HEXA COPTER DELIVERY SYSTEM

Abstract

The major goal of our research is to create a drone that is capable of performing tasks that are virtually
difficult for a human to perform in areas like locomotion and aerodynamics. The demand for delivery
personnel has multiplied due to the significant growth in the use of online ordering. In order to fulfil this
demand, drone-based technology is being deployed. A hexacopter can fly vertically in a stable manner and be
used to deliver goods or collect data in a certain area. We think delivery drones are poised to disrupt the last
mile transportation industry given the development of drone technology and rising commercial usage. Drones
can drastically shorten delivery times and lower both the human and financial costs of drone manufacturers.
The value chain and opportunities in the market for delivery drones are examined in this paper. It also talks
about adoption's difficulties. Our argument for using drones to deliver the majority of lightweight products
for the final mile comes at the end. This study describes the Hexa copter (QC) as a lightweight, inexpensive,
autonomous flying capable Unmanned Aerial Vehicle (UAV) for delivering packages ordered online. Its
primary on-board computing unit is an android device. This QC can locate and reach its goal by using
Google Maps. This experiment showcases QC's ability to deliver an online-ordered package and then return
to the starting point. Future studies on the use of QC for parcel delivery are made possible by the method's
encouraging results.