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37 Cards in this Set
- Front
- Back
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What is the regulatory factor for take off when no clear way or stopway is available? |
todr x 1.25 |
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The TOD when multiplied by ____ must not exceed TODA (regulatory factor) |
1.15 |
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Tod when multiplied by ____ must not exceed ASDA |
1.3 |
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Take off factor for wet grass |
1.3 |
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Take off factor for dry grass |
1.2 |
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For each 1% downslope TOD is increased by....... |
5% |
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Where does the take off climb take place? |
From 50ft above the surface (reference zero) at end of todr up to 1500ft above the same surface |
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Max take off power is limited to ..... |
5 mins, after which MCT is used |
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Turns are not permitted below ____, after which the bank angle must not exceed ______ |
50 ft, 15 degrees |
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When is it assumed the critical engine is lost for MEP? |
When the aircraft enters cloud, or loses visual reference for obstacle clearance |
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In the obstacle accountability area, all obstacles must be cleared by ____ |
50ft |
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Obstacle accountability area |
90m + (0.125 x D) Or if wingspans less than 60m (60+1/2 wingspan) + (0.125xD) |
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What is the minimum gradient of climb at screen height? |
4% |
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Min gradient of climb one engine inop? |
At 400ft above RZ measurable positive |
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Min gradient of climb at 1500ft above RZ |
0.75% |
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What is the minimum climb speed for a at 50 ft |
1.2vsi single engine and 1.1 VMC for a twin |
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What is the factor for obstacle clearance to reduce all engines gross gradient to net? |
X 0.77, and extend the distance by 1.3 |
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NTOFP - initial climb gradient extends up to cloud base and is based on ____ of the all engine climb gradient |
0.77 |
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Where does en route phase take place for MEP |
From 1500ft above T/O surface level, to 1000ft above the landing aerodrome surface level |
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What is the factor to reduce gross gradient of climb/descent in the en route phase? |
Increase or decrease by 0.5% |
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Aircraft must not be assumed to be flying above the altitude at Which the ROC is ______ with all engines |
300 fpm |
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Landing factor for grass |
1.15 |
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Landing factor for wet surface |
1.15 |
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Landing distance from 50ft must not exceed ______ of LdA or a factor of _____ |
70%, factor of 1.43 |
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Landing distance increases by ____ for each 1% downslope |
5% |
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Minimum gross gradient after balked landing .... |
2.5% |
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Climb speed on climb after a balked landing must be |
Equal to Vref |
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Blanked landing requirements achieved with |
Power developed within 8 secs, LG extended, flaps at landing setting, climb speed = Vref |
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Blanked landing requirements achieved with |
Power developed within 8 secs, LG extended, flaps at landing setting, climb speed = Vref |
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Minimum gradient of climb for missed approach is ____ |
0.75% at 1500 ft |
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Blanked landing requirements achieved with |
Power developed within 8 secs, LG extended, flaps at landing setting, climb speed = Vref |
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Minimum gradient of climb for missed approach is ____ |
0.75% at 1500 ft |
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For a missed approach, climb speed must not be less than ____ |
1.2 Vs1 |
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Blanked landing requirements achieved with |
Power developed within 8 secs, LG extended, flaps at landing setting, climb speed = Vref |
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Minimum gradient of climb for missed approach is ____ |
0.75% at 1500 ft |
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For a missed approach, climb speed must not be less than ____ |
1.2 Vs1 |
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Missed approach requirements must be met with.... |
Critical engine inop and feathered, live engine MCT, LG retracted, Flaps Retracted, climb speed not less than 1.2 Vs1 |
