Motor Car Manipulation is the project for EEE students or any other who wants to work with interfacing between hardware and software.

1. Welcome to Our
Presentation

2. MOTOR CAR MANIPULATION

3. Submitted By:
Name:
Supervised By:
Name
Professor
Dept of EEE.

4. Introduction
In the modern era , Motor car manipulation is one of the
most useful thing . The user can create , shape , manipulate.
all kinds of motor vehicles that operate on engines or motors
This includes motorcycles ,cars, trucks, buses, and trains. So,
the motor car manipulation makes our daily life easy and
comfortable.

5. Background Study
Motor car manipulation is mainly based on the interfacing of
hardware and software. Many hardware devices are connected
by interfacing with software based devices. An electric motor is
an electric machine that converts electrical energy to
mechanical. An electrical generator is identical mechanically to
an electrical motor but functions with a reversed flow of energy,
converting mechanical power to electrical power.

6. Our Approach
Car Forwarding
Car Reversing
Direction Control

7. Components of This System:
Arduino(UNO)
Motor Driver(L298N)
Connecting Wires
Bluetooth Adapter(HC 06)
Chassis
Power Supply(12V)

8. Key Features of Proposed System
.Remote Control Mechanism.
.Bluetooth Control Available.
.Left/Right Movement.
.Forward/Backward Movement.

9. Chapter 2:Project Review
2.1 Hardware Tools:
1.Arduino (UNO):

10. (2)Motor Driver(L298N):

11. (3)Bluetooth
Adapter(HC 06):

12. (4)Chassis:

13. 2.2 Software Tools
1.Arduino IDE:

14. RC Controller(Android App) :

15. Methodology
Step 1: Build a chassis structure with two wheels.
Step 2: Interfacing the motor driver with two dc gear motor.
Step 3: Supplying 12V into the motor driver.
Step 4: Interfacing Motor driver with ARDUINO.
Step 5: Interfacing the Bluetooth adapter with ARDUINO.
Step 6: Then connect the Bluetooth with mobile to manipulate the device.

16. Circuit Diagram:
Arduino
(Uno)
Bluetooth
Adapter(HC-06)
Motor Driver
L298N
Motor

17. Flow Chart:

19. Interfacing structures:

20. Movements:

21. Limitations
1.Speed control is not available.
2.Proper body structure is not available.
3.Obstackles detection is not available.

22. Future Scope:
There are some features that can be implemented in future update:
a. We will add the body of that car.
b. We can add interface to control speed.
c. We will also add Infrared-Obstacle-Avoidance-Sensor-Module for avoiding collision.
Anyone can use in commercial and business purpose. We can also selling that car as
baby toys.

23. Thank You ALL