In this 11th episode of the *Object-Oriented Programming with MicroPython on Raspberry Pi Pico* tutorial series, we demonstrate the real power of OOP by using *inheritance* to expand our **weather station project**. 🌦️🌡️
We introduce a *DHT11 temperature & humidity sensor* to measure *indoor weather conditions* and extend our WeatherStation project—all **without changing any of our existing code**. By leveraging **inheritance and subclasses**, we seamlessly add new features while keeping our design clean and modular.
In this tutorial, you’ll learn:
How *inheritance* helps extend classes without rewriting existing code.
How to create a subclass to add *indoor temperature and humidity* to the WeatherStation.
How to update and reuse our existing *object model* with new functionality.
How to run the project in both the *Wokwi simulator* and on *real hardware* with a DHT11 sensor.
This episode highlights the elegance of OOP design and shows how *modularity, reusability, and scalability* come together in MicroPython projects.
📁 *Resources & Code:*
👉 \[GitHub code link] https://github.com/jitsengupta/PicoLi...
👉 \[Wokwi simulation link] https://wokwi.com/projects/4436336825...
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*Chapters:*
0:00 – Intro and Review of the WeatherStation class
0.50 – Adding DHT11 indoor weather sensor
2:50 – Updating the object model
9:15 – Implementing the model in Python
16:30 – See the new weather station in action on Wokwi
18:00 -- No network? No problem!
18:40 – Wrap-up and next steps
*Tags :*
Raspberry Pi Pico weather station, MicroPython inheritance, Raspberry Pi Pico DHT11 sensor, MicroPython OOP tutorial, Raspberry Pi Pico indoor weather station, MicroPython subclasses, Raspberry Pi Pico OOP inheritance, Raspberry Pi Pico Wokwi simulator, Raspberry Pi Pico IoT project, MicroPython DHT11 tutorial, object-oriented programming MicroPython, Raspberry Pi Pico class inheritance, MicroPython Raspberry Pi Pico projects, Raspberry Pi Pico beginner projects, Raspberry Pi Pico humidity temperature sensor