PRODUKSI DAN ANALISIS PRESTASI TERBANG RC PARATRIKE
DENGAN MISI PENCITRAAN UDARA
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
THORIQI, FARRIJ
Subject
T Technology (General)
Datestamp
2024-07-19 08:25:46
Abstract :
In this aerospace world there is a wide range of activities that are incorporated in it either the job field or just a hobby in the aerospace sports world. Paratrike is one of the aerospace sports which is under the auspices of FASI. This paratrike has many missions, one of which is air imaging missions. Preparation of this thesis to create a paratrike with air imaging missions, in addition described the production process and performance of this paratrike fly. In the production process is done gondola model design using catia software to simplify the manufacturing process. The determination of the center of gravity of the gondola is done by experimenting, by hanging the gondola with a rope and putting all the systems in a predetermined position. The production process of making this paratrike remote control using balsa wood and brushless turnigy engine D3536 / 1000kv. The analysis of flying achievement was done on steady-level flight conditions, using the Brequet theory that has been adapted to the calculation of distance range and long flight analysis. Flight performance test performed on the remote control of this paratrike ± 400 meter range wit 1.50 minutes flight time with 6% battery usage from battery initial condition in full state. While the theoretical calculation using the equation result of endurance 0.1138 hours and the range of 7.850 km
In this aerospace world there is a wide range of activities that are incorporated in it either the job field or just a hobby in the aerospace sports world. Paratrike is one of the aerospace sports which is under the auspices of FASI. This paratrike has many missions, one of which is air imaging missions. Preparation of this thesis to create a paratrike with air imaging missions, in addition described the production process and performance of this paratrike fly. In the production process is done gondola model design using catia software to simplify the manufacturing process. The determination of the center of gravity of the gondola is done by experimenting, by hanging the gondola with a rope and putting all the systems in a predetermined position. The production process of making this paratrike remote control using balsa wood and brushless turnigy engine D3536 / 1000kv. The analysis of flying achievement was done on steady-level flight conditions, using the Brequet theory that has been adapted to the calculation of distance range and long flight analysis. Flight performance test performed on the remote control of this paratrike ± 400 meter range wit 1.50 minutes flight time with 6% battery usage from battery initial condition in full state. While the theoretical calculation using the equation result of endurance 0.1138 hours and the range of 7.850 km
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