T-6A Operating Limits Flashcards
Maximum Torque:
Takeoff / Max
100%
Maximum Torque:
Transient
132% (20 seconds)
Maximum Torque:
Torque above ________
is indicative of a system malfunction
102%
Maximum ITT
Idle _____
750 ºC
Maximum ITT:
Takeoff/Max
820 ºC
Maximum ITT:
Transient
821 to 870 ºC (Up to 20 seconds)
N1:
Idle 60 to 61% Ground, 67% (Min) Flight
Np:
Idle
46 to 50%
Np:
Takeoff/Max
100%, (100% ± 2% PMU OFF)
Np:
Avoid stabilized ground operations from
62 to 80% Np
Oil Pressure:
Takeoff/Max
90 to 120 PSI
Oil Pressure:
Aerobatics/Spins
40 to 130 PSI
Oil Pressure:
Aerobatics/Spins (Idle)
15 to 40 PSI (5 sec)
Oil Temp:
Takeoff/Max
10 to 105 C
Oil Temp:
Transient
106 to 110 C ( 10 Minutes)
Maximum Fuel Flow
All phases of Flight ______ PPH
799
Prohibited Maneuvers:
_______ Stalls
Inverted Stalls
Prohibited Maneuvers:
_______ Spins
Inverted Spins
Prohibited Maneuvers:
Aggravated __________
spins past 2 turns
Prohibited Maneuvers:
Spins with PCL _________
above idle
Prohibited Maneuvers:
Spins with the ________, _______, or _______ extended
landing gear, flaps, speed brake
Prohibited Maneuvers:
Spins with the __________.
PMU off
Prohibited Maneuvers:
Spins below _______ feet pressure altitude
10,000
Prohibited Maneuvers:
Spins above _______ feet pressure altitude
22,000
Prohibited Maneuvers:
Abrupt _______________ maneuvers
cross-controlled (snap)
Prohibited Maneuvers:
Aerobatics maneuvers, spins, or stalls with greater than _____ pounds fuel imbalance
50
Prohibited Maneuvers:
_______ slides
Tail
Airspeed Limitations:
Max Airspeed Gear and/or Flaps _____ KIAS
150 KIAS
Airspeed Limitations:
Max Operating Speed ______ KIAS or ________ mach
316 , 0.67
Airspeed Limitations:
Full rudder deflection above _____ KIAS will exceed the limits of the rudder control system
150
Starting:
Starter Limit: ________ seconds
20 seconds
Starting:
Wait ______ Sec, ______ min, ________ min, _______ min after each start/motoring attempt
30 , 2 , 5 , 30
Starting:
Maximum ITT _______ to ______ºC for ____ sec
(Do Not Attempt Restart)
871 , 1000 , 5
Starting:
Maximum Oil Pressure _____ PSI
200
Starting:
Minimum Oil Temperature _____ ºC
-40
Minimum Battery Voltage _______ V
23.5
Pressurization:
Normal Above 18,000 Ft MSL _______+/- _______ PSI
3.6 , 0.2
Pressurization:
Overpressurization Safety Valve Opens _______ PSI
4.0
Fuel:
Normal Recovery Fuel _______ Pounds
200
Fuel:
Minimum Fuel _____ Pounds (______ Pounds Solo)
150 , 200
Fuel:
Emergency Fuel ______ Pounds
100
Fuel:
Minimum Fuel for Aerobatics _______ Pounds per side
150
Runway:
Minimum Landing Distance Available (LDA) ______ Feet, or
heavy weight flaps ______ landing distance plus ______
Feet, whichever is greater
4,000 , up , 500 , 75
Runway:
Minimum Runway Width _________ Feet
75
Winds:
Dry Runway ______ Knots
25
Winds:
Wet Runway ___ Knots
10
Winds:
Icy Runway ___ Knots
5
Winds:
Touch-and-Go ____ Knots
20
Winds:
Formation Takeoff / Landing ____ Knots
15
Winds:
Maximum Tailwind Component for Takeoff ____ Knots
10
Winds:
Maximum Wind with Canopy Open ____ Knots
40
Acceleration Limits:
Symmetric Clean ______ to ______ Gs
-3.5 , 7.0
Acceleration Limits:
Symmetric Gear / Flaps ______ to ______ Gs
0 , 2.5
Acceleration Limits:
Asymmetric Clean ______ to ______ Gs
-1.0 , 4.7
Acceleration Limits:
Asymmetric Gear / Flaps ______ to ______ Gs
0 , 2.0
Intentional Spin Entry:
Minimum Altitude for Entry _______ Feet MSL
13,500
Intentional Spin Entry:
Minimum Cloud Clearance _______ Feet above clouds
7,000
Icing:
Maximum Icing Band _______ Feet
5,000
Icing:
Maximum Icing Type _______
light rime
Temperature:
Ground operation is limited to ambient temperatures of
_______ to ______ ºC
-23 , 43
