Accident Avoiding Car IOT Based Project | IOT Project

Introduction

The Accident Avoiding Car is a cutting-edge safety innovation that uses real-time sensors and automation to prevent collisions. By integrating advanced components like NodeMCU, ultrasonic sensors, and motor control systems, the car detects obstacles, adjusts its speed, and avoids accidents.

Usage Instructions

To fully understand how to use our product and get the best performance, we highly recommend watching our comprehensive tutorial video on YouTube. In this video, we cover step-by-step instructions on how to set up and operate the product, along with an in-depth explanation of its features and functionality. By watching the video, you’ll gain a clear understanding of how to make the most out of your purchase, ensuring an optimal experience.

System Components

• NodeMCU: Central processing unit for sensor data analysis and control actions.
• Ultrasonic Sensor: Detects obstacles by measuring distance and provides real-time feedback.
• L298N Motor Driver: Controls the speed and direction of the BO motors efficiently.
• IR Sensors: Detect the presence or absence of vehicles in parking spaces.
• BO Motors: Power the wheels for forward, reverse, and turning movements.
• 1-Channel Relay: Activates safety mechanisms, such as stopping the motor in emergencies.
• Metal Chassis: A sturdy base to house all components securely.

Working Principle

The Accident Avoiding Car operates on a feedback-based control system:

• Obstacle Detection: The ultrasonic sensor sends and receives sound waves to measure the distance from nearby objects.
• Data Processing: NodeMCU analyzes the data and identifies potential collisions.
• Action Execution: If an obstacle is detected within the danger range, the NodeMCU signals the motor driver to stop or redirect the car.
• Relay Activation: The relay may trigger additional mechanisms like alarms or braking systems.

Applications

This system has wide-ranging applications, including:

• Road Safety Prototypes: Demonstrates accident prevention technology for future vehicles.
• Robotics Competitions: Useful for showcasing autonomous vehicle control and safety.
• Educational Projects: Helps students understand sensor-based automation and motor control.
• Delivery Robots: Prevents collisions in automated delivery systems.
• Smart Vehicles: Can be adapted for advanced autonomous car designs.

For more details about the product,
please reach out to us at:

Phone: 8130231489
Email: support@electricalbro.in

We’re here to help!