Crocodile Creative Learning Kit for Micro:bit
A hands-on learning kit that lets you build a wooden crocodile equipped with an ultrasonic sensor and servo, controlled by a BBC micro:bit or ESP32 Easy Coding Board. The basswood construction is environmentally friendly, and graphical block-based programming (MakeCode and KidsBlock) makes it accessible for beginners.
The kit combines hardware assembly, sensor interaction, and coding to develop logical thinking and STEM skills. Assembly is straightforward with the included components and step-by-step tutorials.
Key Features
- Basswood Construction – Eco-friendly laser-cut wooden parts
- Ultrasonic Sensor – Distance detection for interactive behaviour
- Servo Motor – Motorised jaw movement
- Block-Based Programming – MakeCode and KidsBlock support
- Dual Board Compatible – Works with micro:bit or ESP32 Easy Coding Board
Ideal For
- STEM education and coding workshops
- Hands-on robotics and maker projects
- Learning about sensors and actuators
Resources
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
A hands-on learning kit that lets you build a wooden crocodile equipped with an ultrasonic sensor and servo, controlled by a BBC micro:bit or ESP32 Easy Coding Board. The basswood construction is environmentally friendly, and graphical block-based programming (MakeCode and KidsBlock) makes it accessible for beginners.
The kit combines hardware assembly, sensor interaction, and coding to develop logical thinking and STEM skills. Assembly is straightforward with the included components and step-by-step tutorials.
Key Features
- Basswood Construction – Eco-friendly laser-cut wooden parts
- Ultrasonic Sensor – Distance detection for interactive behaviour
- Servo Motor – Motorised jaw movement
- Block-Based Programming – MakeCode and KidsBlock support
- Dual Board Compatible – Works with micro:bit or ESP32 Easy Coding Board
Ideal For
- STEM education and coding workshops
- Hands-on robotics and maker projects
- Learning about sensors and actuators
