ElecFreaks Micro:bit Tinker Kit - senza microcontrollore Micro:bit (EF08183)

The ElecFreaks Micro:bit Tinker Kit is a comprehensive expansion and learning kit designed for the BBC micro:bit (not included). It provides a wide range of sensors, actuators, and modules to help beginners, students, and educators explore electronics, programming, robotics, and IoT concepts. The kit includes a dedicated Tinker Kit mainboard with Grove connectors for easy plug-and-play connectivity, making it ideal for STEM education and hobbyist projects.

Advantages

This kit offers a hands-on learning experience with over 10 different modules, including PIR motion sensor, ultrasonic sensor, crash sensor, light sensor, soil moisture sensor, temperature sensor, servo motor, DC motor with fan blade, RGB LED module, potentiometer, push button, and buzzer. It supports programming via Microsoft MakeCode and Python, allowing users to develop coding skills while building real-world projects. The Grove connector system simplifies wiring, reducing setup time and errors.

Suitable for

• Beginners and students learning electronics and programming
• Educators teaching STEM subjects
• STEM enthusiasts and hobbyists
• Anyone interested in robotics and IoT concepts

Key specifications

• Kit Type: Micro:bit Expansion and Learning Kit
• Compatibility: BBC micro:bit (not included)
• Mainboard: Tinker Kit Mainboard with Grove Connectors
• Power Supply: USB 5V or 3x AAA batteries (not included)
• Included Modules: PIR Motion Sensor, Ultrasonic Sensor, Crash Sensor, Light Sensor, Soil Moisture Sensor, Temperature Sensor, Servo Motor, DC Motor with Fan Blade, RGB LED Module, Potentiometer, Push Button, Buzzer
• Programming Support: Microsoft MakeCode, Python
• Target Audience: Beginners, Students, Educators, STEM Enthusiasts
• Educational Focus: Electronics, Programming, Robotics, IoT Concepts

Recommendations

This kit requires a BBC micro:bit board and 3x AAA batteries (not included) to operate. It is recommended for ages 12 and up due to small parts and electronic components. Perfect for classroom use or individual learning projects.