Name: Keyestudio Arduino Smart Eco-Friendly House Kit
Brand: KEYES ELECTRONICS
SKU: HRAkeyes016
Price: 1649 CZK
Availability: InStock
Rating: 0 (0 reviews)

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Keyestudio Arduino Smart Eco-Friendly House Kit - Building Set - Main image

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Keyestudio Arduino Smart Eco-Friendly House Kit

The Keyestudio Arduino Smart Eco-Friendly House Kit is designed for students who want to understand the principles of automation, sensor technology and programming in practice. The product combines C/C++ and KidsBlock programming languages, so it offers both graphical and textual environments for different levels of experience. Thanks to the included tutorials and sample codes, users can easily learn the basic principles of electronic circuits, programming logic and working with sensors. The entire system is based on the ATMEGA328P-AU microcontroller, which is the basis for the creation of automated projects.

Key features of Keyestudio Arduino Smart Eco-Friendly House Kit

Keyestudio Arduino Smart is designed for children from 9 years old
Teaches programming in C/C++ and KidsBlock
Includes various sensors and modules for projects
Compatible with PLUS board, easy module connection
Included tutorials and libraries for a quick start
Supports creative DIY projects and team learning

Kit with sensors and modules

The Keyestudio Arduino Smart kit contains various sensors and modules for simulating smart home systems, for example for measuring humidity, temperature, light or motion detection. This allows children and students to create hands-on projects. All components are compatible with the PLUS board, whose ports allow easy connection of all modules without complicated wiring.

Python programming basics

Thanks to its open design, the Keyestudio Arduino Smart set is ideal for developing innovative thinking and practical skills. Access to online communities is also included, where you can share experiences and ideas with other users. The Keyestudio Arduino Smart is highly flexible and expandable, which means it can be easily added to with new modules and used in other experiments. It provides an ideal foundation for learning electronics, programming and IoT systems in practice.