Cessna 172 Private Pilot Procedures – (N950ME)
CESSNA 172S Skyhawk · Emergency Procedures
Overview
This document outlines the emergency procedures and normal operation protocols for the Cessna 172, specifically tailored for pilots in training and those preparing for check rides. It includes detailed instructions on takeoff, climb, descent, and landing procedures, as well as emergency landing protocols. The manual emphasizes the importance of maintaining control of the aircraft and following established procedures to ensure safety during flight operations. It serves as a practical guide for pilots to reference during flight training and check rides, ensuring they are well-prepared for various flight scenarios.
- Takeoff requires flaps at 0 degrees and a minimum of 2300 RPM before liftoff.
- Emergency landing procedures include maintaining 65 KIAS and following a specific checklist for safety.
- Normal landing approach speeds are 65 KIAS on final with flaps set to 30 degrees.
- Power-off stall recovery involves reducing pitch and leveling wings while adding full power.
- Power-on stall recovery requires maintaining control and managing pitch to prevent loss of altitude.
Document
Source
Originally published by download.aopa.org. Sprinkle hosts a reference copy with an added summary, specifications and searchable full text.
Document details
- Type ·
- Emergency Procedures
- Pages ·
- 14
- File size ·
- 107 KB
- Publisher ·
- download.aopa.org
What is the Cessna 172 Private Pilot Procedures – (N950ME)?
The Cessna 172 Private Pilot Procedures – (N950ME) is a emergency procedures for the CESSNA 172S Skyhawk.
How many pages is the Cessna 172 Private Pilot Procedures – (N950ME)?
The copy of the Cessna 172 Private Pilot Procedures – (N950ME) on file runs 14 pages.
Where does the Cessna 172 Private Pilot Procedures – (N950ME) come from?
This copy of the Cessna 172 Private Pilot Procedures – (N950ME) was originally published by download.aopa.org and is hosted on Sprinkle as a free, searchable reference copy.
Most owners only have the POH. Here's the essential set for the CESSNA 172S Skyhawk.
- Pilot's Operating Handbook / AFM
- Checklist
- Maintenance Manual
- Parts Catalog (IPC)
- Systems & Wiring
- Service Bulletins on file
- Type Certificate (TCDS)
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- Supplemental Type CertificateSupplemental Type Certificate
- ELECTRICAL POWER - ALTERNATOR CONTROL UNIT (ACU) AND CONNECTOR OBSOLESCENCEService Bulletins
- CESSNA 172S MANEUVER GUIDEPilot's Operating Handbook
- Cessna 172-S Training SupplementTraining Manual
- CAP TXWG Cessna 172S IntroductionOther Documents
- Weight and BalanceWeight And Balance
- Supplemental Type CertificateSupplemental Type Certificate
- LANDING GEAR - MAIN LANDING GEAR BUSHING INSPECTIONMaintenance Manual
- Cessna 172S-G1000 ChecklistChecklist
- Cessna 172S G1000 Skyhawk Normal ProceduresNormal Procedures
In this document
Normal Take-Off & Climb
The procedure for normal take-off involves setting flaps to 0 degrees, applying full power, and ensuring RPMs reach at least 2300. Pilots should maintain runway alignment and pull back on the elevator at 55 KIAS to lift off. Climb speed should be maintained between 70-80 KIAS.
Emergency Landing
In the event of an emergency landing, pilots should adjust pitch to maintain 65 KIAS and select the best landing site. The checklist includes ensuring the fuel shutoff valve is on, mixture is rich, throttle is full, and carb heat is on. Pilots must declare an emergency using transponder code 7700 and prepare for landing by shutting off fuel and mixture just before touchdown.
Normal Landing
During a normal landing, pilots should apply carb heat and reduce power to 1500 RPM on downwind. Flaps should be set to 10 degrees initially, then 20 degrees on base, and finally 30 degrees on final approach. The target speed on final approach is 65 KIAS.
Power Off Stall
For a power-off stall, pilots should perform clearing turns, apply carb heat, and reduce power to idle. At stall buffet, they should reduce pitch, level the wings, and apply full power while simultaneously turning off carb heat.
Power On Stall
In a power-on stall, pilots should perform clearing turns, apply carb heat, and increase power to full at 55 KIAS. They should then gradually increase pitch until stall occurs, followed by lowering the pitch to recover.
Safety notes
- Always perform clearing turns before stalls and maneuvers.
- Maintain situational awareness during all phases of flight, especially during emergency procedures.
Full document text
Cessna 172 Private Pilot Procedures – (N950ME) NORMAL TAKE-OFF & CLIMB 1. Flaps at 0 degrees. 2. Ailerons into the wind and elevator about ½” back from the gust lock hole. 3. Apply smooth full power, then check for at least 2300 RPMs and oil temperature and pressure in the green. 4. Maintain runway alignment with rudder (mostly right). 5. Slowly decrease aileron deflection as the airplane accelerates. 6. At 55KIAS pull elevator back to pull nosewheel off the ground and place the top edge of the cowling on the horizon. 7. Establish Wind Correction Angle to stay over the runway. 8. Keep the top of the cowling on the horizon and the wings level. Climb Speed 70-80 KIAS LEVEL OFF 1. 20 feet before reaching desired altitude, reduce pitch to level attitude (increasing forward yoke pressure). 2. Accelerate to 100KIAS keeping level attitude. 3. Reduce power to 2400 RPM (throttle back). 4. Trim. 5. Check Heading Indicator. DESCENT 1. Reduce power to 2000 RPM (throttle back). 2. Allow the cowling to lower and stabilize. 3. Adjust pitch for 110KIAS and 500ft per min. descent. 4. At 50 feet above desired altitude, increase power back to 2400RPM. LEVEL TURN 1. Lift wing and check for traffic in direction of turn. (Use rudder to hold heading). 2. Smoothly apply aileron deflection and rudder pressure in direction of turn. (Slight left rudder pressure in left turn, more right rudder in right turn). Watch cowling/horizon in turn. 3. As airplane banks, apply slight elevator back pressure proportional to steepness of bank, to hold altitude. 4. When proper bank angle is established – neutralize ailerons to maintain bank. 5. 5 degrees before the desired heading, apply ailerons and rudder opposite the direction of turn, simultaneously reducing elevator backpressure. STEEP TURNS 1. Ask instructor/examiner/passengers to help look for traffic. 2. Do one 180 degree or two 90 degree clearing turns. 3. When rolling in to the turn, dial in 2 full turns of nose up trim. 4. Establish a 40 to 45 degree banked turn, focusing on the cowling/horizon. 5. If low, rollout the bank slightly and increase the backpressure. 6. If high, roll in steeper and reduce backpressure. 7. 20 degrees before the desired rollout heading, begin a smooth rollout with rudder and ailerons. Hold pitch down and dial out the nose up trim. SLOW FLIGHT 1. Carb Heat on. 2. Reduce power to 1500RPM, hold heading with rudder (left) 3. Hold altitude with backpressure and trim (three full turns) while decelerating. 4. At 70 KIAS, add power to1850RPM, adjust pitch and trim for 64KIAS. 5. Adjust altitude with power and maintain 64KIAS with pitch. REMEMBER: PITCH CONTROLS AIRSPEED, POWER CONTROLS ALTITUDE. 6.Maintain altitude while making shallow left and right turns. SLOW FLIGHT TO CRUISE 1. Carb Heat off. 2. Smoothly add full power and forward elevator pressure to hold altitude. 3. Hold heading with rudder (right). 4. Accelerate to 100 Kias 5. Take out 3 turns of nose up trim and reduce power to 2400RPM POWER OFF STALL (Straight ahead and turning) 1. Do one 180 degree or two 90 degree clearing turns. 2. Carb Heat on, power off, smoothly. 3. Hold altitude with pitch. 4. At stall buffet, simultaneously reduce pitch, level the wings, add full power, and Carb Heat off, right rudder pressure. 5. Smoothly raise the pitch to climb attitude. 6. Transition to cruise. POWER OFF STALL WITH FLAPS (STRAIGHT AHEAD AND TURNING) 1. Do one 180 degree or two 90 degree clearing turns. 2. Carb Heat on, power to 1700RPM 3. Hold altitude with pitch. 4. Apply full flaps, holding altitude with forward elevator pressure as flaps come down. 5. At final approach speed (65KIAS) smoothly pull off power, establish a descent (as you would coming in for landing), and then raise pitch, simulating a landing stall. 6. At stall buffet, simultaneously reduce pitch, level wings, add full power, Carb Heat off, right rudder pressure. 7. Immediately after power is applied raise flaps to 20 degrees (2 seconds) and raise pitch to climb attitude. 8. As the airplane stabilizes, raise flaps to 10 degrees (2 seconds) 9. Flaps up and transition to cruise. POWER ON STALL (Straight ahead and turning) 1. Do one 180 or two 90 degree clearing turns. 2. Carb Heat on, power to 1500RPM 3. Hold altitude with pitch, heading with rudder. 4. At 55KIAS Carb Heat off, full power, right rudder. 5. Gradually continue to increase pitch. 6. At stall buffet, lower pitch below the horizon, then smoothly raise pitch to climb attitude and transition to cruise. EMERGENY LANDING 1. Airspeed – Adjust pitch with 3 turns nose up trim to hold 65KIAS. 2. Best place to land – select best site considering length, obstructions, surface, wind direction. If high, spiral down over approach end. If not, fly modified pattern. 3. Checklist – Fuel shutoff valve – ON, Mixture – RICH Throttle – FULL Carb Heat – ON Mags – CHECK LEFT AND RIGHT 4. Declare – Transponder – 7700, Current frequency or 121.5, Mayday X 3. 5. Exit – Just prior to landing – Fuel shutoff Valve – OFF Mixture – IDLE CUTOFF Mags – OFF Master switch – OFF (if you don’t need radio, flaps or lights for landing) Doors – POP OPEN Execute soft field landing NORMAL LANDING 1. On downwind, abeam the approach end, carb heat on, Power to 1500RPM 2. Hold altitude with pitch. Apply 10 degrees of flaps (within the white arc), and then reduce pitch to hold 75KIAS. 3. When threshold is 45 degrees behind A/C, turn base while applying flaps to 20 degrees. Hold 70KIAS with pitch. 4. Check altitude and adjust with power as needed. 5. Check extended final approach course for traffic and turn final. (Plan to roll out on extended centerline with wind correction angle. Make radio call. 6. Adjust pitch to hold 65KIAS and ajust position on glideslope with power and flaps. 7. Level off at 10ft AGL. Float dowl level to 5ft above the runway. 8. Pull back smoothly and hold A/C off runway as long as possible. 9. Report clear of the runway. Transponder to Standby, Carb Heat-Off, Retract flaps.
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SOFT FIELD TAKE OFF 1. Flaps to 10 degrees. 2. Taxi with elevator full aft, keeping rolling if possible. 3. Line up on runway and smoothly apply full power. 4. Hold elevator backpressure to keep nose wheel just off the ground. 5. When main gear leaves the ground, briskly reduce backpressure to hold A/C in ground effect (10’ AGL). 6. Accelerate to 70KIAS, then begin climb out and raise flaps. SHORT FIELD TAKE OFF 1. Line up on runway as close to threshold as possible. 2. Hold elevator with gust lock hole 1” back from collar. 3. Hold brakes and apply full power. Check RPMs over 2300 and engine instruments in the green. 4. Release brakes. Accelerate to 55KIAS, and then firmly raise the pitch to climb and hold 59KIAS. 5. When clear of the obstacle, lower pitch to normal climb. SOFT FIELD LANDING 1. Fly approach and landing as a normal landing. 2. On short final, push Carb Heat off. 3. In the landing flair add a little power to soften the landing. 4. At touch down – POWER OFF, hold full aft elevator. SHORT FIELD LANDING 1. Fly a normal approach with a slightly extended downwind leg. 2. On final, set full flaps and add power to hold 60KIAS. 3. Power off and pitch down as soon as you can glide to the threshold. 4. Immediately after touchdown lower nose gear, apply brakes, retract flaps and pull yoke aft CESSNA 400 APPROACH PROCEDURES PRECISION APPROACH & APPROACH WITH VERTICAL GUIDANCE (WAAS) 1. Get ATIS/AWOS 2. Select and load Approach 3. Brief Approach 4. Baro Min – Set 5. Activate Approach (if not already past IAF) or Vectors to Final 6. When level outbound – 24” MP 7. 8. Fuel Selector to Fullest Tank 9. At turn to intercept FAC – 22” MP 10. If “Intercept the Localizer” Press NAV 11. When “Cleared for the Approach” Press APR and Taxi Light ON 12. When established inbound - 20” MP 13. Timer – Zero 14. Missed Approach Altitude – Set 15. Mixture – Forward 16. Prop – Forward 17. 1 Dot below GS – 15”MP and set T/O Flaps 18. GS intercept – 12” MP 19. At GS Intercept Altitude – Start Timer 20. Adjust Power for 110 KIAS 21. When Cleared to Land – Landing Light ON 22. Seat Belts – ON MISSED APPROACH – GO AROUND 1. Go Around – Press 2. Power - Full 3. Pitch – Up to Command Bars 4. Flaps – UP Fuel Pump - Armed 5. Missed Approach Altitude – Set 6. FLC – Press 7. Nav – Press (If it was OFF) 8. A/P Modes – Verify GPS and FLC on PFD 9. A/P - ON 10. Adjust NOSE UP or DN to 130 KIAS 11. Report “Missed Approach” and intentions NON-PRECISION APPROACH 1. Get ATIS/AWOS 2. Select and load Approach 3. Brief Approach 4. Baro Min – Set MDA 5. Insure FAC set on course needle 6. When level outbound – 24” MP 7. Activate Approach or Vectors to Final (If not already Past IAF) 9. Fuel Selector to Fullest Tank 10. At turn to intercept FAC – 22” MP 11. When “Cleared for the Approach” Press APR and Taxi Light ON 12. If ILS w/ GS Inop - Press NAV 13. When established inbound - 20” MP 14. Timer – Zero 15. Stepdown or MDA – Set 16. Mixture – Forward 17. Prop – Forward 18. 0.5 NM from FAF – 15” MP and set T/O Flaps 19. At FAF –press VS, set -800 FPM, 12” MP and Start Timer 20. Adjust Pitch for 800 FPM descent 21. Adjust Power for 110 KIAS 22. When Cleared to Land – Landing Light ON 23. Seat Belts – ON LANDING FROM APPROACH When Lights / Runway in sight: 1. A/P - Disconnect 2. Reduce Power and Lower Nose 3. Flaps – Landing 4. Pitch for 85 KIAS Pre–Solo Stage Check Checklist Student: CFI: Aircraft: CFI Initial Oral: Great Good Needs Work Paperwork – Pre-Solo Exam □ □ □ Emergency Landing Procedures □ □ □ Flight: Start-up – Passenger Brief □ □ □ Taxi / Taxi checks – Minimal Brakes □ □ □ Radio Usage □ □ □ Run up – GPS Setup □ □ □ Normal Take-off – Timer, Centerline, No Brakes □ □ □ Climb – Pitch Control, Departure Procedure □ □ □ Level Off – Altitude Control □ □ □ Turns – Rudder □ □ □ Steep Turn – Procedure, Altitude, Heading □ □ □ Slow Flight – Procedure, Altitude □ □ □ Power Off Stall – Procedure, Slow entry, Rudder □ □ □ Power On Stall – Procedure, Slow entry, Rudder □ □ □ Emergency Landing – Procedure, Pattern, Make TDZ □ □ □ S-Turns across Tracks/Road – Altitude, Wind Correction □ □ □ SFRA Re-entry – ATIS/AWOS, Radio □ □ □ Normal Landing – Procedure, Pitch/Speed Control, Altitude/Power □ □ □ After Landing Checks – Flow & Checklist □ □ □ Shut Down – Checklist □ □ □ CFI signature: ______________________________ Date: _____/_____/_____ Notes: □ Cleared to Solo □ Fly w/ Instructor before Solo □ Work w/ Instructor, Schedule w/ Chief Instructor Chief Instructor signature: ______________________________ Date: _____/_____/_____ Twin Comanche Procedures NORMAL T/O & CLIMB Timer Start Brakes Hold Throttles 2200 Engine Instruments “Engine Instruments Green” Brakes Release Throttles Full 80 MPH Apply Back Pressure “Positive Rate” Tap Brakes “Gear Up” Pitch Glare shield on Horizon 125 MPH 400’ AGL or Clear of Obst 25” MP/2500 RPM/Pumps-off 1 at a time CRUISE 100’ before level off Cyl Head Temps Green then Cowl Flaps Closed Power 24”MP/2400 RPM Lean 1400 EGT / 50 Rich of Peak Fuel Tanks Aux tanks as required DESCENT Mixtures Enrich slightly Throttles 21” MP 50’ before Target Alt 24” MP PRE-MANEUVER CHECKS Area Clear to left Fuel Pumps On Fuel Selectors Mains Mixtures Rich Props Forward STEEP TURNS Pre-Maneuver Checks Complete, except props 2400 RPMs Heading Bug On start heading Throttles 21” MP Roll Left 50 degrees Throttles 23” MP Elev. Trim 1.5 Turns Up Altitude Maintain with pitch 20 degrees before bug Roll to 50 degrees right Pitch Forward pressure in transition 20 degrees before bug Roll level on heading Elev Trim 1.5 turns down Throttles Reduce 2” MP SLOW FLIGHT Heading Bug On start heading Throttles 21”, 15 sec, trim 18”, 15 sec, trim 15”, 15 sec. trim 12”, 15 sec. trim Pitch and Trim To hold 100 MPH Throttles Adjust for target altitude, about 14” Gear Check under 140 MPH, Down Throttles Adjust for Alt, about 16”, trim for 100 MPH Flaps Half (5 sec) Throttles Adjust for Alt, about 18”, trim for 100 MPH Flaps Full (5 sec) Throttles Adjust for Alt, about 20”, trim for 100 MPH POWER OFF STALL Pre-Maneuver Checks Complete Throttles Reduce in 3’ increments to 15” Gear Speed Gear down Flap Speed Flaps down 100 MPH Begin descent 50’ Descent Slowly raise pitch Stall Light “There’s the Stall” Level the wings Pitch down, slightly above horizon Full throttles Flaps up for 3 secs. “Positive Rate of Climb” Gear Up Flaps Up when climb established At starting altitude Level-off & cruise POWER ON STALL Pre-Maneuver Check Complete Throttles Reduce in 3” increments to 12” MP Gear Speed Gear Down 120 MPH 21” MP Slow pitch up Stall Light/Horn “There’s the Stall” Level wings Pitch slightly above horizon Full throttles “Positive Rate of Climb” “Gear Up” At designated Altitude Level off and cruise Emergency Descent Throttles Close Clear and Turn 45 degrees Bank Left Pitch 20 degrees down, not to exceed Vno (200MPH) VISUAL APPROACH & LANDING Descent Adjust to enter pattern @ pattern altitude Throttles 17” Entering Pattern G-Fuel Pumps On G-Fuel Selectors Main Midfield U-Check under 140 MPH, Gear Down, Gear Light, Mirror Abeam Touchdown -15” MP M – Mixtures Fwd P – Props Fwd Under 125 MPH Flaps 3 sec. Pitch 115 MPH Base Turn Flaps 3 sec. 110 MPH Final turn 105 MPH then 90 MPH Cowl Flaps Open Gumps Check Complete SHORT FIELD TAKE OFF Flaps Half Timer Start Brakes Hold Throttles Full Engine Instruments “Engine Instruments Green” Brakes Release 65 MPH Rotate to glare shield above horizon “Positive Rate” Tap Brakes & “Gear Up” Pitch 90 MPH 100’ AGL / Clear of Obst. Glare shield on horizon Flaps Up Climb out Normal SHORT FIELD LANDING Normal Approach When Clear of Obstacles Throttles just above idle Lower pitch to maintain 90 MPH Mains Contact Ground Max Braking (Simulated) Yoke Full back Flaps Up AFTER LANDING FLOW / CHECKLIST When clear of runway: Transponder STBY Flaps Up Cowl Flaps Check Open Mixtures 3 Lights As required Fuel Pumps Off Trims Re-set After landing checklist Check INSTRUMENT APPROACH NP = Non-Precision P = Precision Approach Brief Outboard Leg 21” MP When cleared for approach Right landing light on, also left on if non-towered field Turning inbound 18” MP Pre-Maneuver Checks Zero Time Half Mile/Half Dot from FAF15” MP Gear Down FAF / GS Intercept 12” MP for NP, 14” MP for P Flaps 3 sec. Pitch down Start time Radio Call Cleared to Land Left Landing Light On 105 MPH 700-800 FPM – NP GUMPS Check Complete NP – 100’ before MDA Throttles 18” Slow descent to MDA MISSED APPROACH At MAP Throttles Full Pitch 7-8 degrees up “Positive Rate” “Gear Up” Flaps UP GPS SUSP and GPS Nav At initial alt Turn on Course Landing Lts Off At 400’ AGL 25” MP/2500 RPM/Fuel pumps off Report to ATC “Missed approach” ENGINE OUT BEFORE VR Anything not right prior to Vr Throttle Close Brakes As required Directional Control Maintain Yoke Back Flaps Retract Announce to ATC Aborted Takeoff on Runway ___ ENGINE OUT MEMORY STEMS “Fly the Airplane” “Mixtures Forward” “Props Forward” “Throttles Forward” “Gear Up” “Flaps Up” “Fuel Pumps On” “Check Mags” “Check Fuel Selectors” “Identify Right (or left) Engine.” “Verify Right (or left) Engine” “Feather Right (or left) engine” “Trim” “Shut down checklist.” Declare emergency ENGINE OUT AFTER Vr BEFORE CRUISE CLIMB. “Fly the Airplane” Continue memory items starting w/ ‘Identify’. Return to Airport for Landing ENGINE OUT AFTER CRUISE CLIMB Memory Items Land as soon as practicable Crossfeed if more than 30 min to landing Engine Out in Descent or Approach Memory Items except throttles at 25” MP (normal plus 4”) Land as soon as practicable Single Engine Landing Memory Items except increase MP on good engine by 4” Normal landing profile Vmc Demo Pre Maneuver Checks Complete Throttle Reduce 3” at a time At 120 MPH Close Left Throttle Full Right Throttle Right Rudder as needed 5 degrees right bank Slowly pitch up Stall or loss of directional control Lower pitch below horizon Reduce right throttle to 1/2 Accelerating through Vmc Full right throttle Right rudder Raise pitch to Vyse Cessna 172 - N950ME, N80398, N26502, N2100S, N16789 Normal VFR Traffic Pattern Rotate - 60 KIAS Climb - 80 KIAS 45 o entry/level at TPA - 90 KIAS ~ 2.000 RPM Abeam TD - 1,500 RPM Flaps 10 o 80 KIAS Final App - Flaps 30 o 65 KIAS Base - Flaps 20 o 70 KIAS