Rancang Bangun Panel Dinding Simulasi Sistem Hidrolik Roda Pendarat Pesawat Grand Commander 680FL

  • Moch Rifal Fadiya Politeknik Negeri Bandung

Abstract

This final project is about the Design of Simulation Wall Panels for the Grand
Commander 680FL Landing Wheel Hydraulic System. This simulation wall panel is a tool in
the form of a panel that visualizes the fluid flow rate of the hydraulic system caused by the
movement of the pump and the movement of the landing gear on Grand Commander 680FL
aircraft. The design has been done by Yosi Khosilma Apriliani in his Final Project (2020)
with the title “Wall Panel Design Simulation of the Hydraulic Retracting Landing Gear
Grand Commander 680FL System”. This simulation wall panel is made to facilitate visual
learning of the landing gear hydraulic system to replace the landing gear hydraulic system on
the Grand Commander 680FL aircraft which is no longer functioning due to missing and
damaged components, so that the components and working principles cannot be seen directly.
This final project will be completed by analytical and experimental methods. The analytical
method consists of some stages, that is stage of literature study, determination of DRO,
observation and comparative study, analysis and design, while for the experimental method it
is carried out through the stages of manufacturing and assembling, testing tools, evaluating
and solving problems. This final project has successfully completed the manufacture of a
landing gear hydraulic system simulation wall panel on a Grand Commnder 680FL aircraft
made with an Arduino Mega 2560 microcontroller as a simulation controller, LED as fluid
flow visualization and servo motor as a driving wheel model for the landing gear. I hope this
simulation wall panel can be used as a tool to help the learning process of PSTA students
about understand the working principle of landing gear hydraulic system on Grand
Commander 680FL aircraft.
Keywords : Hydraulic System, Simulation Wall Panel, Design And Manufacturing, Landing gear

Published
2021-12-11
Section
Articles