is an open-source hardware platform developed to make programming education simple and engaging for children and beginners. Specifically, the board supports intelligent control systems, robotics projects, scientific experiments, and wearable device development. As a result, classrooms, training centers, and home learning environments can integrate it seamlessly into their programs.

Thanks to this design, lesson integration becomes straightforward for educators. At the same time, creative flexibility empowers makers and hobbyists to build innovative electronic projects. Therefore, whether in a structured classroom setting or during independent study at home, learners can steadily build a strong foundation in coding and electronics.

🔹 Programming Compatibility & Core Features

Powering the system is the ATmega328P microcontroller, delivering reliable and stable performance. Most importantly, full compatibility with the Arduino IDE significantly reduces the learning curve for beginners. Because of this, students can start coding immediately without needing additional software platforms.

So, support from the global Arduino community provides tutorials, documentation, and project inspiration. By combining hardware control with software programming, a truly interactive environment is created. Consequently, students quickly understand how digital instructions translate into real-world electronic actions.

🔹 Hardware Interfaces & Onboard Components

A comprehensive range of hardware interfaces ensures maximum project flexibility. For example, the board includes:

• 14 digital I/O pins (including 6 PWM outputs)

• 8 analog input pins

• I2C communication pins (A4 & A5)

• 2 dedicated servo motor interfaces

• USB interface

• DC power interface

• Power switch and reset button

Additionally, a built-in 128×64 OLED display allows direct visualization of sensor readings and program outputs. As a result, troubleshooting becomes easier, while lessons are more interactive and engaging.

🔹 Power Supply & Performance

Reliable operation is maintained through a stable 5V system. Moreover, flexible power options, including USB and DC input, accommodate a wide variety of project needs. For instance, USB delivers up to 400mA for lighter applications, whereas DC input supports up to 1.6A for higher-demand setups.

Furthermore, performance is supported by 32KB flash memory, 2KB SRAM, and 1KB EEPROM. In addition, a 16MHz clock speed ensures smooth execution. so, the board maintains consistent and dependable operation even in real-time applications.

🔹 Educational Value & Learning Benefits

Hands-on experimentation lies at the heart of effective STEM education. Through practical projects, students explore programming fundamentals while simultaneously learning electronics concepts. In addition, logical reasoning and structured problem-solving skills develop naturally through experimentation.

As a result, the board is ideal for schools, training institutions, and home learners alike. Moreover, continued use builds the confidence and technical foundation necessary for advanced studies in robotics, engineering, and embedded systems.

✅ Why Choose KidsPico?

• Arduino IDE compatibility ensures easy and accessible programming

• Beginner-friendly design supports students and young learners

• Open-source hardware allows flexible and expandable development

• Perfect for STEM classroom integration and project-based learning

• Encourages creativity, innovation, and hands-on experience