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#MAP153 DESIGN AND FABRICATION OF AND ELECTRONIC POWER STEERING SYSTEM

DESIGN AND FABRICATION OF AND ELECTRONIC POWER STEERING SYSTEM

Project Fee:Negotiable

Project Discount:0

Project Duration:30 Days

DESIGN AND FABRICATION OF AND ELECTRONIC POWER STEERING SYSTEM

Introduction

The Design and Fabrication of an Electronic Power Steering System is developed to demonstrate an electronic approach to vehicle steering and mobility control. The prototype integrates a steering mechanism, Arduino Nano, servo motor, gear motor, potentiometer, battery, and buck converter. The system demonstrates electronic steering control and motor-driven movement, providing a practical understanding of how electronic components can support vehicle steering and mobility applications.

Objectives

  • To design and fabricate an electronic power steering prototype.

  • To demonstrate electronic steering control using a servo motor.

  • To integrate a potentiometer for steering input.

  • To use a gear motor for rear-wheel mobility.

  • To regulate the power supply using a buck converter.

  • To develop a compact and cost-effective steering model.

Methodology

  • Developing the project concept and preparing the block diagram and circuit diagram.

  • Collecting the required components and programming the Arduino Nano.

  • Assembling the vehicle chassis, steering mechanism, servo motor, and rear-wheel gear motor.

  • Connecting the potentiometer, battery, and buck converter to the control system.

  • Testing the steering response, motor movement, and overall system performance.

Instrument List

  • Arduino Nano

  • Servo Motor

  • Gear Motor

  • Potentiometer

  • Buck Converter

  • Battery

  • Steering Mechanism and Steering Wheel

  • Vehicle Chassis and Wheels

  • LCD Display (if used)

  • Connecting Wires and Switch

Working Principle

  • The steering wheel is turned to provide steering input through the potentiometer.

  • The Arduino Nano reads the input signal and processes the steering command.

  • The servo motor responds to the command and adjusts the steering mechanism.

  • The gear motor drives the rear wheels to move the vehicle prototype.

  • The buck converter regulates the battery voltage to provide a suitable supply for the electronic components.

  • The system combines electronic steering control and motor-driven movement to demonstrate the operation of a small vehicle model.

Advantages

  • Electronic Steering Control

  • Improved Steering Response

  • Compact Prototype Design

  • Arduino-Based Operation

  • Adjustable Steering Input

  • Rear-Wheel Motorized Movement

  • Regulated Power Supply

  • Cost-Effective Construction

  • Practical Learning Experience

  • Supports Automotive Innovation

Conclusion

The Electronic Power Steering System demonstrates how a microcontroller, potentiometer, servo motor, and gear motor can be integrated into a small vehicle prototype. The system provides practical experience in electronic steering control, motorized movement, and power regulation. With further development, it could incorporate steering assistance based on vehicle speed, improved control algorithms, and additional safety features to better represent real-world electronic power steering technology.


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𝐂𝐨𝐧𝐭𝐚𝐜𝐭 𝐃𝐞𝐭𝐚đĸđĨđŦ:

📞 01894-801150, 01886-180101

📧Email: projects.zeronebd@gmail.com

🌐Web: https://www.projects.zeronebd.com 

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