R1BBIT FAMILY: TURN YOUR VISION INTO REALITY

R1BBIT FAMILY: SPARK CURIOSITY, BUILD THE FUTURE

R1BBIT FAMILY: FROM IDEA TO INDUSTRY IN MINUTES

What is R1BBIT?

R1BBIT is a family of compact controller boards that make robotics, automation, and IoT accessible to everyone — from kids learning electronics to engineers building advanced systems.

Each board combines powerful interfaces, flexible inputs/outputs, and a built-in scripting language that lets you program directly on the device.

With R1BBIT, you can create smart homes, robots, and connected projects easily — coding less, building more.

Contacts

OUR PRODUCTS

R1BBIT ONE

Controller Board for Your DIY Creations

Most powerful, versatile, and compact controller board for DIY projects, robotics, automation, IoT, and education. It brings together a wide range of interfaces and supports a broad input-voltage range, making it a great fit for beginners (including kids just getting into robotics) and advanced developers alike.

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R1BBIT MINI

Compact control board for your DIY creations

Compact control board, but with vast capabilities for DIY projects, robotics, automation systems, IoT, and learning. It combines multiple interfaces and supports a wide input voltage range, making it suitable for beginners (including children starting with robotics) as well as advanced developers.

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R1BBIT NANO

Ultra Compact Control Board for Your DIY Creations

Ultra-compact controller board designed for DIY projects where a powerful yet small form factor is needed, as well as robotics, automation systems, IoT, and education. It combines multiple interfaces and supports a wide input power range, making it suitable for beginners (including kids starting with robotics) as well as advanced developers.

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R1BBIT PICO

The Ultimate Compact Control Board for Your DIY Creations

Ultimate compact controller board designed for DIY projects where a super small form factor is required, as well as robotics, automation systems, IoT, and education. It combines multiple interfaces and supports a wide input power range, making it suitable for beginners (including kids starting with robotics) as well as advanced developers.

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