Description

RF-ID Door Lock System Project Kit with PDF Report

The RF-ID Door Lock System Project Kit is an Arduino-based DIY electronics kit designed for engineering students, diploma students, Arduino beginners, and STEM learners. This project demonstrates how RF-ID technology can be used for secure electronic door access control.

The system uses an RF-ID Reader Module to detect authorized RF-ID cards. When a valid card is scanned, the Arduino Uno processes the data, activates the Servo Motor, and unlocks the door. The 16×2 LCD Display with I2C Interface shows real-time messages such as Scanning, Access Granted, or Access Denied.

The kit includes all required electronic components including Arduino Uno, RF-ID Reader Module, RF-ID Card, Servo Motor, 3D Printed Door Lock Mechanism, LCD Display, rechargeable battery system, TP4056 charging module, jumper wires, and switch.

This DIY kit allows students to assemble, program, and customize the project while learning RF-ID technology, Arduino programming, sensor interfacing, and embedded systems.

A detailed PDF Project Report, Arduino source code, circuit diagram, and technical support are included.

Features

• Arduino Uno Based Project Kit
• RF-ID Access Control System
• Servo Motor Door Lock
• 16×2 LCD Display with I2C Module
• Rechargeable Battery System
• TP4056 Charging Module
• DIY Electronics Learning Kit
• Fully Programmable Arduino Project
• Easy to Assemble
• 3D Printed Door Lock Mechanism
• Engineering & Science Project
• Includes PDF Project Report
• Arduino Source Code Included
• Technical Support Available

Applications

• Smart Door Lock System
• RF-ID Access Control
• Home Security Learning
• Engineering Mini Projects
• Diploma Engineering Projects
• Science Exhibition Projects
• Arduino Learning
• Embedded Systems Learning
• STEM Education

Package Includes

• Arduino Uno
• I2C Interface Module
• 16×2 LCD Display
• 2× Li-ion Batteries
• ON/OFF Switch
• TP4056 Charging Module
• RF-ID Reader Module
• RF-ID Card
• Servo Motor
• 3D Printed Door Lock Mechanism
• Jumper Wires
• PDF Project Report
• Arduino Source Code