SR22and SR22T
cirrusEffective Sep 28, 2026Timetable 2001–2026
What mechanics have reported to the FAA on the Cirrus SR22 and SR22T, the airworthiness directives in force, and the NTSB accident record, on one sheet. SR22 (Continental IO-550-N) and turbocharged SR22T (TSIO-550-K), all generations.
Top six of ten systems. Counts reflect who reports, not how reliable the airplane is.
- Registered
- 7,041 in the U.S., FAA registry Sep 28, 2026
- Reports on file
- 496 since 2001
- 2016–2025
- 141, about 2 a year per 1,000 registered
- ADs in force
- 30 (15 airframe, 15 engine)
- Accidents
- 353 since 1995, 108 fatal
Airworthiness directives
30 in force · 6 superseded not shown
From Federal Register final rules since 1995. Whether an AD applies to a particular airplane depends on its serial number, engine and installed equipment; confirm against the FAA’s Dynamic Regulatory System.
AD2024-24-11Effective Dec 23, 2024Cirrus Design Corporation AirplanesRepetitive
The upper power lever on certain Cirrus SR20, SR22, and SR22T aircraft may crack, creating a safety hazard. The AD requires repetitive visual inspections of the upper power lever for cracks, fluorescent penetrant inspection or replacement based on findings, and reporting results to the FAA.
Read the AD in the Federal RegisterAD2020-16-08Effective Aug 17, 2020Aspen Avionics, Inc.One-time
Aspen EFD1000 flight display systems with software version 2.10 or 2.10.1 and no independent backup instruments may lose attitude, altitude, and airspeed information. This AD requires installing a software update to address the display failure condition.
Read the AD in the Federal RegisterAD2019-01-02Effective Feb 7, 2019Aspen Avionics, Inc., Evolution Flight Display UnitsOne-time
Certain Aspen Avionics Evolution Flight Display units repetitively reset when equipped with specific software and options, creating a potential flight safety hazard. The AD requires disabling the ADS-B In function and revising the Airplane Flight Manual Supplement.
Read the AD in the Federal RegisterAD2012-01-11Effective Feb 29, 2012Cirrus Design Corporation AirplanesOne-time
A rubber gasket/seal can become dislodged from the air box and be ingested into the turbocharger, causing partial loss of engine power. This AD requires inspection and modification of the air box flange welds and slots, and installation of induction system air box seals as applicable.
Read the AD in the Federal RegisterAD2009-26-01Effective Dec 21, 2009Cirrus Design Corporation Model SR22 AirplanesOne-time
Some SR22 airplanes have anti-ice fluid distribution line compression fittings that were not properly installed, which could separate and cause loss of ice protection. This AD requires inspection of all compression fittings on anti-ice fluid distribution lines and repair of any improperly installed fittings.
Read the AD in the Federal RegisterAD2008-14-13Effective Aug 14, 2008Cirrus Design Corporation Model SR20 and SR22 AirplanesOne-time
The cabin door rod ends on certain Cirrus SR20 and SR22 airplanes may fail, allowing the door to separate in flight. This AD requires replacement of the cabin door rod ends with new parts that include a redesigned non-binding hinge pin.
Read the AD in the Federal RegisterAD2008-03-16Effective Mar 11, 2008Cirrus Design Corporation Models SR20 and SR22 AirplanesRepetitive
A jamming condition in the rudder-aileron interconnect system can cause loss of rudder and aileron flight controls. The AD requires inspection of rudder and aileron rigging, correction of any out-of-rig conditions, replacement of interconnect arm hardware, and reporting of findings.
Read the AD in the Federal RegisterAD2007-24-13Effective Dec 4, 2007Cirrus Design Corporation Model SR22 AirplanesOne-time
Moisture can accumulate in the wing structure and freeze, impairing aileron control in flight. This AD requires installing drain holes in the left and right outboard wing tips to prevent moisture accumulation.
Read the AD in the Federal RegisterShow 7 older
AD2007-14-03Effective Aug 16, 2007Cirrus Design Corporation Models SR20 and SR22 AirplanesOne-time
Cirrus CAPS parachute systems may have pick-up collar support fasteners that can prematurely separate, preventing successful parachute deployment. This AD requires replacement of the pick-up collar support and nylon screws with a new design and custom tension screws.
Read the AD in the Federal RegisterAD2006-21-03Effective Nov 17, 2006Cirrus Design Corporation Models SR20 and SR22 AirplanesOne-time
Brake caliper piston O-ring seals can overheat and fail, potentially causing loss of braking and directional control or brake fires. This AD requires checking maintenance records and replacing O-ring seals or calipers, modifying landing gear wheel fairings, installing temperature indicator stickers, and updating the Pilot's Operating Handbook.
Read the AD in the Federal RegisterAD2006-19-10Effective Oct 24, 2006Cirrus Design Corporation Models SR20 and SR22 AirplanesOne-time
Crew seats on certain Cirrus SR20 and SR22 airplanes may fold forward during emergency landing loads, risking occupant injury. This AD requires replacing crew seat recline locks on both seats and replacing crew seat break-over bolts with new break-over pins.
Read the AD in the Federal RegisterAD2006-07-06Effective May 11, 2006Cirrus Design Corporation Models SR20 and SR22 AirplanesRepetitive
Fuel line chafing from wire bundles can cause fuel leaks and fire risk. Inspect fuel lines and wires for damage, replace damaged components, and install clamps and shields to prevent chafing.
Read the AD in the Federal RegisterAD2002-24-08Effective Jan 24, 2003Cirrus Design Corporation Models SR20 and SR22 AirplanesOne-time
The Cirrus Airplane Parachute System (CAPS) activation system may fail in an emergency, potentially resulting in occupant injury or loss of life. This AD requires modification of the CAPS activation system to ensure proper operation.
Read the AD in the Federal RegisterAD2002-21-02Effective Nov 8, 2002Cirrus Design Corporation Model SR20 and SR22 AirplanesOne-time
Self-locking retaining nuts on roll and yaw trim cartridges may separate in flight, potentially jamming flight controls. Replace the retaining nuts with new ones having higher axial load capability.
Read the AD in the Federal RegisterAD2001-25-03Effective Dec 17, 2001Cirrus Design Corporation Models SR20 and SR22 AirplanesOne-time
Understrength rivets were mixed into production supplies and may be installed on the elevator torque tube and rudder hinge, potentially causing control surface failure in flight. Inspect once for understrength rivets on the elevator torque tube and rudder hinge, and replace any found.
Read the AD in the Federal RegisterAD2023-17-04Effective Oct 26, 2023Continental Aerospace Technologies, Inc. EnginesOne-time
Certain Continental engines with specific oil filter adapters installed may experience power loss due to oil starvation from fiber gasket failure. This AD requires replacing the fiber gasket with a copper gasket or stainless steel PTFE gasket.
Engine models named IO-550
Read the AD in the Federal RegisterAD2023-05-16Effective Mar 15, 2023Continental Aerospace Technologies, Inc., Reciprocating EnginesRepetitive
Certain Continental reciprocating engines may have counterweight retaining rings improperly installed in the crankshaft counterweight groove during manufacturing, which could lead to engine failure. This AD requires inspection of the crankshaft assembly for proper installation of the counterweight retaining rings and corrective actions if improper installation is found.
Engine models named IO-550-A, IO-550-B, IO-550-C, IO-550-D, IO-550-E, IO-550-F, IO-550-G, IO-550-L, IO-550-N, IO-550-P, IO-550-R, TSIO-550-A
Read the AD in the Federal RegisterAD2023-02-12Effective Feb 17, 2023Continental Aerospace Technologies, Inc. Reciprocating Engines With a Certain Superior Air Parts, Inc. Intake Valve InstalledOne-time
Three intake valve failures on reciprocal engines with certain Superior Air Parts cylinders or intake valves have caused engine damage and emergency situations. This AD requires replacement of the affected engine intake valve.
Engine models named IO-550, TSIO-550
Read the AD in the Federal RegisterAD2022-16-03Effective Aug 15, 2022Continental Aerospace Technologies, Inc., Lycoming Engines, and Textron Lycoming/Subsidiary of Textron, Inc. Reciprocating EnginesOne-time
Improperly lubricated roller bearings in certain S-1200 series magnetos may cause overheating and magneto seizure. This AD requires replacement of affected magnetos or inspection and component replacement if no white grease is detected.
Engine models named IO-550
Read the AD in the Federal RegisterAD2020-16-11Effective Sep 21, 2020Continental Aerospace Technologies, Inc. (Type Certificate Previously Held by Continental Motors, Inc.) Reciprocating EnginesOne-time
Some Continental Aerospace Technologies reciprocating engines have cross-flow cylinder assemblies that can fracture, causing in-flight engine failures. This AD requires visual inspection of the cross-flow cylinder assembly and modification or replacement if defects are found.
Engine models named IO-550-G, IO-550-N, IO-550-P, IO-550-R, TSIO-550-A, TSIO-550-B, TSIO-550-C, TSIO-550-E, TSIO-550-G, TSIO-550-K, TSIO-550-N
Read the AD in the Federal RegisterShow 10 older
AD2016-21-04Effective Nov 18, 2016Continental Motors, Inc. Reciprocating EnginesOne-time
Certain Continental Motors reciprocal engines may experience uncommanded in-flight shutdown due to oil cooler cross fitting failure. This AD requires replacement of the oil cooler cross fitting assembly.
Engine models named TSIO-550-C, TSIO-550-K, TSIO-550-N
Read the AD in the Federal RegisterAD2014-05-29Effective Apr 25, 2014Continental Motors, Inc. Reciprocating Engines With Superior Air Parts, Inc. (SAP) Cylinder Assemblies InstalledRepetitive
Certain Continental Motors reciprocal engines with Superior Air Parts investment cast cylinder assemblies are at risk of cylinder head separation and engine damage. The AD requires initial and repetitive inspections and compression tests to detect cracks in affected cylinders.
Engine models named IO-550 series
Read the AD in the Federal RegisterAD2012-10-13Effective Jun 8, 2012Continental Motors, Inc. (CMI) Reciprocating EnginesOne-time
Certain Continental Motors starter adapters may have gear shafts that fracture, which could cause oil scavenge pump failure and engine in-flight shutdown. Affected engines must have their starter adapters replaced with eligible units.
Engine models named IO-550-N, TSIO-550-K
Read the AD in the Federal RegisterAD2011-27-04Effective Dec 29, 2011Hawker Beechcraft Corporation Airplanes Equipped With a Certain Supplemental Type Certificate (STC)One-time
Affected airplanes equipped with STC SA1762SO may not have correct minimum control speed (VMC) markings on airspeed indicators or limitation placards. The AD requires verifying that airspeed indicator(s) and/or airspeed limitation placard(s) have proper VMC markings for the installed STC.
Engine models named IO-550
Read the AD in the Federal RegisterAD2009-19-06Effective Oct 7, 2009Teledyne Continental Motors O-470, IO-470, TSIO-470, IO-520, TSIO-520, IO-550, and IOF-550 Series Reciprocating EnginesRepetitive
TCM EQ3 cylinders have been found cracking, which can cause loss of engine power and engine fires. The AD requires visual inspections of EQ3 cylinders for cracks, with removal of all EQ3 cylinders as the terminating action.
Engine models named IO-550
Read the AD in the Federal RegisterAD2007-16-10Effective Aug 23, 2007Teledyne Continental Motors Reciprocating (TCM) Engine Models IO-550-N, TSIO-520-BE, TSIO-550-A, TSIO-550-B, TSIO-550-C, TSIO-550-E, and TSIO-550-GOne-time
A machining defect in certain Kelly Aerospace Power Systems turbochargers can cause the turbine rotor to separate from the shaft, potentially resulting in engine power loss or oil loss. This AD requires removing affected turbochargers before further flight.
Engine models named IO-550-N, TSIO-550-A, TSIO-550-B, TSIO-550-C, TSIO-550-E, TSIO-550-G
Read the AD in the Federal RegisterAD2007-08-04Effective May 17, 2007McCauley Propeller Systems Models 3A32C406/82NDB-X and D3A32C409/82NDB-X PropellersRepetitive
Testing identified stress conditions affecting fatigue life and damage tolerance of certain McCauley propellers installed on specific TCM engines, risking blade separation and loss of control. The AD requires RPM restrictions, installation of a placard, 10,000-hour total time-in-service life limits, removal of propellers exceeding this limit, and initial and repetitive blade inspections.
Engine models named IO-550
Read the AD in the Federal RegisterAD2000-23-21Effective Dec 12, 2000Teledyne Continental Motors IO-360, TSIO-360, LTSIO-360, O-470, IO-470, TSIO-470, IO-520, TSIO-520, LTSIO-520, IO-550, TSIO-550, and TSIOL-550 Series Reciprocating EnginesEmergency AD
Certain Teledyne Continental Motors engines have experienced crankshaft failures due to defects in the propeller mounting flange. Owners must remove a core sample from the propeller mounting flange and send it to TCM for evaluation.
Engine models named IO-550, TSIO-550
Read the AD in the Federal RegisterAD99-09-17Effective Sep 30, 1999Teledyne Continental Motors O-470, IO- 470, TSIO-470, IO-520, TSIO-520, LTSIO-520, GTSIO-520, IO-550, TSIO- 550, and TSIOL-550 Series Reciprocating EnginesOne-time
Teledyne Continental Motors crankshafts are susceptible to cheek cracks that can cause engine failure and forced landing. Operators must inspect crankshaft cheeks for cracks per TCM service bulletins and replace any cracked crankshafts before further flight.
Engine models named IO-550, TSIO-550
Read the AD in the Federal RegisterADADEffective Jul 31, 1996Cessna Aircraft Company Engine Oil Filter Adapter Assemblies Installed on AircraftRepetitive
Loose or separated engine oil filter adapters can cause loss of engine oil and engine stoppage in flight. This AD requires inspecting the oil filter adapter for security and oil leakage, applying torque putty to seal the assembly, and performing repetitive inspections of the torque putty and adapter threads.
Engine models named IO-550, TSIO-550
Read the AD in the Federal RegisterEngine ADs name an engine model family used on some SR22s; check the exact model and serial. 2 more apply by part number only and are not listed.
Accident history
353 U.S. accidents involving the SR22 since 1995, 108 of them fatal, with 191 fatalities. Homebuilt aircraft excluded. Counts, not rates: they follow fleet size, hours flown and how the airplane is used.
- Ground140
- Takeoff and climb6120
- Cruise9324
- Maneuvering2418
- Approach and descent7739
- Landing815
- Other or unknown32
Phase of the event the NTSB recorded as defining the accident.
- 2000–2004144
- 2005–20096328
- 2010–20147024
- 2015–20198923
- 2020–20246921
- 2025–2026488
2026 is year to date. Investigations can take a year or more to reach the data.
NTSB cause findings, 2008–2026 · share of 278 accidents with findings
- 52% Personnel issues
- 33% Aircraft performance and control
- 15% Aircraft systems, powerplant and structure
- 12% Environmental issues
- 6.5% Not determined
Most frequent cause findings
- Aircraft controlPersonnel issues77
- Directional control: not attained/maintainedAircraft performance and control27
- Decision making/judgmentPersonnel issues22
- Airspeed: not attained/maintainedAircraft performance and control19
- Spatial disorientationPersonnel issues14
- Incorrect action performancePersonnel issues10
- Descent/approach/glide path: not attained/maintainedAircraft performance and control10
- Use of equip/systemPersonnel issues9
- Landing flare: not attained/maintainedAircraft performance and control7
- Recip engine power section: failureAircraft systems, powerplant and structure6
Findings about systems and powerplant
- Recip engine power section: failureEngine (reciprocating)6
- Fuel: fluid levelFluids3
- Fuel: fluid managementFluids3
- Mixture control: incorrect use/operationEngine controls2
- Recip engine power section: fatigue/wear/corrosionEngine (reciprocating)2
- Hoses and tubes: incorrect service/maintenanceMisc hardware2
- Oil: fluid levelFluids2
- Recip eng cyl section: incorrect service/maintenanceEngine (reciprocating)1
Wording is the NTSB’s. An accident can carry findings in several categories. Read individual investigations in the NTSB’s CAROL database.
What gets written up
496 reports · 2001–2026
The ten systems with the most service difficulty reports, by FAA system code (JASC). Fewer than 200 reports were filed on the SR22 in 2016–2025, so read these as long-run patterns.
74Magneto/Distributor367.3%16
Parts most often named Magneto (13) · Distributor Gear (9) · Gear (4) · Housing (2)
PRESSURIZED MAGNETO AIR SOURCE FILTER MELTED/DEFORMED AFTER ONLY 79H AFTER INSTALLATION. BLOCKAGE OF AIR TO MAGNETO CAUSED LEFT MAGNETO FAILURE, WHICH WAS ALSO JUST 79H AFTER REPLACEMENT. PROBLEM SEEMS TO OCCUR FREQUENTLY WITH THAT FILTER INSTALLATION IN SR22 TURBO MODELS. [S/N removed] RISK FOR INFLIGHT ENGINE FAILURE. FILTER WITH THAT INSTALLATION OBVIOUSLY NOT FIT FOR PURPOSE AND NOT SAFE FOR OPERATION. SIL24-02 WITH ROBUST FILTER DOES UNFORTUNATELY NOT APPLY FOR TN MODELS.
ON APPROACH INTO KCPR FROM U68 THE PILOT OBSERVED ENGINE BEGAN TO RUN ROUGH FOLLOWED BY EGT AND CHT TEMPERATURES DRASTICALLY INCREASE. THE PILOT LANDED AT KCPR WITHOUT INCIDENT. MAINTENANCE REPLACED BOTH MAGNETOS AND OPS CHECK GOOD. UPON TEARDOWN OF MAGNETOS, EDWARDS JET CENTER MAINTENANCE (KBIL) FOUND 25% OF THE TEETH ON THE DRIVEN PLASTIC MAGNETO DISTRIBUTER GEAR MISSING, ON THE RH MAGNETO.
PRESSURIZED MAGNETO AIR SOURCE FILTER MELTED/DEFORMED. IF CONTINUED COULD CAUSE BLOCKAGE OF AIR TO MAGNETO CAUSING PREMATURE MAGNETO FAILURE. PROBLEM SEEMS TO COINCIDE WITH RELOCATION OF FILTER CLOSER TO CYLINDERS WITH NEWER MANUFACTURED AIRCRAFT
85Reciprocating Engine Cylinder Section306.0%18
Parts most often named Cylinder Head (12) · Cylinder (11) · Exhaust Header (3) · Piston Pin (1)
DURING ANNUAL INSPECTION, I WAS BORESCOPING TCM TSIO 550 K ENGINE AND FOUND NUMBER 2 CYLINDER INTAKE VALVE CRACKED AND THE EDGES WERE CHIPPED AWAY. THE CYLINDER ONLY HAD 220 HOURS SINCE OVERHAUL. I REMOVED THE CYLINDER ASSEMBLY AND SENT TO CONTINENTAL ENGINES FOR REPAIR.
SEPARATION OF CYLINDER HEAD, EXHAUST SIDE FROM NR 5 CYLINDER DURING CRUISE/LEVEL FLIGHT. APPROXIMATELY 30 MINUTES INTO FLIGHT.
ENGINE COMPRESSION CHECK CYLINDER #5 WAS 10/80 PSI. REMOVED CYLINDER, PISTON WAS BURNED BADLY AROUND THE OUTSIDE EDGES. TOP SPARK PLUG PORCELAIN WAS BROKEN AND DAMAGED.
78Engine Collector/Tailpipe/Nozzle285.7%6
Parts most often named Exhaust Header (10) · Exhaust Riser (4) · Manifold (4) · Exhaust Pipe (3)
NR 1 CYLINDER EXHAUST STACK HAS AN ELONGATED BOLT HOLE THAT IS ALLOWING FOR THE BOLT HEAD TO REST ON THE STACK AND IS WEARING INTO THE SIDE WALL. (PHOTOS TO FOLLOW.)
NR 4 EXHAUST STACK HAS AN ELONGATED BOLT HOLE WHICH IS ALLOWING THE BOLT HEAD TO REST ON AND WEAR INTO THE STACK SIDE WALL. (PHOTOS TO FOLLOW.)
INSTALLED MANIFOLD WAS USED AT THIS ANNUAL INSPECTION TO FIND NR 4 CYLINDER EXHAUST STACK AFT END AT SLIP JOINT BULGED AND CRACKED. STAINS IN THAT AREA WERE NOTED, HEATSHIELD DEFLECTED LEAT FROM ANY FURTHER DAMAGE. PART NOT SOLD SEPARATELY, NEW REDESIGN LEFT EXHAUST MANIFOLD ASSEMBLY INSTALLED.
32Landing Gear Brake System204.0%7
Parts most often named Brake Disc (14) · O-Ring (2) · Warning System (1) · Lug (1)
WHILE TAXIIING AFTER LANDING THE PILOT APPLIED BRAKES AND THE AIRCRAFT VEERED LEFT OFF THE TAXI WAY AND INTO THE GRASS. MAINTENANCE REMOVED THE RIGHT WHEEL AND FOUND THE RIGHT BRAKE DISK HAD FULLY SEPARATED FROM THE MOUNTING FLANGE THAT BOLTS TO THE INNER WHEEL HALF..
APPROX. 12 MONTH OLD RIGHT MAIN GEAR BRAKE DISC, RAPCO PART #RA164-02504, SEPARATED DURING APPLICATION OF BRAKES DURING LANDING SEQUENCE. RESULTING DAMAGE REQUIRED REPLACEMENT OF INNER HUB AND PADS.
RIGHT MAIN DISC COMPLETELY SEPARATED FROM THE MOUNTING FLANGE OF THE WHEEL ASSY. SIGNIFICANT GRINDING NOISE FELT DURING TAXI AND ALL BRAKING AUTHORITY WAS LOST ON THE RIGHT MAIN, CAUSING AIRPLANE TO UNCONTROLLABLY PIVOT AROUND LEFT MAIN WHEN THE BRAKES WERE APPLIED IN AN ATTEMPT TO STOP THE PLANE. RESULTING SEPARATION REQUIRED REPLACEMENT OF BRAKE PADS.
85Reciprocating Engine Power Section183.6%9
Parts most often named Camshaft (4) · Connecting Rod (2) · Gear (2) · Lifter (2)
AN UNACCEPTABLE OIL SAMPLE LEAD TO A RECOMMENDATION BY AN OUTSIDE COMPANY TO HAVE AN INSPECTION OF THE CAMSHAFT AND LIFTERS PERFORMED. WE PERFORMED THESE INSPECTIONS AND FOUND A GOUGE ON THE #6 INTAKE LOBE ON THE CAMSHAFT. A PICK CAN BE CAUGHT IN THIS GOUGE THEREFORE IT IS REASON FOR REJECTION. THE LIFTER WAS IN GOOD CONDITION. THE #6 EXHAUST LIFTER SHOWED SIGNS OF HEAT/DISCOLORATION.
ENGINE WAS DISASSEMBLED FOR INSPECTION DUE TO PROPELLER STRIKE. UPON DISASSEMBLY IT WAS NOTED THAT THE CONNECTING ROD BUSHING HAS MIGRATED PARTLY OUT OF THE BORE ON THE SMALL END OF CONNECTING ROD #2, #3, & #5. THIS IS THE THIRD TIME THAT WE HAVE SEEN THIS PROBLEM ON THIS MODEL ENGINE.
DURING MAINTENANCE TO TROUBLESHOOT A FAILED NR 2 ALTERNATOR, WE NOTICED A THRU-BOLT NUT MISSING FROM NR 4 TOP CYLINDER AND THE THRU-BOLT MIGRATED OUT ONTO THE NR 5 CYLINDER. THE NUT WAS FOUND IN THE BAFFLING BENEATH THE CYLINDER AND IT HAD FAILED BY CRACKING.
80Engine Starter153.0%1
Parts most often named Starter (6) · Adapter (5) · Solenoid (1) · Drive Assy (1)
ATTEMPTED TO START THE AIRCRAFT, ON STARTER ENGAGEMENT A LOUD NOISE WAS HEARD AND THE ENGINE SEIZED. UPON INITIAL INSPECTION IT WAS FOUND THAT THE ENGINE WOULD NOT ROTATE EITHER DIRECTION. AFTER FURTHER INSPECTION IT WAS FOUND THAT MULTIPLE TEETH WERE MISSING FROM THE STARTER ADAPTER GEAR AND A COUPLE WERE STUCK IN THE CAM GEAR THUS NOT ALLOWING THE ENGINE TO ROTATE.
A REBUILT STARTER ADAPTER, WAS INSTALLED AT 336.8 HRS. AT 818 HRS, STARTER ADAPTER BEGAN SLIPPING DURING START, REPAIRED.
PILOT STATED THAT ENG WOULD NOT START & STARTER WOULD NOT ENGAGE. ALSO STATED THAT THERE WAS ONLY A CLICKING SOUND WHEN START WAS SELECTED.
71Engine Air Intake System142.8%1
Parts most often named Air Filter (4) · Attach Bolt (3) · Bolt (2) · Wire (1)
DURING AN ANNUAL INSPECTION, WHILE CHANGING THE INDUCTION AIR FILTER IT WAS DISCOVERED THE FILTER BASKET HAS STARTED TO COME APART. THERE ARE SEVERAL PIECES OF THE BASKET MISSING. THE BASKET APPEARS TO BE MADE OF STAINLESS STEEL. THE BASKET SETS IN THE INDUCTION SYSTEM AND THE ONLY PATH THE PIECES OF MISSING MATERIAL COULD HAVE TAKEN IS INTO THE ENGINE INTAKE. CIRRUS HAS BE NOTIFIED VIA E-MAIL AND PICTURES OF THE DEFECT.
AIR FILTER SUPPORT, MADE OF A CYLINDRICALLY SHAPED WIRE SCREEN WAS FOUND TO HAVE THE SCREEN MATERIAL BREAKING AT THE JUNCTION OF THE RADIAL TO VERTICAL WIRES. CAUSING, IN SEVERAL INSTANCES, TO SHED SECTIONS OF THE WIRE, UP TO AN INCH LONG. WHEN THESE WIRES SHED, THEY ARE ALLOWED TO FALL INTO THE INTAKE AIR STREAM, AS THEY ARE INSIDE THE FILTER. THIS COULD ULTIMATELY ALLOW THEM TO BE INGESTED INTO THE ENGINE.
DURING AN ANNUAL INSPECTION, THE AIR FILTER WAS DISCOVERED TO BE SPLIT OPEN AT THE SEAM. THIS SAME CONDITION HAS BEEN FOUND ON SEVERAL OTHER AIR FILTERS OF THE SAME PN. WHILE NOT AN IMMEDIATE SAFTEY OF FLIGHT ISSUE, THIS CONDITION ALLOWS UNFILTERED AIR TO ENTER THE INDUCTION SYSTEM WHICH IF ALLOWED TO CONTINUE FOR ANY GREAT LENGTH OF TIME CAN CAUSE PREMATURE WEAR AND POSSIBLE EARLY FAILURE OF THE ENGINE.
74Spark Plug/Igniter142.8%1
Parts most often named Spark Plug (13) · Igniter (1)
WHILE PERFORMING A CAPS SYSTEM EXCHANGE ON [tail no. removed], THE TOOL SPECIFIED TO INSTALL AND TORQUE THE IGNITER ASSEMBLY INTO THE ROCKET ASSEMBLY WAS DIFFICULT TO INSTALL. WHILE PERFORMING THE TORQUE, THE TOOLING [S/N removed]. THIS LEFT A DOWEL IN THE SQUIB THAT CANNOT BE REMOVED. THIS TOOLING HAD BEEN USED ON OTHER INSTALLATIONS. WHEN ANOTHER TOOL, SAME PN, WAS USED THE TIGHT FIT WAS REPEATED ON THE IGNITER IN QUESTION. IGNITER LOT/DOM 235019-VS-IGN-CERT-MOD 1 TRM-350-018 IGNITER. PICTURES OF TOOLING AND PARTS ARE AVAILABLE.
REPLACED ALL FINE WIRE SPARK PLUGS RHB32S WITH NEW RHB32E MASSIVE ELECTRODE PLUGS. TWO SPARK PLUGS HAD CRACKED INSULATION WITH SOME INSULATION MISSING.
ENGINE START NORMAL. MAGNETO CHECK ON RUNUP REVEALED ROUGH RUNNING AND MAG CHECK FAILED ON SEVERAL CYLINDERS. REMOVED THE PLUGS - CRACKS FOUND ALL AROUND THE INSULATOR. RHB32S IS CURRENTLY IN THE ENGINE. HAVE BEEN FINDING SEVERAL OF THESE ON MULTIPLE AIRCRAFT - BOTH NA AND TURBO. THE ISSUE IS ISOLATED TO THE BRAND.
85Reciprocating Engine Oil System132.6%2
Parts most often named Dipstick (5) · Check Valve (2) · Hose (1) · Relief Valve (1)
ENGINE LOSS OIL PRESSURE, DUE TO OIL LINE LOOSING TORQUE AT THE OIL COOLER CROSS FITTING. THE OIL LINE SUPPLY OIL FROM THE OIL COOLER CROSS FITTING TO THE TURBO IS SECURE TO THE ENGINE MOUNT, IT SEEM VERY TIGHT FIT, SHORT AND STIFF, WITH THE ENGINE VIBRATION IT SEEM VERY EASY TO CAUSE IT TO BREAK LOOSE WITH OUT ABLE TO DETECT THE PROBLEM DURING MAINTENANCE. THE ENGINE WILL LOSS OIL PRESSURE AND CAUSE ENGINE POWER LOSS INFLIGHT.
ACFT WAS COMING OUT OF ANNUAL INSPECTION. LOW ALTITUDE FUNCTIONAL FLIGHT CHECK INDICATED NO ABNORMALITIES. HIGH ALTITUDE FUNCTIONAL FLIGHT CHECK INDICATED SMOKING EXHAUST PIPE AND LOSS OF TURBO SYSTEM. DECOWLING SHOWED OIL SPRAY. TRACED BACK TO FITTING ON SCAVENGE PUMP. FURTHER INSPECTION REVEALED FITTING WAS NOT TIGHTENED FOLLOWING REINSTALLATION FOLLOWING STARTER ADAPTER O/H.
LEFT OIL LINE GOING TO THE LT TURBO WASTGATE CONTROLLER WAS UP AGAINST THE WASTEGATE DOWN PIPE. THIS CAUSED A HOLE TO BE BURNED INTO THE OIL HOSE. THE ENGINE LOST 10 QTS OF OIL BEFORE THE PILOT COULD LAND AT THE NEAREST AIRPORT. THIS PROBLEM ORIGINATED AT THE MFG. THE HOSE NEEDS TO BE LONGER TO ALLOW FOR THE RE-ROUTING OF THE HOSE AWAY FROM THE TURBO AND EXHAUST COMPONENTS.
32Nose/Tail Landing Gear91.8%3
Parts most often named Landing Gear (2) · Nut (2) · Bracket (1) · Fairing (1)
NOSE LANDING GEAR COLLAPSED WHILE TAXING LEADING TO A PROP STRIKE. THIS IS A KNOWN ISSUE. THE CIRRUS NOSE GEAR IS SUPPORTED BY SIX RUBBER "PUCKS" HELD IN PLACE BY METAL PANS AT THE TOP AND BOTTOM WITH A METAL ROD RUNNING THROUGH THE CENTER OF THE PUCKS. THE ROD IS KNOWN TO SEPARATE FROM THE TOP PAN ALLOWING THE PUCKS TO SHIFT AND THE NOSE STRUT TO GO FORWARD ALLOWING THE PROPELLER TO IMPACT THE GROUND. THERE IS NO WAY TO INSPECT THE WELD BETWEEN THE TOP OF THE PAN AND THE ROD SINCE IT IS COVERED BY THE PUCKS.
ON LANDING AT SCOTTSDALE AIRPORT KSDL, AIRCRAFT EXPERIENCED A NOSE GEAR FAILURE. NOSE GEAR BROKE AFT OF THE ACTUATOR ATTACH POINT, FOLDED UNDER THE ENGINE TO THE LEFT SIDE, THE PROP STRUCK THE GROUND AND THE AIRCRAFT SLIDE FOR A SHORT DISTANCE. NO INJURIES OR FIRE.
(CAN) WHILE COMPLETING THE 100HR/ANNUAL INSP REQUIREMENTS IAW THE MM, IT WAS NOTICED THE COTTER PIN THAT LOCKS THE FORK ASSY ON THE NOSE GEAR STRUT WAS SHEARED. UPON FURTHER INVESTIGATION AND NOSE GEAR REMOVAL AND DISASSEMBLY, NUMEROUS CRACKS WERE SUSPECTED. PERFORMED A DYE PEN INSP OFF ALL KNOW AREAS OF CRACKING IAW THE MM AND SB 22-32-19. 2 CRACKS WERE CONFIRMED ON THE UPPER PUCK PAC ASSY WELD. NEW PARTS WERE INSTALLED AND ACFT WAS RETURNED TO [S/N removed].
Open a row to read what mechanics wrote. Tail and serial numbers are removed.
At the pre-buy
My pre-buy card · SR22
0 of 7 looked at
The components written up most often since 2011. Take this to the pre-buy and ask your inspector about each one; tap a mark to record what they found. Saved on this device only.
- Magneto/Distributor
- Reciprocating Engine Cylinder Section
- Landing Gear Brake System
- Engine Collector/Tailpipe/Nozzle
- Reciprocating Engine Power Section
- Spark Plug/Igniter
- Engine Starter
A starting point for the conversation with your inspector, not maintenance advice.
What buyers get caught by
The expensive surprises on any used airplane are missing logbooks, corrosion under paint, outstanding ADs, an engine near overhaul, and the same squawk written up again and again. The card lists where the SR22 gets written up; the AD timetable below lists what the FAA requires.
Ask for the logbook entries that match each item. A repeated entry is a pattern, not a coincidence.
Alerts for the SR22
An email when a new airworthiness directive names the SR22, or when reports on it spike. Alerts are starting soon: leave your email and we’ll send a confirmation link before anything else. Unsubscribe anytime.
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