DFrobot Arduino Intermediate Kit V2

Description DFrobot Arduino Intermediate Kit V2

De DFrobot Arduino Intermediate Kit V2 is a comprehensive set for learning and experimenting with electronics and programming. It is designed for both beginners and advanced users. The kit contains a range of modules and sensors. This allows you to carry out various projects. From simple LED applications to advanced interactive creations. Each part of the kit has been carefully chosen to deepen your understanding of electronics and physical computing.

With this kit you can make various intriguing projects. Think of a mini electronic drum kit, a sound-controlled LED, digital dice and more. The accompanying manual, developed by our R&D team, provides clear instructions. You will receive step-by-step explanations about each project. You will also find example codes and background information about how the components work in the manual.

The kit is not only ideal for electronics hobbyists. It is also very suitable for educational purposes in schools. The variety of components and the educational manual make it a valuable tool for both self-study and classroom education in the basics of programming and electronics.

Features DFrobot Arduino Intermediate Kit V2

• Extensive Components: Contains various modules and sensors such as LED light modules, sound sensors, temperature and humidity sensors.
• Versatile Projects: Suitable for projects ranging from simple LED applications to more complex interactive creations.
• Educational Design: Ideal for learning about electronics and programming, both at home and in educational settings.
• User-friendly Manual: Includes a well-illustrated manual with step-by-step instructions and sample codes.
• Arduino compatible: Designed to work with Arduino, making it an accessible introduction to the world of microcontrollers.
• Flexibility in Projects: Offers the opportunity to develop your own creations and experiment with different components.
• Target audience: Suitable for both beginners and advanced students in electronics and programming.