Electronics & RC (Remote Control) STL Download - MicroPython Traffic Light Systemby Eskimo Pie

This project features a custom-built traffic light system designed for educational purposes or small-scale model simulations. Utilizing the versatile Raspberry Pi Pico, the system is programmed using MicroPython, a lean and efficient implementation of Python 3, perfect for microcontrollers.Key Features:GPIO Pin Configuration: Red, orange, and green LEDs are connected to GPIO pins 1, 2, and 3, respectively, allowing for straightforward hardware interfacing.Traffic Light Sequence: The system simulates a standard traffic light sequence with red (stop), orange (prepare), and green (go) phases, providing a realistic traffic control experience.Timing Control: Each light phase duration is easily adjustable within the code, enabling customization for different simulation scenarios.Energy-Efficient: The Raspberry Pi Pico’s low power consumption makes it an ideal platform for long-running traffic light systems without the need for frequent power interventions.Educational Tool: An excellent resource for teaching the basics of electronics and programming, particularly in the context of real-world applications.Whether you’re a hobbyist looking to delve into the world of electronics or an educator seeking a practical demonstration tool, this MicroPython traffic light system offers a blend of simplicity and functionality that can cater to a wide array of interactive projects.3D printing settingsInstruction in instructions.rtfYou can color transparent PLA with colored markers to get the colors you need without buying more filament. I had transparent orange already, but I didn't have green and red. However, with the combination of the color that is in the transparent PLA and the LED, it looks very good and is the correct color.* I had to change the extension of the micropython files to .txt from .py . You will need to change them back to .py