numbers: the density altitude calculator and the weight and balance calculator take your field and your load.
Cirrus SR22 V-speeds
The arcs are drawn from the airspeed indicator markings in the G6 POH. Cirrus also publishes Vpd, the maximum speed at which CAPS deployment has been demonstrated: 140 KIAS for this POH.
- White arc 64-110 KIASFlap operating range (Vs0 to Vfe, full flaps)
- Green arc 74-176 KIASNormal operating range (Vs1 to Vno)
- Yellow arc 176-205 KIASCaution range: smooth air only
- Red line 205 KIASVne, never exceed
- Vr (rotate)
- 73 KIAS
- Normal takeoff, flaps 50%
- Vx
- 88 KIAS
- Best angle of climb
- Vy
- 108 KIAS
- Best rate, sea level (99 at 10,000 ft)
- Best glide
- 92 KIAS
- All weights
- Va
- 140 KIAS
- Maneuvering, 3,600 lb
- Vfe
- 150 / 110 KIAS
- Flaps 50% / flaps 100%
- Vno
- 176 KIAS
- Max structural cruising
- Vne
- 205 KIAS
- Never exceed
- Vpd (CAPS)
- 140 KIAS
- Max demonstrated CAPS deployment
- Short-field Vref
- 79 KIAS
- Final approach, short field
- Vs1
- 74 KIAS
- Stall, flaps up, 3,600 lb, fwd CG
- Vs0
- 64 KIAS
- Stall, flaps 100%, 3,600 lb, fwd CG
Sources
- [POH] Cirrus SR22 Pilot's Operating Handbook, P/N 13772-006 Reissue A (G6, serials 4435 and on), Sections 2, 3, 4 and 5
From the same POH: Vy drops to 99 KIAS at 10,000 ft, best glide is 92 KIAS at all weights, and a short-field final approach is flown at 79 KIAS.
SR22 speeds by POH generation
Many websites still print 133 KIAS as the CAPS speed and 104 KIAS as the full-flap limit. Those numbers are real, but they come from the 2003 handbook for 3,400-lb airplanes. The current G6 handbook says otherwise.
| G6 POH (S/N 4435+) | 2003 POH (3,400 lb) | |
|---|---|---|
| Max takeoff weight (lb) | 3,600 | 3,400 |
| Va (maneuvering) | 140 | 133 |
| Vfe flaps 50% | 150 | 119 |
| Vfe flaps 100% | 110 | 104 |
| Vno (top of green) | 176 | 178 |
| Vne (red line) | 205 | 201 |
| Vpd, max CAPS deployment | 140 | 133 |
Sources
- [POH] Cirrus SR22 Pilot's Operating Handbook, P/N 13772-006 Reissue A (G6, serials 4435 and on), Sections 2, 3, 4 and 5
- [OLD] Cirrus SR22 Pilot's Operating Handbook, P/N 13772-001 Reissue A (October 2003, 3,400 lb airplanes), Section 2
Values from the two Pilot's Operating Handbooks we read. Airplanes between those serial ranges, and the G7, can differ: always fly the POH for your airplane's serial number.
SR22 vs SR22T
The SR22T swaps the 310-hp IO-550-N for a turbocharged 315-hp TSIO-550-K. Here is how Cirrus publishes the two for the G7+.
| SR22 | SR22T | |
|---|---|---|
| Engine | IO-550-N, 310 hp | TSIO-550-K, 315 hp |
| Max cruise | 183 KTAS | 213 KTAS |
| Range (55% power) | 1,169 nm | 1,021 nm |
| Useful load | 1,328 lb | 1,238 lb |
| Base (empty) weight | 2,272 lb | 2,362 lb |
| Max gross weight | 3,600 lb | 3,600 lb |
| Climb rate | 1,270 ft/min | 1,203 ft/min |
| Max operating altitude | 17,500 ft | 25,000 ft |
| Takeoff (as labeled by Cirrus) | 1,082 ft | 1,517 ft |
| Landing ground roll | 1,178 ft | 1,178 ft |
Sources
The SR22 suits you if you fly mostly at low and medium altitudes from low-elevation airports: it carries more, goes farther on Cirrus's numbers and has no turbocharger to maintain.
The SR22T suits you if you cross mountains, fly from high fields or want to cruise in the flight levels up to its 25,000-ft ceiling, where the turbo keeps power the normally aspirated engine loses with altitude.
Cirrus SR22 fuel burn and range
The G6 POH lists 17.8 gallons per hour at 75% power with a best-power mixture, for 166-180 KTAS between sea level and 8,000 ft. Usable fuel is 92.0 of 94.5 gallons.
Cirrus publishes a range of 1,169 nm at 55% power for the SR22 (1,021 nm for the SR22T). Plan real legs with reserves, winds and climb fuel; the fuel burn calculator turns your power setting and the local avgas price into dollars.
How much it costs to rent a Cirrus SR22
We read the published rate sheets of 30 US schools and flying clubs on October 3, 2026. Six listed an SR22: the median was $507.50 an hour, and the three that say fuel is included had a median of $575.
| Cirrus SR22 | $507.50/hr medianRange $361-$647 across 6 operators. The 3 sheets that say wet: median $575. One dry-rate sheet ($425-$495 dry) left out. |
|---|---|
| Cirrus SR20 (for comparison) | $395/hr medianRange $239-$445, 5 operators. |
| Cessna 172 (for comparison) | $165/hr medianRange $105-$215 wet, 15 operators. |
Aircraft only, US dollars per flight hour, from published rate sheets read October 3, 2026. “Wet” means the sheet says fuel is included. Some clubs bill tach time (10-15% fewer hours than Hobbs) and add monthly dues. Instructor time is billed on top: $50-$125 per hour on the same rate sheets, about $80 typical.
Schools and clubs in the sample
- Aces High Aviation (Long Beach, CA)
- CP Aviation (Santa Paula, CA)
- EFI Flight School (Murrieta, CA)
- Fly Goodyear (Goodyear, AZ)
- Mountain Peaks Aviation (Ogden, UT)
- Pilot Rise (Dallas-Fort Worth, TX)
- The Flight School Inc. (Spring, TX)
- Texas Flight Aviation (Spring, TX)
- Metro Flyers Club (Denton, TX)
- St. Charles Flying Service (St. Charles, MO)
- St. Pete Air (St. Petersburg, FL)
- Rexair (Naples, FL)
- All2fly (Georgia)
- MacAir (Fort Knox, KY)
- Doylestown Airport (Doylestown, PA)
- Moore Aviation (Beaver Falls, PA)
- East Hill Flying Club (Ithaca, NY)
- Jersey Aero Club (Lakewood, NJ)
- TSS Flying Club (Washington, DC area)
- Prescott Flying Club (South St. Paul, MN)
- Skyhawk Flying Club (Omaha, NE)
- Bergstrom Aircraft (Pasco, WA)
- Eastern Cincinnati Aviation (Batavia, OH)
- Capital City Aviation (Columbus, OH)
- Fly Synergy (Illinois)
- Performance Flight (Westchester, NY)
- American Flight Schools (Colorado and California)
- Hoosier Aviation (Terre Haute, IN)
CAPS: the Cirrus Airframe Parachute System
CAPS is a whole-airframe parachute, standard on every Cirrus. Pulling the red handle in the cabin ceiling fires a rocket that pulls the parachute out of the fuselage, and the whole airplane descends under the canopy with the occupants inside. It is not an ejection system.
The number to know is the maximum demonstrated deployment speed, Vpd: 140 KIAS in the G6 POH (serials 4435 and on) and 133 KIAS in the 2003 POH for 3,400-lb airplanes. Use the handbook for the airplane you fly; a generation-old number is the wrong one to brief.
Cirrus trains pilots to treat CAPS as a primary option, decided early, for situations such as an engine failure over terrain where no safe forced landing exists, loss of control, a mid-air collision or pilot incapacitation. Altitude buys time for the canopy to deploy, which is why the decision has to come early.
The parachute and rocket have a service life set by Cirrus. When you look at a used SR22, check the CAPS service date in the logbook and price the next repack into the deal.
Avionics: Cirrus Perspective, not a G1000
Current SR22s fly with Cirrus Perspective+ by Garmin, a Cirrus-specific flight deck built by Garmin. It shares Garmin's design language with the G1000 family, but it is not sold as a G1000 and has its own layout, displays and controls, so learn it from the Perspective pilot's guide for your software version. The first SR22s used Avidyne Entegra displays before Cirrus moved to Garmin's Perspective.
The G6 handbook we checked is written for Perspective+. Features such as synthetic vision, traffic and datalink weather depend on the options installed; confirm them in the airplane's equipment list.
Moving between a Perspective cockpit and a G1000 airplane? The Garmin G1000 guide has a labeled diagram of the two-screen G1000 layout.
History and generations
Cirrus Aircraft was founded by brothers Alan and Dale Klapmeier and builds its airplanes in Duluth, Minnesota. The SR22 followed the smaller SR20 and entered service in 2001 with the IO-550-N engine, a composite airframe and, like every Cirrus, the CAPS parachute. Wikipedia, a secondary source, reports 8,246 SR22s delivered from 2001 through 2024.
Cirrus names its major updates by generation (G1, G2, G3, G5, G6, G7; there was no G4). The 2003 handbook we read is for 3,400-lb airplanes; the G6 handbook raises maximum takeoff weight to 3,600 lb with a 3,400-lb maximum zero-fuel weight and changes several limit speeds (see the generation table). The G7 was announced in January 2024. Cirrus also builds the Vision Jet, which carries a parachute too.
Cost to buy and own a Cirrus SR22
Rough asking-price ranges seen in 2025-2026 listings, not appraisals. Generation, engine time, avionics, CAPS service date and damage history move a specific airplane far outside these bands; get a pre-buy inspection from a shop that knows Cirrus and a current price guide before you offer.
| Airplanes | Asking price | Notes |
|---|---|---|
| Early SR22s (3,400 lb, Avidyne Entegra displays) | $175,000 - $250,000 | Check the CAPS service date, engine time and service bulletins. |
| Cirrus Perspective airplanes, pre-G5 | $300,000 - $425,000 | Garmin-built Perspective avionics; strong demand. |
| G5 and G6 | $400,000 - $650,000 | 3,600-lb gross weight, Perspective+ on later airplanes. |
| G7 and new | Quoted by Cirrus per configuration | Ask for a written quote; options move the price a lot. |
Operating cost (owner)
| Item | Cost | Notes |
|---|---|---|
| Fuel (17.8 gal/hr at 75% power) | $98 - $125/hr | At $5.50-$7.00 per gallon of 100LL |
| Engine reserve | Plan for it every hour | Overhaul quotes for the IO-550 vary widely; get one before you buy |
| CAPS service | Periodic | Parachute repack and rocket replacement on Cirrus's schedule; check the date in the logbook |
| Insurance | Highly variable | Driven by your total time, time in type, instrument rating and hull value |
| Hangar | Strongly advised | Composite airframes and paint do better out of sun and hail |
| Rental instead of owning | $507.50/hr median | 6 US operators, October 2026 (see the rental table) |
Partnerships: many SR22s are shared by two to four owners, which splits the fixed costs (hangar, insurance, annual) while keeping a standardized airplane.
SR22 vs Cessna 172, Piper PA-28 and Bonanza
Only figures we verified for each airplane; “n/a” means we have not read a source for it yet.
| SR22 | Cessna 172S | PA-28-181 Archer | Bonanza G36 | |
|---|---|---|---|---|
| Engine | 310 hp IO-550-N | 180 hp IO-360-L2A | 180 hp IO-360 | 300 hp IO-550-B |
| Landing gear | Fixed | Fixed | Fixed | Retractable |
| Max takeoff weight | 3,600 lb | 2,550 lb | 2,550 lb | 3,650 lb |
| Usable fuel | 92.0 gal | 53 gal | 48 gal | 74 gal |
| Vne (red line) | 205 KIAS | 163 KIAS | 154 KIAS | 205 KIAS |
| Cruise speed | 183 KTAS max | 124 KTAS at 75% | 128 KTAS max | n/a |
| Demo crosswind | 21 kt | 15 kt | 17 kt | n/a |
| Airframe parachute | CAPS standard | No | No | No |
| Median rental, wet | $507.50 (all sheets) | $165 | $160 | $217 (older models) |
Sources
- [SR22] Cirrus SR22 G6 POH (13772-006) and Cirrus SR Series spec page (G7+)
- [172] Cessna 172S POH (172SPHUS-05, 2004); FAA TCDS 3A12 Rev. 84
- [PA28] Piper PA-28-181 Archer III POH (VB-1563); Piper 2026 Archer LX spec sheet
- [G36] FAA TCDS 3A15 Rev. 98 (Beechcraft G36 Bonanza)
- [RATES] Published rate sheets of 30 US flight schools and flying clubs, read October 3, 2026
Cruise figures are not like-for-like: Cirrus and Piper publish a maximum cruise speed, Cessna's is 75% power at 8,500 ft. Bonanza rental median is from 4 operators flying older V35, A36, K35 and S35 models.
vs Cessna 172
The 172 is a high-wing trainer with a 40-KIAS full-flap stall; the SR22 is a fast cross-country airplane with a 64-KIAS full-flap stall and a parachute. Most pilots train in the 172 and transition later.
Cessna 172 guidevs Piper PA-28
Both are low-wing, fixed-gear airplanes, so the sight picture is familiar. The SR22 adds a side-stick, a constant-speed propeller, much more power and CAPS.
Piper PA-28 guidevs Bonanza G36
The G36 is a six-seat, retractable-gear airplane with a 300-hp IO-550-B and the same 205-KIAS Vne. The SR22 keeps its gear down and adds the parachute.
Bonanza guideTraining and transition to the SR22
Stepping up from a 172 or PA-28 needs formal transition training, and insurers usually make it a condition of coverage, typically with a Cirrus Standardized Instructor Pilot (CSIP). Requirements vary by insurer and by your experience, so ask for them in writing before you buy or rent.
- Side-stick: the SR22 is flown with a side-mounted stick instead of a yoke, throttle in the other hand.
- Speed management: a clean, fast airframe that does not slow down easily. A short-field final is 79 KIAS in the G6 POH, against 61 KIAS in a 172S.
- Avionics depth: Perspective is capable and deep; study it on the ground before you fly it.
- CAPS decision-making: brief when you would pull, every flight, so the decision is already made.
- Castering nosewheel: you steer on the ground with differential brakes, which takes practice in crosswinds.
Planning to fly it IFR? The instrument rating exam prep covers the written; if you are still working on the private certificate, start with the private pilot written exam.
Common issues and maintenance
CAPS service date
The parachute and its rocket motor have a service life set by Cirrus. A repack coming due is a real cost, so check the date on any airplane you are looking at and price it in.
Composite repairs
Ramp rash on a composite airframe needs a shop that knows composite repair. Small damage can cost more and take longer than on an aluminum airplane.
Engine temperatures
Manage cylinder head temperatures in the climb and lean as the POH describes; the engine monitor on the MFD shows CHT and EGT for every cylinder.
Castering nosewheel and brakes
The SR22 steers on the ground with differential braking. Brake wear and nose gear condition deserve a close look at every inspection.
Avionics software and databases
Perspective software versions differ by generation, and some features need newer hardware. Confirm the installed version and what an upgrade would cost.
TKS ice protection (if equipped)
The porous leading-edge panels can clog and need maintenance, and the fluid is a running cost. Only airplanes certified for known ice may fly into it.
Door seals
Worn seals on the large doors cause wind noise and leaks; they are routine to replace.
Pre-buy tip: use a Cirrus service center or a shop with deep Cirrus experience: CAPS date, engine compressions and oil analysis, avionics software version, composite condition and AD/service bulletin compliance.
Gear for the Cirrus SR22
The kit that actually rides along in a Cirrus SR22 - picked for owner-operators, transition pilots, and IFR cross-country flying.
Cirrus SR22 FAQ
What are the Cirrus SR22 V-speeds?
For the SR22 G6 (serials 4435 and on) the POH gives: rotate 73 KIAS with 50% flaps, Vx 88, Vy 108 at sea level, best glide 92, Va 140 at 3,600 lb, Vfe 150 with 50% flaps and 110 with full flaps, Vno 176, Vne 205, and a maximum demonstrated CAPS deployment speed of 140 KIAS. Stall is 74 KIAS clean and 64 KIAS with full flaps at 3,600 lb, forward CG.
What is the maximum CAPS deployment speed?
140 KIAS in the current G6 POH. The 133 KIAS figure you will see quoted comes from the 2003 SR22 POH for 3,400-lb airplanes. CAPS speed depends on the airplane's generation and serial number, so use the POH for your airplane.
How much fuel does a Cirrus SR22 burn?
The G6 POH lists 17.8 gallons per hour at 75% power with a best-power mixture, giving 166-180 KTAS between sea level and 8,000 ft. Usable fuel is 92.0 of 94.5 gallons.
How fast is a Cirrus SR22?
Cirrus publishes a 183 KTAS maximum cruise for the naturally aspirated SR22 and 213 KTAS for the turbocharged SR22T (G7+). At 75% power the G6 POH shows 166-180 KTAS from sea level to 8,000 ft. Vne is 205 KIAS.
How far can a Cirrus SR22 fly?
Cirrus lists 1,169 nautical miles at 55% power for the SR22 and 1,021 nm for the SR22T. Real legs are shorter after reserves, winds, taxi and climb.
What is the useful load of a Cirrus SR22?
Cirrus lists 1,328 lb for the current SR22 (1,238 lb for the SR22T) at a 3,600-lb maximum gross weight. Full usable fuel (92 gal at 6 lb/gal) weighs 552 lb, which leaves about 776 lb for people and bags, and the G6 POH also sets a 3,400-lb maximum zero-fuel weight.
How much does it cost to rent a Cirrus SR22?
On published rate sheets we read on October 3, 2026, SR22 rentals ranged from $361 to $647 an hour across 6 US operators, with a median of $507.50; the three sheets that say fuel is included had a median of $575. Instructor time is extra.
SR22 vs SR22T: what is the difference?
The SR22T has a turbocharged 315-hp TSIO-550-K instead of the 310-hp IO-550-N. Per Cirrus it cruises faster (213 vs 183 KTAS) and goes higher (25,000 vs 17,500 ft) but carries less (1,238 vs 1,328 lb useful load) and has less published range (1,021 vs 1,169 nm).
What is the max crosswind for a Cirrus SR22?
The G6 POH lists a maximum demonstrated crosswind of 21 knots. It is the highest crosswind tested, not a structural limit.
How many Cirrus SR22s have been built?
Wikipedia, a secondary source, reports 8,246 SR22s delivered from 2001 through 2024. We have not checked that total against Cirrus or GAMA delivery reports.
Compare the aircraft guides
Same format in every guide: spec tables with their sources, V-speeds from the POH and rental costs measured on real rate sheets.
Cessna 152
2 seats · high wing · fixed gear · 110 hp
Cessna 172 Skyhawk
4 seats · high wing · fixed gear · 180 hp (172S)
Piper PA-28 Cherokee
4 seats · low wing · fixed gear · 140-180 hp
Cessna 182 Skylane
4 seats · high wing · fixed gear · 230 hp (182T)
Mooney M20
4 seats · low wing · retractable gear
Cirrus SR22 You are here
Low wing · fixed gear · 310 hp · airframe parachute (CAPS)
Beechcraft Bonanza
6 seats (G36) · low wing · retractable gear · 300 hp
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Glass cockpit: PFD, MFD and the knobs that run them
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