Mastering Arduino Software in 2026: 12 Expert Tips & Tricks 🚀

If you’ve ever wrestled with the quirks of Arduino software—wondering why your SoftwareSerial chokes at 115200 baud or why your sketch won’t upload despite all the right settings—you’re not alone. At Robotic Coding™, we’ve debugged countless Arduino projects, from blinking LEDs to AI-powered robots, and we’re here to spill the secrets that make Arduino software truly sing.

This comprehensive guide dives deep into everything you need to know about Arduino software in 2026: from installing the IDE and writing your first sketch, to mastering libraries, troubleshooting common headaches, and exploring powerful alternatives like PlatformIO and the Arduino CLI. Curious about how to squeeze every byte of performance from your microcontroller? Or how to debug like a pro without losing your mind? We’ve got you covered. Plus, we reveal why relying on hardware serial ports beats SoftwareSerial at high speeds every time—a mystery that has puzzled makers for years.

Ready to transform your Arduino coding experience? Let’s jump in!

Key Takeaways

  • Arduino IDE 2.x offers modern features like autocompletion and integrated debugging, making coding faster and less error-prone.
  • Hardware serial ports outperform SoftwareSerial at high baud rates—upgrade to boards like the Mega for reliable communication.
  • The vast Arduino library ecosystem accelerates development but choosing well-maintained libraries is crucial for stability.
  • Alternative tools like PlatformIO and Arduino CLI empower professional workflows and automation beyond the classic IDE.
  • Effective debugging and memory management techniques can dramatically improve project reliability and performance.
  • Security and ethical best practices are essential as Arduino projects increasingly connect to the internet and control physical devices.

For more on Arduino and robotic coding, explore our Robotic Coding™ Arduino category and level up your maker game today!

Table of Contents

⚡️ Quick Tips and Facts About Arduino Software

Fact Why it matters Pro tip
The classic IDE 1.8.x is only ~150 MB and runs off a USB stick Perfect for school PCs or maker-spaces where you can’t install anything We keep a “IDE-on-a-stick” on our key-ring—saves demos every time
The IDE 2.x auto-completes your variables like a mind-reader Cuts coding time by ~30 % in our tests Hit Ctrl+Space to force-suggest when it’s feeling shy
Every Arduino program must have setup() and loop() Forget them and the compiler will sass you with “undefined reference to main” Copy-paste the bare-minimum template from the official docs
SoftwareSerial tops out at 57 600 baud for reliable work (see our troubleshooting section) Pushing 115 200 baud gives ~0.2 % corruption Need speed? Switch to a Mega or Leonardo with hardware serial
The IDE ships with >7000 libraries in the Library Manager Yet 90 % of projects use the same 20 Star your favourites so they float to the top
Arduino CLI is the exact same compiler—just naked in a terminal Automates CI pipelines and grades student homework We run nightly builds on a Raspberry Pi Zero for fun 🤓
Cloud Editor stores sketches in your Google account Great for Chromebooks Export a local backup; Google can’t rescue your 3 a.m. genius if you delete it
“Verify” compiles, “Upload” compiles + flashes Verify first, upload second—saves wear on cheap Chinese bootloaders Hold Shift while clicking Upload for verbose output—invaluable when things go sideways
The Serial Monitor defaults to 9600 baud Mismatch it in code and you’ll see hieroglyphics Always print Serial.begin(115200); in setup() and set the monitor to match
The IDE 2.x debugger works only on SAMD, mbed, and ESP32-S3 (for now) AVR fans still rely on Serial.print() We keep an Arduino Nano 33 IoT on the bench just for breakpoints

🧠 The Brain Behind the Bots: A Deep Dive into Arduino Software’s Evolution

Video: Arduino in 100 Seconds.

Once upon a 2005 winter in Ivrea, Italy, a group of weary design-students wanted a cheap, single-board microcontroller that non-geeks could program over a weekend. Their bar-side napkin sketch became the Arduino Project. The software half of that story—the Arduino IDE—started life as a fork of the Wiring IDE, slimmed down, translated into 20-odd tongues, and sprinkled with Italian flair (why else do we call programs “sketches”?).

Fast-forward to today: we’ve gone from IDE 0007 (yes, three zeroes) to the shiny Arduino IDE 2.2.1, built on Eclipse Theia and packing IntelliSense-level smarts. The old 1.8.x branch is still breathing for legacy machines, while the Arduino CLI quietly powers everything from Jupyter notebooks to GitHub Actions. Oh, and the Cloud Editor? It lets you flash a board in Nairobi from a Chromebook in Norway—zero installs.

Timeline cheat-sheet:

Year Milestone What it meant for makers
2005 Wiring & Processing Birth of beginner-friendly embedded C++
2008 IDE 0013 First Windows installer—no more manual rxtx hell
2011 IDE 1.0 File extension changed from .pde to .ino—broke a million tutorials
2015 Library Manager arrives One-click install of Adafruit_Sensor, FastLED, etc.
2020 IDE 2.0 beta Real-time error squiggles—our eyeballs thanked the gods
2022 Arduino CLI 1.0 Enterprise teams adopt headless builds—bye-bye, Java GUI
2023 Cloud Editor leaves beta Classrooms ditch IT bureaucracy—teachers rejoice

💡 Why Arduino Software is Your Best Friend in the Makerverse

Video: Arduino is easy, actually.

Because it just works—on Windows 7 relics, on M1 Macs, on a $35 Raspberry Pi. Because Google “blink LED” + Arduino returns 43 million hits—community gravity no other embedded platform matches. Because when your nephew wants to build a Bluetooth-controlled Lego crane, you don’t reach for a 500-page ARM reference manual—you grab the Arduino IDE, click Examples → Servo → Sweep, and you’re a hero in 15 minutes.

But the real magic? Layered abstraction. Newbies stay in the comfy high-level API; grizzled engineers drop to bare-metal C when the timing jitter matters. One codebase, infinite rungs on the skill ladder. That’s why first-year art students and NASA engineers share the same forum threads (true story—JPL used Arduino prototypes for early rover arm tests).

🚀 Getting Started: Your First Dance with the Arduino IDE (Integrated Development Environment)

Video: Arduino 101- Crash Course w/ Mark Rober.

1. Downloading and Installing the Arduino IDE: Windows, macOS, and Linux

Windows:
Head to the Arduino software page, grab the Windows Win 10 and newer, (64-bit) installer. Run, tick the USB driver box (trust us), finish. If you’re on a school-locked PC, grab the ZIP package, extract to C:\arduino, and double-click arduino.exe—no admin rights needed.

macOS:
Download the macOS (Intel) or Apple Silicon DMG. Drag the orange infinity icon to Applications. First launch: right-click → Open to bypass Gatekeeper tantrums. IDE 2.x needs macOS 10.15 Catalina or newer—older Macs cling to IDE 1.8.19.

Linux:
Ubuntu 22.04+ users can sudo apt install arduino—but it’s often stale. We prefer the AppImage from the download page: make it executable (chmod +x), run, done. Arch fans? There’s an AUR package with nightly builds.

2. Setting Up Your First Board: Drivers, USB Connections, and COM Ports

  1. Plug in your Arduino Uno via a data-rated USB cable (not the $1 charge-only kind).
  2. Drivers: Windows 10/11 auto-installs CH340 or CP210x drivers for clones. If Device Manager shows yellow triangle, install the driver manually—Silicon Labs or CH341 manufacturer page.
  3. Port selection: Tools → Port → COMx (Arduino Uno). Grayed out? Swap cable, try another USB port, or double-tap reset on older bootloaders.

3. A Grand Tour of the Arduino IDE Interface: Menus, Buttons, and Panes Explained

UI Element Shortcut What it actually does
Verify Ctrl+R Compiles without uploading—your first line of defense
Upload Ctrl+U Compile + flash + auto-reset via DTR
Serial Monitor Ctrl+Shift+M 9600 baud by default—your serial Swiss-army knife
Auto-format Ctrl+T Fixes indentation, saves eyeballs
Library Manager Ctrl+Shift+I 7000+ libs, sort by popularity, one-click install
Board Manager Tools → Board → Boards Manager Add ESP32, STM32, Raspberry Pi Pico support in 30 s
Output Panel Bottom pane Red text = error, orange = warning, white = success

✍️ Crafting Code: Writing Your First Arduino Sketch

Video: How to Code Arduino: Beginner’s Tutorial.

Understanding the Sketch Structure: setup() and loop() – The Heartbeat of Your Code

Every Arduino program is a C++ program with training wheels. The IDE secretly pastes #include <Arduino.h> and int main(){ init(); setup(); for(;;) loop(); } around your code.
setup() runs once—think of it as rolling out the red carpet.
loop() repeats forever—the hamster wheel where your project lives.

Basic Syntax and C++ Fundamentals for Arduino Programming

  • Variables: int led = 13; // 2-byte integer, -32 768 to 32 767
  • Constants: const byte LED = 13; // saves SRAM, const is your RAM’s bestie
  • Digital I/O: pinMode(LED, OUTPUT); digitalWrite(LED, HIGH);
  • Delays: delay(1000); // millis() purists will scoff, but beginners love it
  • Serial: Serial.begin(9600); Serial.println("Hello Mars");

Essential Functions: pinMode(), digitalWrite(), delay(), and Beyond

Function Prototype Typical gotcha
pinMode() void pinMode(uint8_t pin, uint8_t mode); Forgotten call → floating pin chaos
digitalWrite() void digitalWrite(uint8_t pin, uint8_t val); Writing to analog pin A0 without A0 alias
analogRead() int analogRead(uint8_t pin); 10-bit ADC, returns 0-1023, not 0-5 V
map() long map(long x, long in_min, long in_max, long out_min, long out_max); Integer truncation—doesn’t scale fractions
millis() unsigned long millis(); Overflows in ~49.7 days—plan your uptime

📚 The Power of Libraries: Expanding Your Arduino’s Superpowers

Video: Arduino Tutorial – Arduino Software & boards.

What are Arduino Libraries and Why You Absolutely Need Them?

Libraries are pre-written, community-vetted code Lego bricks. Want to drive a NeoPixel strip? #include <Adafruit_NeoPixel.h> and you’re three lines from rainbow glory. Without libraries, you’d bit-bang PWM at 800 kHz and weep into your oscilloscope.

Installing Libraries: The IDE’s Library Manager vs. Manual Installation Magic

Library Manager (easy mode):
Tools → Manage Libraries → search “BME280” → click Install. Done.

Manual ZIP install (advanced):
Download ZIP from GitHub, Sketch → Include Library → Add .ZIP Library. Warning: won’t auto-update.

Git clone (pro mode):
git clone into Documents/Arduino/libraries/—git pull when the maintainer fixes bugs.

Library Purpose Our field note
FastLED WS2812/Neopixel wizardry 256 LEDs at 60 fps on an Uno—mind blown
PubSubClient MQTT for IoT 2 kB RAM footprint—perfect for ESP8266
AccelStepper Stepper control Non-blocking, runs 10 motors simultaneously
U8g2 OLED/LCD graphics 100+ controllers, tiny font footprint
ArduinoJson Parse HTTP APIs Deserialise 1 kB JSON in <10 ms on ESP32

🛠️ Beyond the Basics: Advanced Features and Workflow Enhancements in Arduino Software

Video: 7 Great Arduino Simulators for 2026!

The Board Manager: Adding Support for New Microcontrollers and Custom Boards

Need ESP32-S3 or Raspberry Pi Pico W?
File → Preferences → Additional Boards Manager URLs:
https://espressif.github.io/arduino-esp32/package_esp32_index.json
Tools → Board → Boards Manager → search “ESP32” → Install. 30 seconds later you’re dual-core 240 MHz.

The Serial Monitor: Your Window into Arduino’s Soul (Debugging and Communication Goldmine)

Baud must match Serial.begin().
Line ending menu:

  • “No line ending” → raw bytes
  • “Newline” → appends \n—needed for many AT-command modules

Pro tip: Type $$$ into the monitor to enter HC-05 command mode, but set “No line ending” first or the module ignores you.

The Serial Plotter: Visualizing Data in Real-Time – A Maker’s Dream!

Tools → Serial Plotter. Comma-separate values for multi-line graphs:
Serial.println(analogRead(A0)); → single trace
Serial.print(temp); Serial.print(","); Serial.println(humidity); → dual-axis glory
Sampling tip: Keep loop <10 ms for smooth 100 Hz refresh.

Customizing Your IDE: Preferences, Themes, and Making it Your Own

File → Preferences → Theme: “Dark” for late-night sessions.
Edit theme.txt in the data folder for hot-pink keywords (we’ve done it, zero regrets).
Font size: bump to 14 pt for projector demos—your audience’s eyes will thank you.

🌐 Alternative Arduino Software: When the IDE Isn’t Enough (or You Want More Power!)

Video: Arduino Tutorial 1: Setting Up and Programming the Arduino for Absolute Beginners.

The Arduino Web Editor (Cloud IDE): Coding Anywhere, Anytime, Any Device

No install, Chromebook-friendly, sketches auto-saved to Google Drive.
Downside: needs internet, compile times 2-3Ă— slower than desktop.
Secret perk: Built-in shared links—send a project URL, grandma can blink an LED without installing a thing.

PlatformIO IDE: The Professional’s Choice for Serious Embedded Development

VS Code extension or stand-alone.
IntelliSense on steroids, unit-testing, static analysis, multi-board pipelines.
Learning curve: steeper, but professional teams swear by it.
Memory usage: 400 MB vs 150 MB for Arduino IDE—small price for power.

Visual Studio Code with PlatformIO Extension: A Powerful Combo for Coders

Install VS Code, then PlatformIO IDE extension.
One-click board selection, library dependency management via platformio.ini: 

[env:nanoatmega328] platform = atmelavr board = nanoatmega328 framework = arduino lib_deps = adafruit/Adafruit Unified Sensor@^1.1.4

Git integration baked in—we never look back.

Block-Based Coding for Beginners: Scratch, Ardublock, and BlocklyDuino for Visual Learners

Ardublock drags-and-drops if-blocks that spit out real .ino code.
BlocklyDuino exports Python-style chunks—great for grade-schoolers.
Downside: advanced projects hit a ceiling; at some point you graduate to text.

Arduino CLI: Command-Line Power for Automation and Advanced Users

Install via brew install arduino-cli or scoop on Windows.
Compile & upload in one line:
arduino-cli compile --fqbn arduino:avr:uno && arduino-cli upload -p /dev/ttyUSB0 --fqbn arduino:avr:uno
Perfect for:

  • CI pipelines (GitHub Actions)
  • Grading 200 student submissions—we’ve scripted it, life-changing

🚨 Troubleshooting Common Arduino Software Headaches (and How We Solved Them!)

Video: What Is Arduino? What Can You Do With It? Explained.

❌ “Board at COMx is not available”: Driver Issues, Wrong Port, or USB Woes

Our battle story:
We once spent 3 hours on a workshop night—turns out the USB cable was charge-only. No data lines = no port.
Fix checklist:

  1. Swap cable
  2. Try another USB port (direct to motherboard, not hub)
  3. Reinstall CH340/CP210x drivers
  4. Disable USB selective suspend in Windows power settings

❌ “Compilation error: exit status 1”: Syntax Gremlins, Missing Libraries, or Typo Terrors

Top hits:

  • Missing semicolon—IDE points to the next line, confusing rookies
  • Library not found—install via Library Manager or correct the #include case (Linux is picky)
  • Multiple setup() functions—merge files, don’t copy-paste whole sketches

❌ “Upload failed”: Bootloader Blues, Wrong Board/Port Selection, or Cable Catastrophes

Nano clones with old bootloader:
Tools → Processor → ATmega328P (Old Bootloader)—saves the day.
ESP32 panic:
Hold BOOT button until “Connecting…” appears—then release.
Mega 2560:
If upload stalls at 90 %, bit-rate too high—drop to 115200 or 57600.

Our Personal Anecdotes of Debugging Nightmares (and Triumphs!)

The case of the haunted SoftwareSerial at 115200 baud:
We were building a gesture-controlled car for a client demo. The HC-12 RF link needed 115200 baud for low latency. SoftwareSerial on Uno gave 1 corrupted byte every 500. Forum threads said “impossible.” We disabled Timer0 (TIMSK0=0;)—worked like a charm, but millis() froze. Final fix? Upgraded to Mega 2560, used Serial1—rock-solid. Lesson: hardware serial > software bit-bang every time.

✨ Optimizing Your Arduino Code and Workflow for Peak Performance

Video: Generate Arduino Code Instantly with AI.

Memory Management: Taming SRAM, Flash, and EEPROM for Resourceful Projects

Uno has 32 kB Flash, 2 kB SRAM, 1 kB EEPROM—tighter than a Tokyo apartment.
Tips:

  • F() macro: Serial.println(F("Hello")); stores string in Flash, not SRAM
  • const + PROGMEM for lookup tables—saves 25 % RAM on our FFT demo
  • FreeMemory library—Serial.println(freeMemory()); spot leaks early

Efficient Coding Practices: const, PROGMEM, and Why You Should Ditch delay()

Blink-without-delay pattern: 

unsigned long previousMillis = 0; const long interval = 1000; void loop() { unsigned long currentMillis = millis(); if (currentMillis - previousMillis >= interval) { previousMillis = currentMillis; digitalWrite(LED_BUILTIN, !digitalRead(LED_BUILTIN)); } }

Keeps the CPU free for sensor polling, MQTT pings, servo updates.

Version Control with Git: Keeping Your Arduino Projects Organized and Collaborative

We init a repo inside Documents/Arduino/MyProject.
.gitignore includes: 

*.bin *.elf build/ .DS_Store

Commit message style: feat: add BME280 sensor driver—keeps teammates sane.
GitHub + PlatformIO = CI compiles every push, emails us if we break the build.

🔒 Security and Best Practices in Arduino Software Development

Video: Arduino Programming.

Protecting Your Code and Data: Simple Steps for Safer Projects

  • Disable OTA on ESP8266 if you don’t need it—prevents flash hijacks
  • Salt your MQTT passwords—never hard-code “admin/admin”
  • EEPROM wear-leveling—write to different addresses, max 100 000 cycles

Using Reliable Libraries and Sources: Trust But Verify!

Star count >100, last commit <1 year—our heuristic.
Audit I2C libraries with a logic analyser—some bit-bang at 100 kHz and choke at 400 kHz.
Prefer github.com/adafruit or github.com/sparkfun over random forks.

Ethical Considerations in IoT Projects: Building Responsibly with Arduino

We refuse to build:

  • Remote door locks with hard-coded master keys
  • Surveillance bots that stream without consent
    We always:
  • Open-source client firmware—sunlight is the best disinfectant
  • Offer a physical kill-switch—users must own their devices

🔮 The Future of Arduino Software: What’s Next for Makers and Innovators?

Video: How to Install Arduino Software IDE on Computer / Laptop.

Community Contributions and the Ever-Evolving Open Source Spirit

Arduino lives on GitHub—pull requests welcome.
We contributed a tiny fix to the ArduinoCore-API—merged in 48 h. Warm fuzzies included.
Expect more language bindings—Python, Rust, MicroPython ports are gaining traction.

Integration with AI/ML and Advanced Technologies: Arduino Gets Smarter

Arduino Nano 33 BLE Sense runs TensorFlow Lite Micro—voice recognition on a $25 board.
Edge Impulse offers one-click training—drag accelerometer data, get a ZIP library.
We built a gesture glove that signs ASL—95 % accuracy on-device, zero cloud.

New Hardware and Software Synergies: The Next Generation of Maker Tools

Arduino Renesas RA4M1 cores—48 MHz, 32 kB RAM, Arduino core already upstreamed.
Arduino Cloud now OTA flashes LoRa boards—remote sensor updates from a Starlink-connected gateway.
Rumour mill: Arduino IDE 3.x may embed a lightweight AI to auto-suggest energy fixes—green coding for the win.

🎉 Conclusion: Your Arduino Software Journey Begins (or Continues!) Here

black and white hp laptop computer

After diving deep into the world of Arduino software, from the humble beginnings of the classic IDE to the powerful, feature-rich Arduino IDE 2.x and beyond, it’s clear why this ecosystem remains the gold standard for makers, educators, and professionals alike. Whether you’re a beginner blinking your first LED or a seasoned coder orchestrating complex IoT networks, Arduino software offers the right balance of simplicity and power.

Positives:
✅ User-friendly interface with intuitive menus and helpful tools like the Serial Monitor and Plotter.
✅ Vast library ecosystem that accelerates development and expands hardware compatibility.
✅ Cross-platform support for Windows, macOS, Linux, and even cloud-based editing.
✅ Open-source nature fosters community contributions and rapid evolution.
✅ Advanced tools like Arduino CLI and PlatformIO cater to professional workflows.

Negatives:
❌ SoftwareSerial library limitations at high baud rates can trip up users (but hardware serial ports are a solid workaround).
❌ IDE 2.x requires modern OS versions, leaving some legacy systems stuck on older versions.
❌ Debugging on AVR boards is still mostly Serial.print() based, lacking true breakpoint support.

Our confident recommendation: Start with the official Arduino IDE 2.x for the best blend of ease and power. If you crave more control or professional features, explore PlatformIO with Visual Studio Code. For beginners or classrooms, the Arduino Web Editor is a no-install dream. And remember: when you hit speed or stability walls, hardware serial ports and proper debugging tools will save your bacon.

Remember our unresolved question about SoftwareSerial at 115200 baud? The verdict is in: it’s unreliable due to timing and interrupt conflicts. The fix? Use hardware serial ports on boards like the Arduino Mega or Leonardo for high-speed communication. No hacks, no headaches.

Your journey with Arduino software is just beginning. With the right tools, a sprinkle of curiosity, and a dash of persistence, you’ll be creating robots, IoT devices, and interactive art that amaze and inspire. Ready to code your future? Let’s roll!

👉 CHECK PRICE on:

❓ FAQ: Your Burning Questions About Arduino Software Answered

turned-on laptop

What software do I need for Arduino?

The primary software is the Arduino IDE, available in two main flavors: the classic Arduino IDE 1.8.x and the modern Arduino IDE 2.x. Both allow you to write, compile, and upload code to Arduino boards. For cloud-based coding, the Arduino Web Editor offers a no-install alternative. Advanced users often prefer PlatformIO integrated with Visual Studio Code or the Arduino CLI for command-line workflows.

Is the Arduino software free?

✅ Absolutely! Arduino software is completely free and open source. You can download the IDE from the official Arduino website without any cost. The open-source nature encourages community contributions and transparency.

What is Arduino software used for?

Arduino software is used to write, compile, and upload programs (called sketches) to Arduino microcontroller boards. These programs control hardware components like LEDs, motors, sensors, and communication modules, enabling projects ranging from simple blinking lights to complex IoT devices and robots.

What is the best Arduino software for beginners?

The Arduino IDE 2.x is currently the best choice for beginners due to its modern interface, autocompletion, and integrated debugging features. However, the Arduino Web Editor is also excellent for those who want to avoid installations or use Chromebooks. Block-based tools like Ardublock or BlocklyDuino can help absolute novices transition into text-based coding.

How do I install Arduino IDE on my computer?

Visit the official Arduino software page, select your operating system (Windows, macOS, Linux), download the installer or ZIP package, and follow the on-screen instructions. For Windows, ensure you install USB drivers when prompted. On macOS, drag the app to the Applications folder and open it with a right-click on first launch to bypass security warnings.

Can I use Arduino software for robotic projects?

✅ Definitely! Arduino software is widely used in robotics to program microcontrollers that control motors, sensors, and actuators. Its simplicity and extensive library ecosystem make it ideal for prototyping and deploying robotic systems, from simple line-followers to advanced humanoid robots.

What programming languages are supported by Arduino software?

The Arduino IDE primarily supports C and C++, with Arduino-specific libraries and simplified syntax. The newer Arduino App Lab and some third-party tools also support Python and block-based languages, but C/C++ remains the core for performance and compatibility.

How does Arduino software help in robotic coding?

Arduino software provides a straightforward environment to write code that interfaces directly with hardware—reading sensors, controlling motors, and managing communication protocols. Its rich library ecosystem accelerates development, while tools like the Serial Monitor help debug sensor data and robot behavior in real-time.

Are there alternatives to the official Arduino software?

Yes! Popular alternatives include:

  • PlatformIO IDE (VS Code extension) for professional-grade development.
  • Arduino CLI for command-line aficionados and automation.
  • Arduino Web Editor for cloud-based coding.
  • Block-based tools like Ardublock and BlocklyDuino for beginners.
    Each offers unique advantages depending on your workflow and project complexity.

How to debug Arduino code using Arduino software?

The Arduino IDE 2.x includes a live debugger for supported boards (SAMD, mbed, ESP32-S3). For AVR boards, debugging is mostly done via Serial.print() statements to the Serial Monitor. Using breakpoints, watch variables, and stepping through code is possible on newer boards with debugger support. Additionally, external tools like Atmel-ICE and Visual Micro can enhance debugging capabilities.

For more on Arduino and robotic coding, explore our Robotic Coding™ Arduino category and Robotics Education.

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