Project Banao Automatic Parking Toll Model Project Kit (STEM) | Arduino-Based Smart Parking Gate with Ultrasonic Sensor, Servo Motor & LED Indicators | STEM Science Exhibition & School Project

• DIY Working Model: Assemble a miniature automatic parking toll gate and explore the fundamentals of smart parking automation.
• Arduino-Based Project: Learn the practical application of an Arduino microcontroller in controlling electronic components.
• STEM Learning: Helps students understand basic electronics, sensors, circuits, and programming concepts.
• Ideal for School Exhibitions: Suitable for science fairs, school exhibitions, STEM demonstrations, and educational projects.
• Assembly Manual Included: A step-by-step manual will be provided to assist with assembling and connecting the components.

Explore the fundamentals of automation, smart parking systems, and sensor-based technology with the Automatic Parking Toll Model Project Kit (DIY) from Project Banao. This educational working model demonstrates how an automated parking toll gate operates using an Arduino board, ultrasonic sensor, servo motor, and LED indicators.

Designed for school science exhibitions, STEM learning, DIY enthusiasts, and academic project demonstrations, this kit allows students to understand the practical application of electronics, programming, sensors, and automation. Build and assemble your own miniature parking toll system while developing hands-on technical and problem-solving skills.

The kit includes essential electronic components and accessories required for assembling the model. A detailed assembly manual will be provided with the kit to guide you through the step-by-step assembly and connection process.

Components included: Arduino Uno Bread Board Obstacle Sensor Battery Connector Stick Switch Base Servo Motor Jumper Wire Connecting Wire Resisitor NPN Transistor LED

Note: The images are for sample/reference purposes only. The final model may vary in appearance, design, component placement and overall assembly.