Presented by:

SANJAY

KUSHWAHA

POOJA ARORA

ROOPESH SINGH

SUNITA GAUR

• INTRODUCTION

• WHAT IS MISSILE?

• WHAT IS RADAR?

• OBJECTIVE OF THE PROJECT

• HOW OUR MODEL WORKS ?

• BLOCK DIAGRAM

• ARCHITECURE

1. AVR Atmega16

2. Arduino UNO

3. Ultrasonic transducer

4. Gear motors

• APPLICATIONS

• PROBLAMS ENCOUNTERED

• CONCLUSION

•This project is to plan and build programmed target following and destroy

framework.

•The framework is intended to recognize the objective moving in different

directions

• It comprises of a radar based following framework that constantly screens the

objective.

•After distinguishing the objective it sends the objective's location to

Microcontroller .

•Microcontroller makes the move of moving the terminating component toward

target

•After settling the bearing, it sends the control summon to terminating framework

to fixed the objective.

•A flying weapon that has its own

engine so that it can travel a long

distance before exploding at the place

that it has been aimed at .

• Missiles have four system

components: targeting and/or

guidance, flight system, propulsion

system and warhead.

•Radar (radio detecton and

ranging)

•A system for detecting the

presence, direction, distance, and

speed of aircraft, ships, and other

objects, by sending out pulses of

radio waves which are reflected

off the object back to the source.

•It is basically a radio echo.

The main objectives of this project are:

1. Monitoring the moving target.

2. Detects the path, shape, type ,speed of the

moving target.

3. Distinguishes between missile and any other

object(e.g. bird).

4. Sends location to microcontroller.

5. The microcontroller then sends signal to

antimissile which finally destroys it.

MICRO

CONTROLLER DC MOTOR

CRYSTAL

OSCILLATORLED INDICATOR

DC MOTOR

DRIVER

LCD

DRIVER

REGULATED POWER SUPPLY

TARGET

AIMING GUN

INTENSITY

CONTROL

LCD DISPLAY

SONAR

SENSOR FOR

MIISILLE

DETECTION

RESET BUTTON

Radar

Anti missile system

Targe t tracking

Intercept

Base Station

microcontroller

The architecture of proposed system is

consists of:

8-bit microcontrollers AVR atmega16

ATmega16 is an 8-bit high performance

microcontroller of Atmel’s Mega AVR family

with low power consumption with 16KB

programmable flash memory.

ATmega16 is 40 pin microcontroller with Non-

Volatile Program and Data Memories

It has 16k Bytes of In-System Self-

Programmable Flash

1.Pin diagram of AVR

Arduino UNO

Arduino is open- source hardware consist of

atmega16 microcontroller .

The boards are equipped with sets of digital and

analog input/output (I/O) pins .

A program for Arduino may be written in

any programming language for a compiler that

produces binary machine code for the target

processor.

The Arduino project provides the

Arduino integrated development environment(IDE).2.Arduino UNO

Ultrasonic trasnducer

Ultrasonic transducers are used in systems which

evaluate targets by interpreting the reflected signals.

Ultrasound is used for measuring speed and direction.

Systems typically use a transducer which generates

sound waves in the ultrasonic range, above 40 kHz, by

turning electrical energy into sound, then upon receiving

the echo turn the sound waves into electrical energy

which can be measured and displayed.

4.Ultrasonic transducer

Gear motors

A Gear motor is a brushless AC

synchronous electric motor that can divide a

full revolution into an expansive number of

steps.

It is a “digital” version of the electric

motor.

The rotor moves in discrete steps as

commanded, rather than rotating continuously

like a conventional motor.

3. Gear motor

This can be applied in various defense fields to protect country

from foreign assaults. All the equipments in now days utilized

as a part of military is progress by the help of electronics.

This framework can be utilized in millitary, navy, air force by

increasing the frequency range

(since we have presented the basic model).

This can be used to increase the security of flight attack by any

missile.

If there should arise an occurrence of worldwide military clash

the role of antimissile defense becomes very important.

Limited frequency range i.e. 40 kHz.

Anti-missile defense with a hundred percent

reliability was not come to by any nation, huge efforts

are put into this area.

Using ultrasonic waves we can detect the missile then micro

controller activate the destroyer toward the path toward target.

This can be applied in various defense fields to protect country

from foreign assaults. All the equipments in now days utilized as a part

of military is progress by the help of electronics.

If there should arise an occurrence of worldwide military clash the

role of antimissile defense becomes very important. Although anti-

missile defense with a hundred percent reliability was not come to by

any nation, huge efforts are put into this area.

For this purpose early attack detection systems, controllable rockets,

high power lasers are used.

1. "Ultrasonic Testing". testexndt.co.uk. 2016-08-04. Retrieved 2016-08-04.

2. Ultrasonic READER MANUAL www.engineersgarage.com

3. Microcontrollers

www.futureelectronics.com/en/Microcontrollers/microcontrollers.aspx

4. www.globalspec.com › ... › MOTION AND CONTROLS › MOTORS

5. www.arduino.org/products/boards/arduino-uno

6. "MILDS AN/AAR-60 Missile Warning System."

7. Wang Shaokun, Xiao Xiao, Zhao Hongwei The Wireless Remote Control

Car System Based On ARM9, College of Software, Department of

Computer Science and Technology, Jilin University, JLU, Changchun,

China, 2011 International Conference on Instrumentation, Measurement,

Computer, Communication and Control

8. www.roboticsforum.com

9. www.engineergarrage.com

10.Missile launch detector

www.lockheedmartin.com/us/products/MissileLaunchDete

ctor.html

11.Skolnik, Merrill. "Oral-History" (audio transcript). IEEE

Global History Network. Retrieved March 10, 2014.