I develop this document while studying for my EASA ATPL exams. To accomplish this I studied the Oxford Manual and did the Aviation Exam database. The information is brief and easy to read. I believe it contains all the information you will need to pass your exam. I hope you like it and can use it t...
BIG Thanks and good luck Captain! see you in the sky...
By: eliashauge • 3 year ago
Helped me pass the exam with 95%
By: ThePilotPT • 3 year ago
wooowwwww this is so good. Thanks and good luck captain!
By: timschneider • 3 year ago
By: ThePilotPT • 2 year ago
BIG Thanks and good luck Captain! see you in the sky...
By: chrsom • 3 year ago
By: ThePilotPT • 3 year ago
Thanks for the review.
Good luck Captain... i see you in the sky ;
By: carlogera • 3 year ago
ATPL is tough but those resumes are brilliant;
I strongly grecommend compleating the databases prior to review those pages to catch all the memory aids.
By: ThePilotPT • 3 year ago
Thanks for the review.
Good luck Captain see you in the sky!
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THE
PILOT
Flight Planning
ATPL
STUDENT
pilot
resume
all info you need to pass atpl exams
, Flight planning
VFR:
Westerly (180 – 359): Even + 500
Easterly (000 – 179): Odd + 500
* Remember to convert to magnetic track when determining westerly or easterly
FL Number only: Min en-route altitude (MEA)
Number “a”: Min off-route altitude (MORA) Obstruction clearance: 10NM either side of route
Number “T”: Min obstruction clearance altitude (MOCA)
MAA: Max authorized altitude (MAA)
ISA temperature correction:
- ISA temp correction applied to pressure altitude
- Apply temp correction ONLY if it exceeds 20% MOC
- Apply temp correction for MSA always
Min sector altitude (MSA): 1000ft within 25NM
Mach = TAS/LSS (LSS = 38.95 x √ [273 – OAT (K)])
“Established”: Intermediate approach
SID/STAR: Routes are defined as magnetic courses
Charts:
In a grid sector, a number represents MSA
VHF distance = 1.25 x √Altitude
*If distance too short, use HF, lower HF frequency for night, higher HF frequency for day
Fuel planning:
USG x 6 = lb
USG x 3.7852 = litres
IMP gal x 4.55 = litres
Lb x 0.454 = kg
Kg x 2.205 = lb
Fuel in terms of mass (Kg or lb): Not affected by SG
Fuel burn in terms of volume (Gallons or litres): New fuel flow = (Old fuel flow x old SG) ÷ new SG
Range without any extra fuel:
Useable fuel: Block fuel – taxi – alternate – holding (45 min prop) – 5% contingency
Range = Useable fuel ÷ fuel consumption x GS
Regulation:
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