Smart Science Experiment Box for micro:bit...

Smart Science Experiment Box for micro:bit Elecfreaks

Smart Science Experiment Box for micro:bit Elecfreaks

Name: Smart Science Experiment Box for micro:bit Elecfreaks
Brand: Elecfreaks
SKU: KIT0908
Price: 72.9 EUR
Availability: InStock

BBC micro:bit

Reference: KIT0908

Part.No: EF08200

€72.90

Last items in stock

The ELECFREAKS Smart Science Experiment Box is a comprehensive, multifunctional educational toolkit that introduces children to the fascinating world of electronic circuits and programming with the micro:bit. Designed as a user-friendly console, it eliminates the need for soldering irons and messy breadboards, allowing students to build circuits safely using simple jumper wires. Featuring a rich array of onboard sensors—including a thermistor, photoresistor, buzzer, LEDs, and a motor—it enables students aged 8+ to code in MakeCode or Python and witness their programs interact directly with the physical world.

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Description
Product Details

Discover the Magic of Electronics with the Experiment Box

Transform your desk into a real physics and technology lab! The ELECFREAKS Smart Science Experiment Box bridges the gap between circuit theory and practical programming, providing a safe and highly organized learning environment for young inventors.

ELECFREAKS Smart Science Experiment Box Main Overview

Solderless Circuit Design (Plug & Play)

Learning electronics has never been easier and safer. Instead of chaotic wiring or dangerous soldering irons, the Experiment Box utilizes a smart system with color-coded ports and simple jumper wires. Children learn how to close circuits and understand current flow quickly, safely, and without frustration.

Experiment Box safe circuit design with jumper wires

Rich Built-in Sensors (All-in-One Board)

All the essential components are neatly arranged on a central console! The box includes a wide spectrum of integrated electronics, such as a Buzzer, Photoresistor (light sensor), Thermistor (temperature sensor), variously colored LEDs, an RGB LED, a Mosfet, a Trimpot (potentiometer), and even a DC Motor with a fan blade.

Experiment Box built-in sensors and components

Programming & STEM Education

Ideal for STEM schools, the kit is accompanied by dozens of tutorials covering fundamental programming concepts. It supports visual block-based coding through Microsoft MakeCode, allowing students to create their own temperature alarm or a light-activated smart fan. Additionally, it fully supports text-based coding in Python and JavaScript for advanced learners.

Technical Specifications

Compatibility	micro:bit V1 & V2
Power Supply	2 x AA Batteries (Not Included) or via USB
Built-in Components	Buzzer, Photoresistor, Thermistor, LEDs, Trimpot, Mosfet, Relay, DC Motor
Connection Method	Jumper Wires
Programming	MakeCode, Python, JavaScript
Age Group	8+ Years

What's in the Box

1 × ELECFREAKS Experiment Box console
1 × Set of Jumper Wires
1 × Fan blade (for the DC motor)
1 × Quick start guide / Manual

PLEASE NOTE: The micro:bit board and batteries are NOT included in the package.

ElectroQuest: All-in-One Electronics Learning Solution

Multiple Programming Modes

Smart Science Box Experiment Kit supports multiple programming methods (Makecode/Python/Javascript)

Learn Circuit & Programming with Rich Lessons

With the ELECFREAKS WIKI, grasping the essential concepts of robotics programming is a breeze. Learn, practice, and then apply these skills in the real world!

Easy-to-Understand Guidebook

Each kit includes a clear, easy-to-follow printed manual with straightforward instructions. The guide provides simple step-by-step directions for all experiments, eliminating the need to search online for help. Everything you need to know is conveniently available in one accessible document.

Also Can Design Circuit without micro:bit

No Need to Worry about Missing Components

Forget the frustration of missing parts! This complete kit includes absolutely everything you need—no additional components to search for or purchase.

Love Coding While Playing & Learning

Kids can explore coding at their own pace, fostering motivation, developing a deep love for coding, and finally honing skills that extend far beyond coding.