Design and development lab model of an airborne radar antenna elevation and azimuth position control system using a light weight antenna dish meeting exact parameters of an Airborne Intercept

The main objective is to develop an airborne intercept radar antenna position control system by using servo motors and Single board computer. Servo motors based azimuth and elevation angle control system for two modes of searching and tracking movements of antenna as per the angles specified for a m

Project Title

Design and development lab model of an airborne radar antenna elevation and azimuth position control system using a light weight antenna dish meeting exact parameters of an Airborne Intercept Radar used on a 4th generation aircraft.

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

The main objective is to develop an airborne intercept radar antenna position control system by using servo motors and Single board computer. Servo motors based azimuth and elevation angle control system for two modes of searching and tracking movements of antenna as per the angles specified for a modern 4th generation aircraft.The main objective is to develop an airborne intercept radar antenna position control system by using servo motors and Single board computer. Servo motors based azimuth and elevation angle control system for two modes of searching and tracking movements of antenna as per the angles specified for a modern 4th generation aircraft.The main objective is to develop an airborne intercept radar antenna position control system by using servo motors and Single board computer. Servo motors based azimuth and elevation angle control system for two modes of searching and tracking movements of antenna as per the angles specified for a modern 4th generation aircraft.

Project Objectives

1. Develop Arduino  servo control system for azimuth and elevation position of airborne radar antenna for search and track modes of a 4th generation fighter aircraft.
2. A complete working lab model mounted on a pedestal and proper housing for servo motors and electronic circuitry.
3. Source code of all the software developed.
4. A CD containing all the specific application software used.

Project Implementation Method

To achieve the mentioned task following techniques and tools are expected to be used

• Computer with required operating systems and application software
• Arduino ide shall be used for as a controller.
• Simulation it will be done using proteus software and later implemented on printed circuit boards.
• Develop understanding of Arduino and Servo motors usage
• Interface of Arduino servo motor system through application.
• Electronics knowledge to develop control position systems.

Benefits of the Project

our project will show the mechnism of arduinuo servo motor for airborne aircraft in simpler form which will be easy to understand and implementation.

Technical Details of Final Deliverable

we are making a standard scale arduino servo motor mechnism for the movement of anteena in airborne aircraft.

we are making a system which have two mode:

 1.search mode

2. track mode

we are using two Servo motors for azimuth and elevation angle control system for two modes of searching and tracking movements of antenna as per the angles specified for a modern 4th generation aircraft.

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Transportation

Other Industries

Manufacturing

Core Technology

Robotics

Other Technologies

Others

Sustainable Development Goals

Industry, Innovation and Infrastructure

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com