PROSES MANUFAKTUR PADA PESAWAT UAV V-SKY 14
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
WARDANA, WISNU
Subject
T Technology (General)
Datestamp
2024-07-29 02:23:04
Abstract :
The UAV is an airplane without a pilot in the aircraft. Current technological developments have been very advanced and developing rapidly, namely in the world of aviation that can facilitate human work to achieve the desired goals. One of them is the development of unmanned aircraft or known as UAV (Unmaned Aerial Vehicle). In the objectives to be achieved in this study to conduct vertical take off and landing (VTOL) UAV V-SKY 14 with a mission to monitor traffic in accordance with the initial design and compare the final geometry of each component on the UAV V-SKY 14 after being manufactured with initial design data geometry. In the manufacturing process, it is necessary to design geometry data in advance to facilitate the manufacturing process. In this manufacturing process there are several steps that must be passed to obtain a complete and perfect aircraft manufacturing result. The selection of tools is an important role in determining the manufacturing process of UAV components, the author uses a laser cutting and hot wire machine for the cutting process part of each component of the UAV then performs the process of adhesive bonding and bolt connector on styrofoam and plywood. For final manufacturing results, finishing is done by sanding on each component of UAV V-SKY 14. The manufacturing process used for manufacturing UAV V-SKY 14 is a manufacturing process that includes measurement, cutting, gluing, connecting, sanding and assembling. In the process of measuring manufacturing results with the initial design found differences in the average percentage comparison size of 5.879%
The UAV is an airplane without a pilot in the aircraft. Current technological developments have been very advanced and developing rapidly, namely in the world of aviation that can facilitate human work to achieve the desired goals. One of them is the development of unmanned aircraft or known as UAV (Unmaned Aerial Vehicle). In the objectives to be achieved in this study to conduct vertical take off and landing (VTOL) UAV V-SKY 14 with a mission to monitor traffic in accordance with the initial design and compare the final geometry of each component on the UAV V-SKY 14 after being manufactured with initial design data geometry. In the manufacturing process, it is necessary to design geometry data in advance to facilitate the manufacturing process. In this manufacturing process there are several steps that must be passed to obtain a complete and perfect aircraft manufacturing result. The selection of tools is an important role in determining the manufacturing process of UAV components, the author uses a laser cutting and hot wire machine for the cutting process part of each component of the UAV then performs the process of adhesive bonding and bolt connector on styrofoam and plywood. For final manufacturing results, finishing is done by sanding on each component of UAV V-SKY 14. The manufacturing process used for manufacturing UAV V-SKY 14 is a manufacturing process that includes measurement, cutting, gluing, connecting, sanding and assembling. In the process of measuring manufacturing results with the initial design found differences in the average percentage comparison size of 5.879%
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