This document describes the design of a flying spy robot. It lists the objectives as minimizing human casualties from terrorist attacks by using the robot for military, restaurant, hotel, and spy purposes. It can monitor enemy areas remotely using a wireless camera. The document discusses the requirements for and parts of the robot, including sensors, a controller, motors, wings, a power system, and a base. It also provides block diagrams and discusses applications in hazardous environments, defense, security, and anti-terrorism. The conclusion states that such robots could help avoid terrorist disasters and ensure security.

1. FLYING SPY ROBOT
Group Member
Sanjeev Kumar
Pandey
Guided By-
Mr. Vivek Kushwaha
Assistant Professor
(KNIPSS) 1

2. Content
 Objective
 Introduction of robotics
 Law of robotics
 Need of project
 Requirements for developing A SPY ROBOT
 Parts of flying robot
 Block diagram
 Project design
 Application
 Advantage
 Disadvantage
 Conclusion 2

3. Objective
Minimize human casualties in terrorist attack
such as 26/11.
 This spy robot can be used in military, restaurant
& hotel, spy purpose etc….
The robot movement is based on RF. A wireless
camera has been installed on it, so that it can
monitor enemy remotely when required.
These robots silently enter in to enemy area and
send us information.
3

4. Robotics :
It is a field of engineering that covers the
mimicking of human behavior.
Robotics includes the knowledge of mechanical,
electronics, electrical & computer science
engineering.
4

5. What a Robot can mean?
 An automatic industrial
machine replacing the
human in hazardous work.
An automatic mobile
sweeper machine at a
modern home.
An automatic toy car for a
child to play with.
A machine removing mines
in a war field all by itself
and many more…
5

6. Why Robotics ?
 Speed
It can work in hazardous/dangerous
Environment.
 To perform repetitive task.
 Efficiency
 Accuracy
6

7. Types Of Robot
Wheeled
Legged
Climbing
Flying
7

8. Architecture of Robotic System
• Perceive – Sensors (Touch, Light, Ultrasonic, etc)
• Make Decisions – Logic (Computation)
• Take Action – Actuators
• Interact – User Interface and Communication
• Power Unit
Motor
LOGIC
CONTROLLER
Bumper
(Sensor)
Infrared Detector
Actuators (Sensor)
Bumper
Motor (Sensor)
8

9. Laws of Robotics
 Law 1: A robot may not injure a
human being or through inaction,
allow a human being to come to
harm
 Law 2: A robot must obey orders
given to it by human beings,
except where such orders would
conflict with a higher order law
 Law 3: A robot must protect its
own existence as long as such
protection does not conflict with
a higher order law
 Issac Asimov,
1941
9

10. Need Of The Project
10

11. Requirements For
Developing A SPY ROBOT
• Sensors
• Controller
• Motors
• Wings
• Power System
• Base
• camera
11

12. Parts Of Flying Robot
12

13. Parts Of Flying Robot
13

14. Block Diagram
14

15. Remote Control Operated Spy Robot
15

16. 16

17. Microcontroller
Microcontroller is that
which incorporates all the
features that are found in
microprocessor.
The microcontroller has
built in ROM, RAM, input
output ports, serial
timers, interrupts and
clock circuit.
17

18. RF Transmitter
The transmitter used is STR
433 MHz it has 4 pin:
Antenna
Ground
Vcc
Data
18

19. RF Receiver
The receiver used is STR
433 MHz it has 8 pin:
Antenna
Ground
Vcc
Data
19

20. Decoder
It is used for remote
control system application
It mainly provided to
interface RF.
It convert the serial input
into parallel output.
In this valid transmission is
indicated by a high signal
at VT pin.
20

21. Encoder
 It is used in interfacing RF
circuit.
 It convert the parallel input
into serial output.
 It encodes the 12 bit parallel
data into serial for
transmission through an RF
transmitter.

22. Dc Motor
 It is defined as the
device that convert
electrical energy to
mechanical energy.
Motor works on
principal of Fleming left
hand rule.
L293D is used as the
motor driver in the
circuit

23. Wireless camera
 Automatic motion detection
features
 Min 100 meters transmission
distance without block..
 Imaging sensor 1/3-inch CMOS
 CMOS total
pixels:628*582(pal)/510*492
(NTSC)
 Minimum illumination:1.5 flux
 View angle:62 degree
 Camera head weight:15g.
23

24. Application
 Application in hazardous environments
like nuclear power plant
 Defence
 Security & surveillance
 Inspection and surveillance tasks in
nuclear power plant and waste storage
facilities
 Spy work & anti terrorism application
for police and military
 Visual photography
 Space exploration
 Remote sensing application
 Disaster rescue
 Mapping application
 Application in the domain of disaster
monitoring, namely forest fires
24

25. Advantage
25

26. Advantage
26

27. Disadvantage
 Unstable during bad
weathers
 Data security is low
 No defence mechanism
when used for military
27

28. Conclusion
 As we all know that these days India is sick off massive
terror attacks, bomb explosions. To avoid such disaster
Technology power must exceed human power.
“Human Life And Time Are Priceless”.
 So we took an initiative to design a model of a SPY
ROBOT that can be widely used so as to avoid terror
attacks, to ensure more security at the order and high
density areas.
 Even every nation its own defence system for their
integrity and security. In such way construction of
these robot will carry nation’s name, fame globally.