Cirrus SR22 and SR22T — An Objective Comparison for Buyers
The Cirrus SR22 is one of the most popular high-performance single-engine piston aircraft on the secondary market—and at the same time, one of those around which the most marketing oversimplifications have arisen. This article sets the record straight on the facts: performance, avionics, the CAPS system, and pricing realities, and then fairly compares the Cirrus with alternatives in the same class, including the Cessna Skylane. The goal is not to declare a “winner,” but to show which choice best fits a specific mission profile.
Cirrus SR22 — What You Actually Get in This Class
The SR22 is a five-seat low-wing aircraft with fixed landing gear, powered by a naturally aspirated Continental IO-550 engine producing approximately 310 KM. In a typical cruise configuration, it reaches approximately 180–185 knots true airspeed (KTAS), with an operating ceiling of around 17,500 feet and a range of approximately 1,000 nautical miles, depending on configuration, payload, and flight profile. These performance figures place it high in the single-engine piston class in terms of speed and range.
At the heart of the modern SR22 is the integrated Cirrus Perspective avionics system, built on the Garmin platform. Large screens, a digital autopilot, situational awareness features, and—in the latest generations—solutions that automate flight phases all contribute to a reduced pilot workload during long IFR flights. For the buyer, however, this also means higher costs for database updates and potential avionics repairs, which should be factored into the total cost of ownership.
SR22 or SR22T — What Does Turbocharging Offer?
The SR22 and SR22T are the same airframe in two powerplant variants. The difference comes down to turbocharging: the SR22T uses a turbocharged Continental TSIO-550 engine with approximately 315 KM of power, which allows it to maintain power at higher altitudes. In practice, this means a higher service ceiling (around 25,000 feet) and a significantly higher cruise speed at high altitudes—up to about 210–215 KTAS.
However, a turbocharger isn’t a “free” performance upgrade. Flying at altitudes where turbocharging provides an advantage requires on-board oxygen (or an oxygen system), and a turbocharged engine tends to be more sensitive to piloting techniques and incurs higher operating and maintenance costs. A simplified rule of thumb: if you fly mainly on shorter and medium-range routes at lower altitudes, the naturally aspirated SR22 will perform to its full potential; if you regularly cover longer distances, fly over mountainous terrain, or value extra performance in hot climates, the premium for the SR22T starts to make sense. The choice between the brand and the model (e.g., SR20 vs. SR22) is a separate topic, which we cover in a separate article.
CAPS — a life-saving system, not just a marketing slogan
CAPS (Cirrus Airframe Parachute System) is a full-airframe parachute that deploys in an emergency. It is a distinguishing feature of the SR family and a compelling argument when discussing safety, especially during night flights, over terrain where an emergency landing would be difficult, and when carrying non-aviation passengers. For some buyers, the mere presence of the system is a deciding factor.
From the owner’s perspective, however, CAPS is also an item on the maintenance schedule. The system requires periodic repacking (approximately every 10 years), and the cost of this operation is significant—in the range of several thousand dollars. When purchasing a used unit, the condition of the parachute and the date of its next repacking should be checked just as carefully as the time to next overhaul (TBO) for an engine. Whether a CAPS is “fresh” or “nearing the end of its service life” can significantly affect the transaction value.
Cirrus SR22 Price — The Reality of the Used Market
Prices for the Cirrus SR22 on the secondary market vary widely, as the model has been in production for over two decades across successive generations (from G1 to the latest). Based on publicly available market data, the approximate price range is as follows: the oldest models (G1–G2) are typically priced around $190,000–$350,000; intermediate generations (G3–G5) are priced at roughly $300,000–$650,000, and newer models (G6 and later) start at around $500,000 and up, with the most recent models approaching the prices of brand-new machines. A new SR22 costs several hundred thousand dollars more, and the SR22T variant is correspondingly more expensive.
This is a market range for the class, not a valuation of a specific aircraft. The actual price depends on the airframe’s flight hours, time since the last engine overhaul, avionics generation, additional equipment (air conditioning, de-icing system), maintenance history, and the aforementioned CAPS status. Operating costs must be added to the purchase price—for an SR22, these typically amount to tens of thousands of dollars per year with typical flight hours and several hundred dollars per flight hour. If you want to put these numbers into a broader context, our guide to prices in the general aviation (GA) market will be helpful.
The Cessna Skylane and the Wider Class — A Fair Comparison
The Cirrus SR22 doesn’t operate in a vacuum. In the class of high-performance single-engine piston aircraft, its natural point of reference is the Cessna 182 Skylane—an aircraft with a different design philosophy, but one that is fully credible as an equivalent alternative. The Skylane is slower (cruising at around 145 KTAS) and has more modest performance, but in return it offers simplicity of design, a very good reputation for reliability, lower acquisition and operating costs, and a dense service network. For many buyers who prioritize cost predictability and ease of maintenance, these factors at least offset the Cirrus’s speed.
To complete the picture of this class, it’s also worth mentioning the Cessna 172 Skyhawk—a smaller and slower aircraft designed for a different, lower-end mission segment. The table below compares approximate specifications to show where the Cirrus and the Cessna Skylane stand within this class.
| Model | Engine / Power | Cruising speed (approx.) | Upper limit (approx.) | Range (approx.) | Sites | Parachute System | Secondary market price (approx.) |
|---|---|---|---|---|---|---|---|
| Cirrus SR22 (naturally aspirated) | Continental IO-550, ~310 KM | 180–185 KTAS | 17,500 ft | ~1,000 nm | 5 | CAPS (yes) | ~$190,000–$900,000 (depending on the generation) |
| Cirrus SR22T (turbo) | Continental TSIO-550, ~315 KM | 210–215 KTAS | 25,000 ft | ~1,000 nm | 5 | CAPS (yes) | usually higher than the naturally ventilated variant |
| Cessna 182 Skylane (GB Aircraft portfolio) | Lycoming IO-540, ~230 KM | ~145 KTAS | ~18,000 ft | ~950 nm | 4 | none | ~$300,000–$400,000 (182T model year) |
| Cessna 172 Skyhawk (for class context) | Lycoming, ~160–180 KM | ~120–124 KTAS | ~14,000 ft | ~600–700 nm | 4 | none | lower price range |
The values in the table are approximate and vary depending on the model year, configuration, and calculation method (e.g., cruise speed depends on altitude and power settings). We always quote prices for the GB Aircraft portfolio on a case-by-case basis— price upon request —as they depend on the specific aircraft and its condition.
How to Align Your Choice with the Mission Profile
Instead of asking, “Which plane is better?”, it’s worth starting with the question, “What will I actually use it for?” Here are a few practical tips:
- Long flights, time pressure, mountainous terrain, or hot climates: this is where the performance advantage of the Cirrus (and especially the SR22T) is most noticeable.
- Predictable costs and ease of operation: The Cessna Skylane is often a more sensible choice, especially for owners who value reliability and an extensive service network.
- Safety from the perspective of the rescue system: the presence of CAPS is a valid argument, but it must be weighed against the cost of repacking the parachute.
- Shorter routes and a smaller budget: it’s worth considering whether the full performance of the SR22 class is even necessary—sometimes a smaller aircraft is enough.
It’s also worth considering this decision within the broader context of aircraft selection. If you’re just starting to define your mission profile, you’ll find our resources helpful—including those on choosing between a single-engine piston, a turboprop, and a small business jet, as well as which aircraft is best suited as a first plane with 80–150 flight hours. If you’re considering a Cessna, it’s worth checking out our detailed comparison of the Cessna Skyhawk with its competitors.
Frequently Asked Questions (FAQ)
How much does a Cirrus SR22 cost on the used market?
Approximately from about $190,000 for the oldest models (G1–G2) to over $900,000 for the newest models. The specific price depends on the generation, flight hours, time until the next engine overhaul, equipment, and the status of the CAPS system. These are market ranges for the class, not valuations of individual aircraft.
What is the difference between SR22 and SR22T?
It’s the same airframe with a different powerplant. The SR22T has a turbocharged engine, which provides a higher service ceiling (around 25,000 feet) and a higher cruise speed at high altitudes. In return, it requires an oxygen system for high-altitude flights and incurs higher operating costs.
Is the Cessna Skylane a viable alternative to the SR22?
Yes. The Cessna 182 Skylane is slower and has more modest performance, but it offers simplicity, reliability, lower acquisition and operating costs, and an extensive service network. For many mission profiles, it is a fully comparable choice.
Does the CAPS system really improve safety?
CAPS is a full-airframe parachute used in emergency situations and a key component of safety briefings, especially for night flights and flights over rugged terrain. However, it is important to remember to have the parachute repacked periodically (approximately every 10 years) and to factor in the associated cost.
What should you check before buying a used Cirrus SR22?
First and foremost, the airframe’s flight hours and the time until the next engine overhaul, the generation and condition of the avionics, the maintenance and repair history, additional equipment, and the date of the next CAPS repack. A thorough pre-purchase inspection (PPI) is standard here, not an option.
Summary and Next Steps
The Cirrus SR22 and SR22T offer high performance, modern avionics, and the unique CAPS system, but they are not the only sensible choice in their class — The Cessna Skylane remains a reliable, comparable alternative for buyers who value simplicity and cost predictability over top speed. The right choice depends on your mission profile, operating budget, and tolerance for technical complexity.
Are you considering an aircraft in this class? Contact GB Aircraft—we’ll provide objective advice on which option best fits your mission profile, even if it’s not part of our lineup.
