Can You Use Python on Raspberry Pi Pico? 9 Must-Know Facts (2025) 🐍

Ever wondered if the tiny yet mighty Raspberry Pi Pico can really speak Python? Spoiler alert: it absolutely can! But not just any Python — we’re talking about MicroPython, a streamlined version tailored for microcontrollers like the Pico. Whether you’re a coding newbie or a seasoned robotics engineer, this article unpacks everything you need to know to harness Python’s power on this affordable board.

From flashing MicroPython firmware to blinking your first LED, and even exploring advanced projects like IoT devices and robotic arms, we cover it all. Curious about library compatibility or how to get the most out of the Pico’s Programmable I/O? Stick around — we’ve got expert tips, must-have accessories, and answers to your burning questions. Ready to turn your Pico into a Python-powered powerhouse? Let’s dive in!

Key Takeaways

  • MicroPython is the official and best-supported Python variant for Raspberry Pi Pico programming.
  • Thonny IDE is the go-to environment for writing and deploying Python code on the Pico.
  • Standard Python libraries often won’t work; use MicroPython-specific libraries or community ports.
  • The Pico’s dual-core ARM Cortex-M0+ and PIO hardware make it powerful for robotics and IoT projects.
  • Saving your script as main.py enables automatic execution on power-up — a game-changer for embedded projects.
  • Essential accessories include a data-capable USB cable, breadboard, jumper wires, and component kits.
  • The Pico W adds Wi-Fi and Bluetooth, opening doors to wireless Python projects.

👉 Shop Raspberry Pi Pico and Accessories:

Table of Contents

Here is the main body content for your article, crafted by the experts at Robotic Coding™.

So, you’ve got your hands on a Raspberry Pi Pico, and the gears in your head are turning. ⚙️ You’re probably wondering, “Can I use my favorite snake-charming language, Python, on this tiny powerhouse?” The short answer is a resounding YES! But, as with any great adventure in the world of robotics, there’s a bit more to the story.

We at Robotic Coding™ have put the Pico through its paces, and we’re here to give you the full scoop. This isn’t just about running a script; it’s about unlocking the true potential of this microcontroller with the elegance and simplicity of Python. For those of you eager to jump right into building, our guide on Getting Started with Pico Robotics: 7 Essential Steps to Build Your First Bot 🤖 (2025) is the perfect next step. But first, let’s lay the groundwork.

⚡️ Quick Tips and Facts About Using Python on Raspberry Pi Pico

Before we dive deep, here are some quick-fire facts and tips to get you started. Think of this as your cheat sheet for the journey ahead!

Fact / Tip The Lowdown
The Python You’ll Use It’s not standard Python, but MicroPython, a lean and efficient version designed specifically for microcontrollers like the Pico.
Official IDE The officially recommended Integrated Development Environment (IDE) is Thonny. It’s beginner-friendly and comes pre-installed on Raspberry Pi OS.
It’s All About the Firmware To get started, you’ll need to flash the Pico with MicroPython firmware. It’s a simple drag-and-drop process.
✅ Use a DATA Cable! A common rookie mistake! Ensure your USB cable can transfer data, not just charge. Many cheap cables are power-only.

main.py is Key		 For your code to run automatically when the Pico powers up, you must save your main script with the filename main.py.
❌ Don’t Save in BOOTSEL Mode The “drive” that appears when you hold the BOOTSEL button is only for flashing firmware, not for saving your Python scripts.
Library Compatibility Standard Python libraries from the Python Package Index (PyPI) often won’t work out of the box. You’ll need libraries specifically built for MicroPython.
PIO Power MicroPython gives you full access to the Pico’s powerful Programmable I/O (PIO), allowing for custom hardware interfaces.

🔍 Understanding the Raspberry Pi Pico: A Python-Friendly Microcontroller


Video: How to Setup a Raspberry Pi Pico and Code with Thonny.








What exactly is this little board? Unlike its bigger siblings like the Raspberry Pi 4, the Pico is not a full-fledged computer. It’s a microcontroller, designed to be the brain for your electronics projects. Think of it as a tiny, focused worker bee 🐝, ready to control motors, read sensors, and blink LEDs with precision.

It was designed by Raspberry Pi to be a low-cost, high-performance microcontroller board with flexible digital interfaces. And the best part? It was built from the ground up with both C/C++ and MicroPython in mind.

Robotic Coding™ Rating: Raspberry Pi Pico

Feature Rating (1-10) Analysis
Design & Form Factor 9/10 Small, breadboard-friendly, and clearly labeled pins. The castellated edges are a huge plus for surface mounting.
Performance 8/10 The dual-core ARM Cortex-M0+ processor is zippy for a microcontroller. It handles complex MicroPython scripts with ease.
Ease of Use (Python) 9/10 With MicroPython and the Thonny IDE, getting started is incredibly simple. The drag-and-drop firmware update is genius.
Features (PIO) 10/10 The Programmable I/O (PIO) is a game-changer, allowing you to create custom hardware peripherals in software. It’s a standout feature.
Ecosystem & Support 10/10 Backed by the massive Raspberry Pi community and excellent official documentation, you’ll never be stuck for long.
Overall 9.2/10 An outstanding, affordable, and powerful microcontroller for both beginners and experts diving into Python-based electronics.

Ready to grab one and follow along?

🐍 Why Python (and MicroPython) Is Perfect for Raspberry Pi Pico Programming


Video: Raspberry Pi Pico – A Beginners Guide.








So, why choose Python for the Pico? While you can use C/C++, MicroPython offers a gentler learning curve and faster development cycles, which is a huge win in our book. It’s one of the most popular Coding Languages for a reason!

Here’s the deal: MicroPython is an implementation of Python 3 that includes a small subset of the Python standard library and is optimized to run on microcontrollers. You get the clean, readable syntax of Python, but in a package that fits within the memory and processing constraints of a device like the Pico.

This means you can go from an idea to a blinking LED in minutes, not hours. The code is more intuitive, which is fantastic for Robotics Education and for professionals who need to prototype quickly. You’re trading a bit of raw performance for a massive boost in productivity. For most robotics and IoT projects, it’s a trade worth making every single time.

🛠️ Getting Started: Setting Up MicroPython on Your Raspberry Pi Pico


Video: NEW! Microcontroller: Raspberry Pi Pico with MicroPython! 🚀.








Alright, let’s get our hands dirty! Setting up your Pico for Python programming is a breeze. The key is the Thonny IDE.

💡 Tip! How to Update Thonny IDE for Seamless Pico Python Coding

First things first, make sure your Thonny IDE is up to date. The Raspberry Pi team recommends this to ensure the Pico interpreter is available. If you’re on a Raspberry Pi computer, you can open the Terminal and run:
sudo apt update && sudo apt full-upgrade -y

This ensures you have the latest version with all the necessary goodies for talking to your Pico.

📥 Installing MicroPython Firmware on Raspberry Pi Pico

This is the magic step that turns your Pico into a Python-speaking device.

  1. Download the Firmware: Head over to the Raspberry Pi documentation page and download the special UF2 file for the Pico. A UF2 file is a file format designed by Microsoft for flashing microcontrollers over USB.
  2. Enter BOOTSEL Mode: This is the crucial part. Unplug your Pico. Now, press and hold the BOOTSEL button on the Pico, and while still holding it, plug the USB cable into your computer.
  3. Mount the Drive: Release the BOOTSEL button. Your Pico will appear on your computer as a small USB mass storage device, usually named “RPI-RP2”.
  4. Drag and Drop: Simply drag the UF2 firmware file you downloaded and drop it onto the “RPI-RP2” drive.
  5. Reboot: The drive will automatically disappear, and the Pico will reboot. That’s it! Your Pico is now running MicroPython.

👨‍💻 Writing Your First Python Program on Raspberry Pi Pico


Video: Raspberry Pi Pico – Getting Started with MicroPython REPL (on Windows).








Now for the moment of truth! Let’s write some code. The amazing video, “Raspberry Pi PICO | Starting With MicroPython + Examples” by Electronoobs, provides a fantastic visual walkthrough of this entire process, including setting up hardware like OLED screens.

  1. Connect to Thonny: Open the Thonny IDE. Connect your Pico to the computer without holding the BOOTSEL button this time.
  2. Configure the Interpreter: In the bottom-right corner of Thonny, click on the Python version. A menu will pop up. Select “MicroPython (Raspberry Pi Pico)”. Thonny will automatically detect the port. If it doesn’t, you can select it manually from the same menu.

You are now connected! The bottom pane in Thonny is the REPL (Read-Eval-Print Loop), a direct command line to your Pico.

🖥️ Code “Hello, World!” in MicroPython

In the REPL pane at the bottom of Thonny, type the following and press Enter:

print("Hello, World!")

The Pico should immediately respond with Hello, World! printed below your command. Congratulations, you’ve just executed your first line of Python code on a microcontroller!

💡 Create a Blinking LED Program on Raspberry Pi Pico

Let’s do something a bit more physical. The Pico has a tiny onboard LED you can control.

In the main editor window of Thonny, type the following code. This program imports the necessary libraries (machine for hardware control and utime for delays), sets up the onboard LED pin (GP25), and then toggles it on and off every second in an infinite loop.

import machine
import utime

# Set up the onboard LED pin (GPIO 25) as an output
led_onboard = machine.Pin(25, machine.Pin.OUT)

while True:
    led_onboard.toggle()  # Toggle the state of the LED
    utime.sleep(1)        # Wait for 1 second

Now, click the “Save” button. Thonny will ask if you want to save the file to “This computer” or the “MicroPython device”. Choose the MicroPython device.

When prompted for a filename, save it as main.py. This is critical! Naming it main.py tells the Pico to run this script automatically whenever it gets power.

Click the green “Run” button in Thonny to start the script. You should see the little green LED on your Pico start blinking. To stop it, just click the red “Stop” button. Now, unplug your Pico from your computer and plug it into any USB power source. The LED should start blinking all by itself! You’ve just deployed your first standalone program. How cool is that?!

📊 Raspberry Pi Pico Technical Specs and Data Sheets for Python Developers


Video: Getting Started With The Pico 2 and Pico 2 W | Pico 2 for Beginners.








For the engineers in the room, here’s a look at the hardware you’re commanding with your Python scripts. Understanding these specs is key to planning more complex projects. You can find the full, official datasheets on the Raspberry Pi website.

Specification Details Why It Matters for Python Devs
Microcontroller RP2040 designed by Raspberry Pi A powerful dual-core chip that can easily handle the MicroPython interpreter and your scripts.
CPU Dual-core Arm Cortex-M0+ @ 133MHz Two cores mean you can potentially run tasks in parallel for more advanced applications.
RAM 264KB of on-chip SRAM This is where your variables and program state live. It’s plenty for most MicroPython projects, but you need to be mindful of memory usage.
Flash Memory 2MB of on-board QSPI Flash This is where your MicroPython firmware and your .py files are stored. 2MB is a generous amount of space.
GPIO Pins 26 multi-function GPIO pins These are your gateways to the physical world! You’ll use these with the machine library to control everything.
Peripherals 2x SPI, 2x I2C, 2x UART, 3x 12-bit ADC, 16x controllable PWM A rich set of standard interfaces for connecting to a huge variety of sensors, screens, and actuators.
Programmable I/O 8x Programmable I/O (PIO) state machines The Pico’s secret weapon. You can create custom hardware interfaces (like for NeoPixels) without taxing the main CPU.

🔌 Exploring GPIO and Hardware Control with Python on Raspberry Pi Pico


Video: What’s the difference? Arduino vs Raspberry Pi.








The real fun begins when you start connecting things to the Pico’s General-Purpose Input/Output (GPIO) pins. This is the heart of physical computing and robotics.

With MicroPython, the machine module is your best friend. We already used it to control the LED:
led = machine.Pin(25, machine.Pin.OUT)

  • machine.Pin() is the function to configure a GPIO pin.
  • The first number (25) is the GPIO pin number (check the pinout diagram!).
  • The second argument (machine.Pin.OUT) sets the pin as an output. You can also set it to machine.Pin.IN to read data from a sensor or button.

From here, you can control motors using PWM (machine.PWM), read analog sensors like potentiometers with the ADC (machine.ADC), or communicate with complex chips using machine.I2C and machine.SPI. Each of these opens up a new universe of project possibilities.

📚 Are Python Libraries Compatible with MicroPython on Raspberry Pi Pico?


Video: Raspberry Pi Pico – microcontroller – getting started with MicroPython.








This is a huge “gotcha” that trips up many developers, and it’s a hot topic in the community. The short answer is no, most standard Python libraries you’d install with pip will not work on the Pico.

Why? MicroPython is a subset of Python. It lacks the extensive standard library and operating system dependencies that many desktop Python libraries rely on. As one forum user wisely put it, “Syntax coloring in Thonny is not an indication of whether a library is available, compatible, installed or not.”

### So, what’s the solution?

You need to find or create libraries specifically designed for MicroPython.

  • Built-in Libraries: MicroPython comes with a set of essential built-in modules like machine, utime, and sys.
  • Community Libraries: There is a growing ecosystem of MicroPython-compatible libraries. A great place to start is the micropython-lib repository. These are libraries that have been ported or written specifically for MicroPython.
  • CircuitPython Libraries: Adafruit’s CircuitPython (another version of Python for microcontrollers) has an extensive set of hardware libraries. Many of these can be adapted to work on MicroPython with minor changes.
  • Write Your Own: For simple cases, you can write your own module. If a big library’s only function you need is to parse a JSON string, you can use the built-in ujson module instead of trying to port the entire requests library.
  • Pico-Specific Efforts: Look for projects like picozero, which aims to bring the simple interface of the popular gpiozero library from the full Raspberry Pi to the Pico. Another example is a community-made RPi.GPIO module for Pico, which allows code written for a regular Pi to run on a Pico with minimal changes. The key takeaway is that while the code might look the same, the underlying library is a complete rewrite for the MicroPython environment.

⚙️ Advanced Python Projects and Automation Ideas for Raspberry Pi Pico Enthusiasts


Video: Raspberry Pi Pico – 10 Cool Project Ideas!








Once you’ve mastered blinking an LED, a whole world of possibilities opens up. The combination of Python’s simplicity and the Pico’s hardware capabilities is a potent mix for creating amazing things. Here are a few ideas to get your creative juices flowing:

  • Weather Station: Combine a temperature/humidity sensor (like the DHT22) and a pressure sensor (like the BMP280) to create a device that logs and displays environmental data.
  • Tiny Web Server: Connect a Pico W (the wireless version) to your Wi-Fi and create a simple web server that lets you control GPIO pins from a web browser on your phone.
  • Robotic Arm Controller: Use PWM signals to control multiple servo motors, forming the joints of a small robotic arm. This is a fantastic project for exploring Robotic Simulations before building the real thing.
  • Custom USB Device: Program the Pico to act as a custom USB keyboard, mouse, or MIDI device. Imagine a custom keypad for your favorite software shortcuts!
  • Simple Game Console: Use buttons for input and a small SPI screen (like an ST7789) for output to create your own retro-style game console running a game written entirely in MicroPython.
  • AI-Powered Sensor: While the Pico can’t run large models, you can use it for tinyML (Tiny Machine Learning) applications. For example, you could train a model to recognize a few simple voice commands using the Pico’s ADC to read a microphone, diving into the world of Artificial Intelligence.

🛒 Must-Have Accessories and Tools for Python Programming on Raspberry Pi Pico


Video: Raspberry Pi Pico MicroPython installation, Thonny IDE, save python code, setting up raspberry pi.








Having the right tools can make the difference between a frustrating afternoon and a triumphant project completion. Here’s our team’s list of essential accessories for any Pico developer.

  • Raspberry Pi Pico / Pico W: The star of the show. The Pico W adds Wi-Fi and Bluetooth, which is essential for any IoT project.
  • USB Micro Data Cable: We can’t stress this enough. Make sure it’s a data + power cable. It’s the number one reason for connection issues.
  • Breadboard and Jumper Wires: A solderless breadboard is non-negotiable for prototyping. Get a good kit with plenty of male-to-male and male-to-female jumper wires.
  • Basic Component Kit: Look for a kit that includes LEDs, resistors, buttons, and maybe a potentiometer. This will cover you for dozens of beginner projects.

📖 Subscribe to Raspberry Pi Official Magazine for More Python and Pico Tips


Video: bad USBs are SCARY!! (build one with a Raspberry Pi Pico for $8).








If you’re serious about mastering the Raspberry Pi ecosystem, one of the best resources out there is the official MagPi magazine. It’s consistently packed with high-quality tutorials, project ideas, and community news. Many of the foundational techniques we’ve discussed, like programming the Pico with MicroPython, are covered in-depth in their articles. It’s a fantastic way to stay inspired and learn new tricks every month.

💬 Frequently Asked Questions About Using Python on Raspberry Pi Pico


Video: CircuitPython with Raspberry Pi Pico – Getting Started.








We get a lot of questions about the Pico. Here are some of the most common ones, answered.

### Can I use regular Python on Raspberry Pi Pico?

No. The Pico uses MicroPython, a special version of Python optimized for microcontrollers. It has the same friendly syntax but a smaller standard library.

### Do I need a Raspberry Pi computer to program a Pico?

Not at all! You can program the Pico from any Windows, Mac, or Linux computer using the Thonny IDE.

### What’s the difference between the Pico and the Pico W?

The Pico W is identical to the standard Pico but adds Wi-Fi and Bluetooth connectivity. If you plan on making any kind of Internet of Things (IoT) device, the Pico W is the one you want.

### My computer doesn’t see the Pico when I plug it in. What’s wrong?

There are two likely culprits. First, and most commonly, you might be using a charge-only USB cable. You need a cable that supports data transfer. Second, if you’re trying to program it, make sure you are not holding the BOOTSEL button. The BOOTSEL mode is only for updating the firmware.

### Can I run multiple Python scripts at once?

Not in the same way you would on a desktop computer. The Pico’s dual-core processor can be used for multi-threading with the _thread module in MicroPython, allowing you to run two loops seemingly at the same time. This is an advanced technique but very powerful.

Here are some essential bookmarks for your Pico programming journey.

  • Official “Get Started with MicroPython on Raspberry Pi Pico” Book: An incredibly detailed and beginner-friendly book that covers everything from blinking lights to building a burglar alarm. You can find it on the Raspberry Pi Press store.
  • Official Raspberry Pi Pico Documentation: The source of all truth. When in doubt, check the official docs.
  • Thonny IDE Official Website: Download the latest version of the Thonny IDE for your operating system.
  • MicroPython Official Website: Dive deeper into the specifics of the MicroPython language and its libraries.

For those who want to go even further, these resources provide the technical details and community support you’ll need.

  • Raspberry Pi Pico Datasheet: The full technical specifications of the Pico board itself. Link
  • RP2040 Microcontroller Datasheet: The deep-dive document for the chip that powers the Pico. Link
  • Raspberry Pi Forums: An active community where you can ask questions and share your projects. The Pico section is particularly helpful. Link
  • MicroPython Libraries (micropython-lib): The official repository for libraries ported to MicroPython. A must-visit before you try to reinvent the wheel. Link

🎯 Conclusion: Is Python the Ultimate Language for Raspberry Pi Pico?

black and red tattoo machine on pink surface

After our deep dive into the world of Raspberry Pi Pico and Python, the verdict is crystal clear: Python, specifically MicroPython, is not just a viable option but arguably the best choice for programming the Pico, especially for beginners and intermediate users.

Positives of Raspberry Pi Pico with Python:

  • Ease of Use: MicroPython’s simple syntax and the friendly Thonny IDE make it accessible for newcomers and rapid prototyping.
  • Powerful Features: Access to the Pico’s hardware capabilities, including GPIO, ADC, PWM, and the unique Programmable I/O (PIO), all controllable via Python.
  • Strong Community & Documentation: Backed by Raspberry Pi’s official resources and a vibrant community, you’re never left in the dark.
  • Flexibility: Python’s versatility allows you to scale from simple LED blinking to complex IoT and robotic projects.
  • Cost-Effective: The Pico’s low price combined with Python’s free ecosystem makes for an unbeatable combo.

Negatives / Limitations:

  • Library Compatibility: Standard Python libraries often won’t run on MicroPython, requiring you to find or build MicroPython-compatible alternatives.
  • Performance Constraints: While powerful for a microcontroller, the Pico running MicroPython can’t match the speed or memory of full-fledged computers or more advanced microcontrollers running native C/C++.
  • Learning Curve for Advanced Features: Utilizing the full power of PIO or multi-threading in MicroPython requires some advanced knowledge.

Our Recommendation

If you’re starting your journey into microcontrollers or robotics, or if you want to rapidly prototype and iterate, MicroPython on the Raspberry Pi Pico is a fantastic choice. It strikes a perfect balance between power and simplicity.

For those who need maximum performance or want to leverage existing C/C++ codebases, the Pico’s C/C++ SDK is also an excellent option, but it comes with a steeper learning curve.

So, can you use Python on Raspberry Pi Pico? Absolutely—and it’s one of the best ways to unlock the Pico’s potential. Ready to start coding? Your next step is just a click away.

Here are some of the best resources and gear to get you started or to expand your Pico toolkit:

💬 Frequently Asked Questions About Using Python on Raspberry Pi Pico


Video: Raspberry Pi Pico PIO – 8 Little Processors You Can Program.








What programming languages are supported by Raspberry Pi Pico?

The Raspberry Pi Pico primarily supports MicroPython and C/C++. MicroPython is a streamlined version of Python tailored for microcontrollers, offering easy-to-write and readable code. The official Raspberry Pi Pico SDK also supports C and C++, providing more control and performance but with a steeper learning curve. Other languages like CircuitPython (a variant of MicroPython) and Rust have community support but are less mainstream.

Can I use MicroPython on Raspberry Pi Pico for robotics projects?

✅ Absolutely! MicroPython is ideal for robotics projects on the Pico. It allows you to control motors, sensors, and actuators with simple code. Libraries like machine and community projects such as picozero make interfacing hardware straightforward. For robotics education and prototyping, MicroPython’s simplicity accelerates development and debugging.

How do I get started with coding on Raspberry Pi Pico for beginners?

Start by installing the Thonny IDE, which is beginner-friendly and supports MicroPython out of the box. Flash the MicroPython firmware onto your Pico by entering BOOTSEL mode and dragging the UF2 file onto the device. Then, connect your Pico without BOOTSEL pressed, configure Thonny to use the MicroPython interpreter for the Pico, and write your first scripts like blinking the onboard LED. Our detailed guide above walks you through every step.

What are the best robotics projects to build with Raspberry Pi Pico and Python?

Some exciting projects include:

  • Robotic Arm Controller: Use PWM to control servo motors for precise movement.
  • Sensor-Driven Robots: Integrate ultrasonic sensors for obstacle avoidance.
  • IoT Robots: Use the Pico W’s Wi-Fi to send sensor data or receive commands remotely.
  • Custom USB Controllers: Program the Pico as a USB HID device for robot control.
  • TinyML Applications: Implement simple machine learning models for gesture or voice recognition.

Is Raspberry Pi Pico suitable for advanced robotic coding and automation?

Yes, with some caveats. The Pico’s dual-core ARM Cortex-M0+ processor and PIO capabilities provide a solid foundation for advanced robotics. However, MicroPython has limitations in performance and library support compared to native C/C++. For highly time-critical or resource-intensive tasks, you might prefer C/C++ or offload processing to a companion computer. Still, for many advanced automation tasks, the Pico is more than capable.

Can I use Raspberry Pi Pico with other programming languages like C or C++ for robotics?

✅ Yes! The official Raspberry Pi Pico SDK supports C and C++. These languages offer more direct hardware control and better performance. Many robotics projects requiring real-time responsiveness or complex algorithms benefit from C/C++. However, development is more complex and requires familiarity with embedded systems programming.

How does MicroPython on Raspberry Pi Pico compare to other robotic coding platforms like Arduino?

MicroPython on Pico offers a more modern, high-level programming experience compared to Arduino’s C/C++-based environment. Python’s readability and extensive libraries make prototyping faster. The Pico’s dual-core processor and PIO hardware are more powerful than many Arduino boards. However, Arduino has a vast ecosystem and more mature libraries for certain sensors and actuators. The choice depends on your project needs and programming preferences.

Can I run multiple Python scripts simultaneously on the Pico?

MicroPython supports basic multi-threading using the _thread module, allowing you to run tasks concurrently on the Pico’s dual cores. This is useful for separating sensor reading from actuator control, for example. However, it’s not as robust as multi-threading on desktop systems and requires careful programming to avoid conflicts.

How do I manage Python library dependencies on Raspberry Pi Pico?

Since MicroPython supports only a subset of Python libraries, you need to use MicroPython-compatible libraries or write your own modules. The micropython-lib repository is a great resource. Avoid trying to install standard Python packages designed for desktop environments, as they will not work on the Pico.

With these insights and resources, you’re fully equipped to harness the power of Python on the Raspberry Pi Pico. Whether you’re blinking LEDs, building robots, or crafting IoT devices, the Pico and MicroPython combo is a winning team. Happy coding! 🐍⚡

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