Limitations Flashcards
Maximum Operating Altitude
41,000 Feet
Minimum Takeoff and Landing Temperature
-55 Degrees Celsius
Maximum Takeoff and Landing Temperature
55 Degrees Celsius
Maximum Takeoff and Landing Pressure Altitude
8,400 Feet
Runway Slope
+/- 2%
VMO/MMO
340 Knots/0.82 Mach
Severe Turbulence Penetration Speed
280 Knots/0.76 Mach
(Whichever is Less)
Maximum Tailwind
Takeoff = 15 Knots
Landing = 10 Knots
Maximum Crosswind
Takeoff = 33 Knots (3AA-3PX), 32 Knots (3RA-3VM)
Landing = 33 Knots (3AA-3PX), 32 Knots (3RA-3VM)
3AA-3VM
Flaps 15 - 15 Knots or Less
Flaps 30 - 18 Knots or Less
Flaps 40 - 21 Knots or Less
Manuevering Speed
VA is defined for evaluating aircraft structural design. At or below this speed, Boeing aircraft are capable of sustaining a single input to any set of control surfaces to their maximum available authority. These control surface inputs are to be in one axis and do not include control input reversal or oscillatory inputs.
Even at speeds below VA, transport category aircraft should be flown judicioulsy, avoaiding full or abrupt control movements.
Turbulence Penetration Speed can be used as a rough approximation for VA
NG Maximum Weights
(3AA-3PX)
Taxi: 174,700
Takeoff: 174,200
Landing: 144,000
Zero Fuel: 136,000
MAX 8 Maximum Weights
(3RA-3VM)
Taxi: 181,700
Takeoff: 181,200
Landing: 152,800
Zero Fuel: 145,400
Evacuation Systems
Any time passengers are on board, prior to aicraft movement, at least one floor level exit must be open or armed.
On revenue flights, the escape slide retention bar (girt bar) must be inserted in the brackets on all doors during taxi, takeoff, and landing.
Overwater Operations
On aircraft with 160 seats: limited to 168 seated passengers for overwater flights.
The aircraft has 169 seats (160 PAX, 2 Pilots, 1W, and 6 FAs). Life raft seating capacity is 168.
On aircraft with 172 seats: not limited for overwater flights.
The aircraft has 181 seats (172 PAX, 2 Pilots, 1W, 6 FAs). Life raft seating capacity is 193.
Flight Deck Door and Flight Deck Access System
Accomplish Pre-Flight Check (Prior to First Flight of the Day)
Use of the Access Code is considered an Emergency Access Request
If DC Bus 2 is unpowered, POWER CUTOFF Switch = OFF and deadbold = LOCKED KEY INOP
Air Conditioning Packs
Do NOT operate the packs in HIGH for takeoff, approach, or landing
Maximum Cabin Differential Pressure
9.1 PSI
Maximum Unpressurized Altitude
After an Inflight Depressurization: 14,000 Feet (can be exceeded for terrain)
Dispatch: 10,000 Feet
Icing Condition Definition
OAT on the ground and for takeoff, TAT inflight
10 Degrees Celsius/50 Degrees Fahrenheit or below and:
Visible Moisture in any form is present (clouds, fog with visibility of one mile or less, rain, snow, sleet, and ice crystals)
OR
When operating on ramps, taxiways, or runways where surface snow, ice, standing water, or slush may be ingested by the engines or freeze on the engines or nacelles
Icing Condition Ignition Use
Engine Ignition must be on when operating in icing conditions
Icing Caution
Do not rely on airframe visual icing cues to turn engine anti-ice on. Delaying the use of engine anti-ice until ice buildup is visible from the flightdeck may result in severe engine damage.
Engine Anti-Ice
Engine anti-ice must be on during all ground and flight operations when icing conditions exist or are anticipated, except during climb and cruise when the temperatue is below -40 Degrees Celsius SAT. Engine anti-ice must be on prior to and during descent in all Icing Conditions, including temperatures below -40 Degrees Celsius SAT.
Wing Anti-Ice
Do not use wing anti-ice as a substitute for ground de-icing/anti-icing and inpection procedures.
Do not operate wing anti-ice on the ground when OAT is above 10 Degrees Celsius (50 Degrees Fahrenheit).
Autopilot Limitations
NA from Takeoff to 400 Feet AGL
Single Channel Approach to 50 Feet AGL
No Aileron Trim while Engaged
No Dual Channel for Approach
LVL CHG on Final Approach below 1000 Feet AFE
