DESIGN AND FABRICATION OF UAV FOR DEFENCE APPLICATIONS

 DESIGN AND FABRICATION OF UAV FOR DEFENCE APPLICATIONS

Dr. D. Govardhan, Assistant Professor  Institute of Aeronautical Engineering
Hyderabad, d.govardhan@iare.ac.in

Jatagoni Prasanna,Aeronautical engineering
Institute of Aeronautical Engineering
Hyderabad, jatagoniprasanna@gmail.com

Vuppalapu keerthan,

Aeronautical Engineering,

Institute of Aeronautical Engineering,

Hyderabad 21951a2129@iare.ac.in

Erra Anish, Aeronautical  engineering,     Institute of Aeronautical Engineering
Hyderabad, 21951a2106@iare.ac.in

Abstract— Because of their adaptability, affordability, and capacity to carry out a variety of tasks, unmanned aerial vehicles, or UAVs, have become essential components of contemporary defense plans. The design and manufacturing process of a UAV specifically suited for defense applications is presented in this study. Modern technology, lightweight materials, and sophisticated aerodynamics are all included into the UAV's design to guarantee optimum performance and dependability under demanding operating conditions. The fabrication process is also described in length, emphasizing the materials chosen, the manufacturing methods used, and the quality control procedures used to satisfy exacting military requirements. Improved target acquisition, observation, reconnaissance, and other mission capabilities essential to contemporary defense operations are promised by the resulting UAV.

Keywords— UAV, Defence Applications, Design, Fabrication, Aerodynamics, Surveillance, Reconnaissance, Target Acquisition, Components.