RP Flashcards

0
Q

Normal Takeoff

A

Flaps – UP,Brakes released (on the roll), Power – FULL

Rotates at VR, Set Pitch Attitude for Vy, Accelerate to Vy

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
1
Q

Taking the Runway

A
Prior to taking the runway, after ensuring there is no conflicting traffic.
Check runway for traffic
Landing and strobe lights – ON
Set transponder to Alt
Call tower or CTA
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
2
Q

Crosswind Takeoff

A

Aileron – full into wind
Reduce aileron as airspeed increases and controls become effective (after takeoff)
Crab into wind to maintain runway centerline

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
3
Q

Aborted Takeoff

A

If takeoff is aborted Prior to liftoff
Power – IDLE, Maintain directional control
Brakes – AS REQ’D TO STOP ON REMAINING RUNWAY
If leaving paved portion of runway:
Mixture – IDLE/CUTOFF
Door – OPEN

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
4
Q

1000’ Checks

A

Fuel Pump – OFF
Transponder – CONFIRM ALT
Flaps – CONFIRM UP
Lights – AS REQ’D

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
5
Q

Level Off From Climb

A

Power – REDUCE FOR LEVEL FLIGHT
Set level flight pitch Attitude
Continually trim as airspeed changes
Airspeed – ACCELERATE TO CRUISE SPEED

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
6
Q

Vx Climb From Level Flight

A

Mixture – FULL RICH
Power – FULL
Simultaneously set Vy pitch Attitude
Trim – AS REQ’D FOR CLIMB AIRSPEED

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
7
Q

Level Turn

A

Select a reference point on Horizon to turn to
Use coordinated ailerons and rudders to turn to desired AOB
Increase elevator back pressure to maintain level Flight
Power – AS REQ’D TO MAINTAIN AIRSPEED
Use coordinated aileron and rudder during rollout

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
8
Q

Steep Turn

A

Throttle–2500RPM, Select a visual refpoint for 360° turn
Coordinated roll to 45° AOB (lead turn with rudder to anchor nose)
Smoothly apply back pressure starting at ~30°AOB
Scan – PITCH, ATTITUDE, AOB and Alt/VSI
Power – MAINTAIN AIRSPEED +/- 10kts
When reference point approaches nose of aircraft (20°-30° of turn left)
Coordinated roll back to level

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
9
Q

Slow Flight Clean

A

Apply slight forward pressure to keep nose from rising
Select reference point on horizon to maintain heading
Power – REDUCE TO ~1/4” (1300 RPM)
Trim- full nose up (anticipates final slow flight condition)
Adjust pitch attitude to maintain altitude (initial forward pressure to resist balloon)
Approaching VSO +10kts:
Power – INCREASE TO MAINTAIN LEVEL FLIGHT (1900RPM)
Rudder – AS REQ’D FOR COORDINATED TURN
Pitch for airspeed
Power for altitude
Clear airspace in direction of turn
Turn 90° and back to initial heading (~10°-12° AOB)

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
10
Q

Slow Flight Dirty

A

Select reference point on horizon to maintain heading
If entering from slow flight clean:
Set Vy pitch attitude
Trim – 4 TURNS NOSE DOWN (anticipates slow flight dirty conditions)
Flaps – FULL
If entering from high speed:
Power – SET 1300 RPM
Adjust pitch attitude to maintain level flight
Flaps – FULL (watch flap limit)
Power – SET 2100 RPM (approaching VSO +10)
Pitch for airspeed
Power for altitude
Clear airspace in direction of turn
Turn 90° and back to initial heading (~8-10° AOB)

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
11
Q

Power-ON, Clean Stall, Departure Stall

A
Power – FULL
Rudder – RIGHT TO MAINTAIN CENTERED
Increase pitch attitude to lose approx. 1kt/sec
Maintain pitch attitude until stall
At Buffet/ Pitch Break
Relax pitch attitude until stall
Count “3 Potato” to accelerate
Set Vx pitch
Clear Obstacles
Set Vy pitch attitude
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
12
Q

Power-Off Stall, Dirty Stall, Approach turn stall

A

Enter from slow flight (dirty)
Set approach to landing descent pitch attitude
Roll to 20° AOB turn (approach turn only)
Power – IDLE
Increase pitch attitude as req’d to maintain altitude until stall
At Buffet/ Stall
Power – smoothly advance to FULL
Rudder – apply right to center ball
Relax back pressure to set pitch attitude just below the horizon
Level wings (primarily use rudder)
Flaps – decrease on detent
Smoothly set Vx pitch attitude
Intercept Vx airspeed
Clear of obstacles, with positive rate of climb
Flaps – retract to first detent (PA-28)/10° (C-172)
Set Vy pitch attitude
With positive rate of climb:
Flaps – UP

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
13
Q

Imitate a Decend from level flight

A

Mixture – FULL RICH
For constant airspeed:
Reduce Power for desired descent rate (~300rpm for every 500fpm descent)
Simultaneously allow pitch attitude to drop to maintain airspeed
Trim as req’d to maintain airspeed
For Cruise Descent (increasing airspeed):
Reduce Power as req’d to prevent engine overspeed
Set pitch attitude for descent
Continually Trim as airspeed increases

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
14
Q

Downwind

A
Airspeed – 100kts
Altitude – 1000’ AGL
Runway spacing – 0.7 to 0.8 nm
Radio Call
Crab as req’d to maintain parallel to runway
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
15
Q

180* Position(abeam)

A

Reduce power to approx.. ¼” throttle
Mixture – FULL RICH
Fuel Pump – On (PA-28)
Trim – 3 NOSE UP
Pitch attitude – forward pressure as req’d to prevent balloon
Flaps – First Detent (PA-28)/ 10° (C-172)
Airspeed – Approach +10
Pitch – Allow to descent to maintain airspeed
After ~200’ descent
90° reference – Select
Turn to Base Leg – AOB ~25°

16
Q

90* Position (Base Leg)

A

Flaps – Second Detent (PA-28)/ 20° (C-172)
Radio Call
Altitude – Check 750’
Power – Adjust for 3° glideslope
Visually Clear Final
Airspeed – Check Final Approach +10
Landing Checklist – Complete (GUMPSB)
Gas – note fuel tank selection/ fuel pump on
Undercarriage – Down
Mixture – FULL RICH
Prop Speed – Check RPM and announce
Seatbelts/ Switches – Secure/ as req’d
Brakes – Test (pump brakes to ensure resistance)
Extended Centerline – Select reference point and lead turn to final - AOB ~15°

17
Q

Final Approach

A
Centerline – INTERCEPT
Radio Call
Flaps – FULL
Announce- “Landing Checks Complete”
Airspeed – Intercept final approach speed
Altitude – Check 300’ when rolling out wings level
Pitch for Airspeed
Power for Glideslope
Heels on floorboard
18
Q

Normal flare

A
15’ above runway
Look to far end of runway
Pitch – Smoothly transition to level off
Power – CONFIRM IDLE
3’ to 5’ above runway:
Centerline – maintain:
Ailerons to stop drift
Rudder to align nose with runway
Pitch – Continually adjust back pressure as req’d as airspeed decreases
After Touchdown:
Brakes – AS REQ’D
19
Q

Touch and Go

A
Rudder – Maintain centerline
Aileron – into crosswind as req’d
Flaps – set for takeoff
Trim – set for takeoff (usually 2 turns down)
Power – Full
Execute normal takeoff procedures
20
Q

Wave off

A
PUSH – Power FULL
PULL – Attitude for Vx
PAUSE – Stabilize for “one potato”
FLAPS – Retract one detent
When clear obstacles in flight path:
Flaps – retract one notch at a time; maintain positive rate of climb
Set pitch attitude for Vy
Flaps – UP
Accelerate to Vy
21
Q

Crosswind Landing

A

Use Aileron/ AOB to maintain centerline

Use rudder to maintain nose pointed straight down runway

22
Q

No-Flap Approach and Landing

A
Airspeed – 70kts
At 15’ above runway:
Power – IDLE
Flare
Touchdown near stall speed
23
Q

Emergency landing

A
Maintain altitude as airspeed decreases
Trim for best glide speed
Select suitable emergency landing field
Declare an emergency and squawk 7700
Troubleshoot the emergency
If unable to restore engine power:
Intercept appropriate power-off approach position
Control airspeed and glideslope with pitch and flaps