T-6 Boldface and Ops Limits Flashcards
Abort
PCL - IDLE
BRAKES - AS REQUIRED
Emergency Engine Shutdown on the Ground
PCL - OFF
FIREWALL SHUTOFF HANDLE - PULL
Engine Failure Immediately After Takeoff (sufficient Runway straight ahead)
AIRSPEED - 110 KNOTS (MINIMUM)
PCL - AS REQUIRED
EMER LDG GR HANDLE - PULL (AS REQUIRED)
Engine Failure during Flight
ZOOM/GLIDE - 125 KNOTS (MINIMUM)
PCL - OFF
INTERCEPT ELP
Immediate Airstart (PMU NORM)
PCL - OFF
STARTER SWITCH - AUTO/RESET
PCL - IDLE, ABOVE 13% N1
Uncommanded power changes/ Loss of power/ Uncommanded prop feather
PCL - MID RANGE
PMU SWITCH - OFF
PROP SYS CIRCUIT BREAKER (left front console) - PULL, IF Np STABLE BELOW 40%
Inadvertant departure from controlled flight
PCL - IDLE
CONTROLS - NEUTRAL
ALTITUDE - CHECK
Fire in flight
If Fire is Confirmed:
PCL - OFF
FIREWALL SHUTOFF HANDLE - PULL
OBOGS Inoperative
GREEN RING - PULL (AS REQUIRED)
EJECT
EJECTION HANDLE - PULL
Prohibited Maneuvers
Inverted Stalls Inverted Spins Aggravated spins past 2 turns Spins with PCL above idle Spins with landing gear, flaps, or speed brake extended Spins with the PMU off Spins below 10,000 feet PA Spins above 22,000 feet PA Abrupt cross-controlled (snap) man. Aerobatic maneuvers with greater than 50 pounds fuel imbalance Tail slides
Airspeed Limitations
Max airspeed gear and/or flaps ___ KIAS
Max operating Speed ___ KIAS or ____ Mach
Full Rudder deflection above ____ KIAS will exceed the limits of the rudder control system
Max airspeed gear and/or flaps 150 KIAS
Max operating Speed 316 KIAS or 0.67 Mach
Full Rudder deflection above 150 KIAS will exceed the limits of the rudder control system
Starter Limit: ___ Seconds
Starter Limit: 20 Seconds
Starting
Wait ___ sec, ___ min, ___ min, ___ min after each start attempt
Wait 30 sec, 2 min, 5 min, 30 min after each start attempt
Starting
Maximum ITT ___ Celsius for ___ Sec (do not attempt restart)
Maximum ITT 1000 Celsius for 5 Sec (do not attempt restart)
Starting
Maximum oil pressure____PSI
Maximum oil pressure 200 PSI
Starting
Minimum oil temperature ___ Celsius
Minimum oil temperature -40 Celsius
Starting
Minimum battery voltage ___ V
Minimum battery voltage 23.5 V
Pressurization
Normal above 18,000 ft MSL ___ +/- ___PSI
Normal above 18,000 ft MSL 3.6 +/- 0.2 PSI
Pressurization
Over pressurization valve opens ___PSI
Over pressurization valve opens 4.0PSI
Fuel
Normal recovery fuel ___ pounds
Normal recovery fuel 200 pounds
Fuel
Minimum fuel ___ pounds (___ pounds solo)
Minimum fuel 150 pounds (200 pounds solo)
Fuel
Emergency fuel ___ pounds
___ pounds solo
Emergency fuel 100 pounds
100 pounds solo
Fuel
Minimum fuel for aerobatics ___ pounds per side
Minimum fuel for aerobatics 150 pounds per side
Runway
Minimum runway length ___ feet
Minimum runway length 4000 feet
Runway
Minimum runway width ___ feet
Minimum runway width 75 feet
Max Crosswinds
Dry runway \_\_\_\_\_\_\_ knots Wet runway \_\_\_\_\_\_\_ knots Icy runway \_\_\_\_\_\_\_\_ knots Touch-and-go\_\_\_\_\_ knots Formation takeoff/landing\_\_\_\_\_knots Maximum tailwind comp\_\_\_\_\_\_knots Maximum wind with canopy open \_\_\_knots
Dry runway 25 knots Wet runway 10 knots Icy runway 5 knots Touch-and-go 20 knots Formation takeoff/landing 15 knots Maximum tailwind comp 10 knots Maximum wind with canopy open 40 knots
Acceleration Limits
Symmetric clean _____ to ______ Gs
Symmetric clean -3.5 to 7.0 Gs
Acceleration Limits
Symmetric gear/flaps _____ to _____Gs
Symmetric gear/flaps 0 to 2.5 Gs
Acceleration limits
Asymmetric clean ______ to ______ Gs
Asymmetric Clean -1 to 4.7 Gs
Acceleration Limits
Asymmetric gear/flaps _____ to ____Gs
Asymmetric gear/flaps 0 to 2.0 Gs
Intentional spin entry
Minimum altitude for entry _____ feet MSL
Minimum cloud clearance _____ feet above clouds
Minimum altitude for entry 13,500 feet MSL
Minimum cloud clearance 7,000 feet above clouds
Icing
Maximum icing band/icing type _____feet / ______
Maximum icing band/icing type
5,000 feet / light rime
Temperature
Ground operation is limited to ambient temperatures of ____ to ____ Celsius
Ground operation is limited to ambient temperatures of -23 to 43 Celsius
Maximum Torque
Takeoff/Max _____%
Transient ___% ___seconds
Torque above ____% is indicative of system malfunction
Takeoff/Max 100%
Transient 131% 20 seconds
Torque above 102% is indicative of system malfunction
Maximum ITT
Idle ___ Celsius
Takeoff/ Max ___ Celsius
Transient ___ Celsius (up to ___ seconds)
Idle 750 Celsius
Takeoff/ Max 820 Celsius
Transient 870 Celsius (Up to 20 seconds)
N1
Idle ___ to ___%
Ground ____% (Min) Flight
Idle 60 to 61%
Ground 67% (Min) Flight
Np
Idle ____ to ____%
Takeoff/ Max ____% (____% +/- ___% PMU Off)
Avoid stabilized ground operations from ___ to ___% Np)
Idle 46 to 50%
Takeoff/ Max 100% (100% +/- 2% PMU Off)
Avoid stabilized ground operations from 62 to 80% Np)
Oil Pressure
Takeoff/ Max ___ to ___ PSI
Aerobatics/ Spins ___ to ____ PSI
Aerobatics/ Spins (idle) ___ to ___ PSI (___ sec)
Takeoff/ Max 90 to 120 PSI
Aerobatics/ Spins 40 to 130 PSI
Aerobatics/ Spins (idle) 15 to 40 PSI (5 sec)
Oil Temp
Takeoff/Max ___ to ____ Celsius
Transient ___ to ___ Celsius (___ min)
Takeoff/Max 10 to 105 Celsius
Transient 106 to 110 Celsius (10 min)