MANUFAKTUR MOLDING FUSELAGE DENGAN PATTERN
HASIL CNC DAN ANALISIS FUSELAGE MICRO PUNA
WASP III BATMAV
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Ampuh D.P, M.
Subject
T Technology (General)
Datestamp
2024-04-26 06:40:26
Abstract :
Manned aviation first appeared in the late 1700s and a century after that the aviation industry continued to grow until the creation of the unmanned aircraft (PUNA) in 1916, unmanned aircraft were considered very efficient for carrying out certain missions such as reconnaissance in the military because can carry payloads and can be armed according to the UAV configuration. The manufacturing process for the MICRO UAV WASP III BATMAV fuselage itself is carried out using the hand lay-up method, the hand lay-up method is a simple composite manufacturing method, this is because this method is easy to apply and the equipment used is simple, this method has the advantage that the manufacturing process is easy and does not require special equipment for the manufacturing process. The manufacturing process with this method is to pour resin by hand into fibers in the form of woven, knitted and others. Then apply pressure as well as flatten it using a roller or brush. Until the desired thickness is achieved, although this method is the simplest method, this method has drawbacks, such as a thickness that is difficult to evenly distribute, especially on the molding surface which has many hollows such as the MICRO UAV WASP III BATMAV Fuselage, the uneven distribution of resin. evenly distributed, wasteful of resin, and prone to voids The average percentage error between the molding pattern data and the measurement data for the MICRO UAV WASP III BATMAV Fuselage product at height was 1.68% while the error percentage for width was 1.84%, with a high accuracy value of 98.32% and a width of 98.16%.
Manned aviation first appeared in the late 1700s and a century after that the aviation industry continued to grow until the creation of the unmanned aircraft (PUNA) in 1916, unmanned aircraft were considered very efficient for carrying out certain missions such as reconnaissance in the military because can carry payloads and can be armed according to the UAV configuration. The manufacturing process for the MICRO UAV WASP III BATMAV fuselage itself is carried out using the hand lay-up method, the hand lay-up method is a simple composite manufacturing method, this is because this method is easy to apply and the equipment used is simple, this method has the advantage that the manufacturing process is easy and does not require special equipment for the manufacturing process. The manufacturing process with this method is to pour resin by hand into fibers in the form of woven, knitted and others. Then apply pressure as well as flatten it using a roller or brush. Until the desired thickness is achieved, although this method is the simplest method, this method has drawbacks, such as a thickness that is difficult to evenly distribute, especially on the molding surface which has many hollows such as the MICRO UAV WASP III BATMAV Fuselage, the uneven distribution of resin. evenly distributed, wasteful of resin, and prone to voids The average percentage error between the molding pattern data and the measurement data for the MICRO UAV WASP III BATMAV Fuselage product at height was 1.68% while the error percentage for width was 1.84%, with a high accuracy value of 98.32% and a width of 98.16%.
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