Construcción e implementación de un vehículo de apoyo para el ascenso y descenso de equipajes en aeronaves airbus A318, A319 y A320

Abstract

This degree work was carried out in the internship modality in association with the company Multiplo SA, where an unmanned conveyor type electric transport system was built and implemented to load and unload luggage on AIRBUS A320 aircraft, this vehicle is controlled by a card Arduino-based electronics for raising and lowering luggage, signaling, brakes, and idle status. For power, it is powered by LiFePo batteries (lithium ferrophosphate), it consists of a motor and electric actuators, which are implemented to change the hydraulic systems and internal combustion engines and thus avoid fluid spills on the air tracks, because These generate fines for the airlines. It also avoids the emission of gases into the environment and an improvement in the energy efficiency of the equipment, avoiding cost overruns for maintenance and inoperativity, guaranteeing a continuous and efficient service provision. The vehicle is characterized by being a lightweight, easy-to-use equipment that allows anyone with minimal training to operate it without the need for driver's licenses. This unmanned electric vehicle meets the expectations made in a luggage transport equipment and is at the height of the airport working environment, reduces costs by reducing personnel requirements and loading times, being a zero equipment Gas emissions, contributing to the change from fossil fuels to the use of alternative energies, this being a great contribution to air quality.