ANALISIS PERENCANAAN OPERASI PENERBANGAN
TUJUAN YOGYAKARTA– PERTH MENGGUNAKAN
BOEING B777-300ER DI BANDAR UDARA INTERNASIONAL
YOGYAKARTA (YIA) – KULONPROGO
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
DECI MILASARI, KURNIANTY
Subject
T Technology (General)
Datestamp
2024-06-11 06:30:11
Abstract :
A flight must be planned, planning routes either flying, flight altitude planning, flight time, flight payload and aircraft fuel calculation. Yogyakarta International Airport is a new airport that has a development target capable of operating large bodied aircraft to improve connectivity and develop aviation infrastructure. The purpose of this study is the planning of international flight operations from Yogyakarta to Perth (Australia) using Boeing B777-300ER aircraft. Boeing B777-300ER has been operated by many airlines, one of which is in Indonesia, Garuda Indonesia. Flight planning analysis is carried out in stages starting from calculating takeoff weight, flight distance, estimated time, allowed load and estimated fuel burn, using manual fppm calculation method, interpolation formula and online flight plan database and skyvector applications. From the results of the analysis it was found that flight planning variables that can affect flight performance are runway conditions, air temperature, and wind conditions.
A flight must be planned, planning routes either flying, flight altitude planning, flight time, flight payload and aircraft fuel calculation. Yogyakarta International Airport is a new airport that has a development target capable of operating large bodied aircraft to improve connectivity and develop aviation infrastructure. The purpose of this study is the planning of international flight operations from Yogyakarta to Perth (Australia) using Boeing B777-300ER aircraft. Boeing B777-300ER has been operated by many airlines, one of which is in Indonesia, Garuda Indonesia. Flight planning analysis is carried out in stages starting from calculating takeoff weight, flight distance, estimated time, allowed load and estimated fuel burn, using manual fppm calculation method, interpolation formula and online flight plan database and skyvector applications. From the results of the analysis it was found that flight planning variables that can affect flight performance are runway conditions, air temperature, and wind conditions.
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