Cirrus Aircraft SR22 Aircraft Parts, Equipment, and Tooling List

The Cirrus SR22 is a single-engine, composite, low-wing piston aircraft that has become the best-selling general aviation airplane of the 21st century. Developed from the smaller SR20, the SR22 features a larger wing, increased fuel capacity, and a 310 to 315 horsepower Continental engine, delivering true cross-country performance with four to five seat utility. Every SR22 is equipped with the Cirrus Airframe Parachute System (CAPS), a whole-airframe ballistic parachute that defines the type’s safety philosophy.

Key Specifications

• Manufacturer: Cirrus Aircraft, Duluth, Minnesota, USA
  
• Production Years: 2001 to present; more than 8,200 SR22s delivered and 10,000+ SR series aircraft in total
  
• Typical Engine (Current SR22): Continental IO-550-N, six-cylinder, fuel-injected, 310 hp
  
• Turbo Engine (SR22T): Continental TSIO-550-K, turbocharged, 315 hp
  
• Seating Capacity: 4 seats plus an optional 5th “jump”/child seat in later generations
  
• Maximum Takeoff Weight: Up to about 3,600 lbs on G5/G6 SR22 and SR22T models
  
• Wingspan: About 38' 4" (11.7 m)
  
• Service Ceiling: 17,500 ft for normally aspirated SR22; 25,000 ft for SR22T turbo models
  
• Maximum Cruise Speed: Around 183 KTAS for the current normally aspirated SR22; turbo SR22T G7 can exceed 200 KTAS in some configurations
  
• Typical Range: Around 1,000 to 1,150 nautical miles at economy settings for recent SR22 models, depending on load and power setting
  

Overview and History

Cirrus launched the SR22 in 2001 as a step up from the SR20, retaining the composite fuselage, side-yoke controls, and integrated avionics but adding a larger wing, more fuel, and a 310 hp Continental IO-550-N engine. The result was a high-performance, all-weather personal airplane with speeds and range that rivaled those of older light twins, while preserving the simplicity of single-engine operation.

The SR22 became the first light production aircraft with a fully integrated glass cockpit and CAPSTM as standard. Over time, avionics evolved from early “six-pack plus MFD” layouts to Avidyne Entegra and then to Cirrus Perspective and Perspective Plus suites built on Garmin technology.

Since 2003, the SR22 series has been the world’s best-selling GA airplane every year, and combined SR20/SR22 deliveries now exceed 10,000 units, representing roughly half of the piston market. This dominant in-service fleet makes the SR22 a central platform for modern GA operations, advanced training, and private/business transport.

Variants and Generations

For aviation maintenance professionals, it is useful to group the SR22 into generations and turbocharged variants, as these drive key differences in structure, systems, and avionics.

SR22 G1 (Early Production)

First-generation SR22s retain many SR20 features but with the IO-550-N powerplant and early glass or hybrid panels. CAPS, fixed tricycle gear, and composite construction are standard, but avionics and interior details vary widely as owners upgrade panels over time.

SR22 G2

Introduced around 2004, the G2 brought improved doors, a refined interior, and incremental system changes, while retaining the same wing planform and engine. Many G2s became candidates for aftermarket turbo-normalization and avionics upgrades, making configuration control crucial when planning maintenance.

SR22 G3

The G3 (around 2007) introduced a redesigned wing with greater dihedral, lighter carbon spar, taller landing gear, and revised CAPS rocket housing. Fuel capacity and CG envelope were improved, and many G3s were delivered with TKS ice protection and upgraded avionics, making the G3 a pivotal point for structural and systems enhancements.

SR22 G5 and G6

G5 models (2013) increased the maximum takeoff weight to approximately 3,600 lbs, allowed for five-seat Flex Seating, and expanded FIKI-capable TKS options. The G6 (2017 onward) features Cirrus Perspective Plus avionics (Garmin-based), enhanced LED lighting, and additional interior upgrades, while preserving the core airframe. The latest G7/G7+ refinements build on this foundation with software and interior improvements rather than structural changes.

SR22 Turbo and SR22T

Turbo capability began with Tornado Alley Turbo normalization on IO-550-N engines (SR22TN), then evolved into the factory turbo SR22T with the TSIO-550-K engine in 2010. The SR22T is optimized for operations up to 25,000 ft and includes integrated oxygen systems and cooling improvements, making engine and induction-system maintenance more critical.

Engine Evolution of the Cirrus SR22

Because operators encounter both normally aspirated and multiple turbo configurations, an engine summary helps when planning parts, test equipment, and stands.

For each airframe, confirm the exact engine, turbo system, and any STCs in the logbooks before specifying hoists, stands, propeller balancing equipment, or major engine components.

Highlights and Implications for Parts and Equipment Selection

• Composite construction and fixed gear mean jacks and pads must match Cirrus-approved jacking points and protect composite skins; wing and fuselage stands should have padded interfaces and appropriate height for G3/G5’s taller gear.
  
• CAPS adds unique maintenance requirements: parachute canopy and rocket motor have calendar-based replacement intervals and specific rigging and test procedures, so shops need CAPS-approved fixtures, overhead clearance, and trained personnel.
  
• High utilization in training and owner-flown IFR operations drives demand for reliable ground power units, pitot-static and transponder test sets, and avionics tools compatible with Avidyne, Perspective, and Perspective Plus systems.
  
• TKS ice protection (including FIKI packages on many G3+ SR22s) requires TKS fluid handling, leak detection, and careful inspection access to wing and tail leading edges, tanks, and prop slinger rings.
  
• Big-bore Continental engines, especially turbocharged TSIO-550-K installations, benefit from robust engine monitoring; supporting fleets effectively often means maintaining download hardware and analysis tools for cylinder-head and exhaust-gas temperature trend tracking.

Maintenance and Ownership Tips

• Structure and Composites: Inspect composite skins around gear legs, steps, CAPS hatch, and control surface hinges for impact damage, delamination, or moisture ingress. Use only Cirrus-approved repair techniques and composite-safe cleaners and solvents.
  
• Landing Gear and Brakes: The SR22’s relatively high landing speeds and frequent crosswind operations put steady wear on tires and brakes. Keep suitable axle jacks, tire tools, and brake bleeding equipment on hand, and monitor main and nose gear attachments for play or corrosion, especially on high-cycle training aircraft.
  
• Engine Cooling and Turbo Management: Verify cowl seals, baffles, and cowl flap operation (where applicable); encourage operators to use engine monitor data for managing climb and cruise power settings. Turbocharged SR22T operations particularly benefit from careful temperature management to protect turbo hardware and cylinders.
  
• CAPS Inspections and Replacements: Plan CAPS repack and rocket replacement events well ahead of due dates to coordinate parts, trained personnel, and downtime. Always follow Cirrus procedures for safety pinning, rigging checks, and post-maintenance functional tests.
  
• Avionics Software and Databases: SR22 avionics suites rely on regular database and software updates for IFR use. Ensure access to current loaders, subscriptions, and configuration tools for Avidyne and Garmin equipment, and maintain accurate records of any retrofit autopilots, ADS-B solutions, or connectivity kits.

Enduring Legacy

The Cirrus SR22 set a new benchmark for high-performance piston singles by combining composite construction, integrated glass avionics, CAPS, and 180-knot-class cruise speeds. Its continued evolution through multiple generations and its dominance in delivery statistics underscore how central the SR22 has become to modern GA training, private travel, and small business operations.

For aviation maintenance professionals, the SR22 presents a sophisticated but well-supported platform where understanding CAPS, big-bore Continental engines, advanced avionics, and composite structures is just as important as conventional airframe work.

Ready to Service or Upgrade Your Cirrus SR22?

PJi® supports Cirrus SR22 and SR22T owners, training organizations, and maintenance shops with a comprehensive selection of parts, consumables, and ground support equipment tailored to modern high-performance composite singles. From correctly sized wing and fuselage jacks, axle jacks, and towbars to engine stands, CAPS-compatible support equipment, ground power units, oxygen and nitrogen service gear, pitot-static and transponder test sets, and avionics tooling for Avidyne and Garmin-based panels, we help keep your SR22 fleet ready to fly.

Whether you operate a single SR22 for personal and business travel or a mixed fleet of SR20, SR22, and SR22T aircraft in an academy or corporate environment, our aviation maintenance specialists are ready to help you choose the right parts, tooling, and GSE for your plane and operating profile. Contact us via phone, email, or chat to keep your Cirrus SR22 flying safely, efficiently, and prepared for its next cross-country mission.