EF08431, ELECFREAKS micro:bit Jacdac Smart Exploration Kit
The ELECFREAKS Jacdac Smart Exploration Kit, based on the micro:bit V2, includes a versatile set of Jacdac-compatible sensors and modules such as an expansion board, button sensor, light sensor, PIR sensor, magnetic sensor, knob encoder, and light ring. Designed for beginners, the kit offers over 10 engaging projects to help users dive into programming and electronics with ease and confidence.
Wiki: Jacdac Smart Exploration Kit | LEARN
What is Jacdac?Jacdac is a plug-and-play hardware and software platform designed to simplify the creation of physical computing projects. It’s ideal for beginners, abstracting away much of the complexity usually involved in electronics and coding while enabling rich interactivity and fast prototyping.
Jacdac enables foolproof connections and real-time sensor recognition, allowing students to build complex projects easily. The result is an engaging and efficient STEM learning experience with instant feedback in platforms like MakeCode.
Reversible, error-proof connectors help eliminate setup frustration and save valuable classroom time.
Create custom configurations—daisy-chain or star pattern—to suit any project layout with multiple sensors.
Build large, modular systems with plug-and-play simplicity and outstanding reliability.
Real-Time InteractionView sensor feedback instantly in the MakeCode platform for real-time learning and faster debugging.
Automated DiscoveryPlug in a sensor and Jacdac automatically detects and configures it—no manual setup required.
One Product, Endless Ways to Play- Build with Blocks: Combine with LEGO-style bricks for creative and interactive builds.
- Laser-Cut Wooden Boards: Integrate into custom laser-cut chassis for sleek, functional designs.
- Sandbox Scenarios: Add life to dioramas and sand tables with responsive sensor inputs.
- Product Name: ELECFREAKS Jacdac Smart Exploration Kit
- Dimensions: 185mm × 165mm × 44mm
- Product Weight: 266g
- Number of Electronic Modules: 8
- Applicable Age: 7+
- Number of Cases: 10+
- Programming Method: MakeCode / Python