Automated Spike Barrier for Traffic Control

Description:

The “Automated Spike Barrier for Traffic Control” is an innovative working model designed for students to understand the concept of automated traffic management systems. This project simulates a real-world automated spike barrier, commonly used to control vehicle movement and prevent unauthorized access.

The model is built on a 40 × 50 cm Foam Board or Sun Board base, providing a sturdy and lightweight structure. The core of the project is the Arduino Uno microcontroller, which processes input signals and controls the movement of the servo motor. The servo motor is responsible for raising and lowering the spike barrier when triggered. LED lights serve as indicators, displaying the operational status of the system.

Resistors are used to regulate the electrical flow, ensuring the safe operation of the components, while jumper wires help connect all elements efficiently. The project can be programmed to operate automatically based on input signals, such as RFID tags, motion sensors, or remote controls (not included in this basic version but can be added as an extension).

This model is ideal for students to explore Arduino programming, automation, and traffic control mechanisms. It offers an engaging hands-on learning experience in electronics, coding, and mechanical automation.