Design of Multi-Purpose Drone Capable of Surficial and Aerial Movement

TARGET GROUP: MULTIPURPOSE

OBJECTIVES

·        To present the conceptual design of a multipurpose drone which helps in doing surveillance from land as well as air for a proper ariel and landscape view with CFD analysis to improvise the aerodynamics and minimize the drag effect on the drone by rectifying the design.

SUMMARY

A quadcopter, sometimes known as a quadrotor helicopter, is a multirotor helicopter that is lifted and propelled by four rotors. Each of the four arms has an engine and a propeller at the end. Quadcopters are classed as rotorcrafts since they use rotors and vertically phased propellers to produce lift. Pre-programmed missions are another name for this. The primary goal of this project is to stream live and collect photographs. A frame, flight control board, motors, electronic speed controllers, a transmitter, a receiver, Lipo battery, and camera interfaced with the kit are all included in this drone. Drones have the ability to perform a variety of jobs in which people are unable to participate. For example, in numerous sectors, extreme temperature and high altitude monitoring, as well as rescue missions. Drones have four propellers with motors that produce the thrust needed to lift the aircraft. Quad copter is another name for a drone. The quad copter's main operating principle is that two motors revolve in a clockwise manner and the other rotates in an anticlockwise way. This aids the aircraft's vertical ascent. We can access live streaming and image capture during the flight with the help of a camera. Unmanned aerial vehicles (UAVs) and drones are other terms for unmanned aerial vehicles. Industries are starting to recognise the operational and economic benefits of drone-enabled tasks. The Internet of Things (IoT), Big Data, drones, and other advanced technologies that can be implemented to achieve Industry 4.0 are examples of implementable advanced technologies.

REFERENCE

https://www.irjmets.com/uploadedfiles/paper//issue_5_may_2022/23065/final/fin_irjmets1652551575.pdf