Kitronik Lesson in a Box - Screen-Free Programming Pack for Mai-Z

Convert Mai-Z The MouseBot into fully screen-free coding with this clever all-in-one add-on pack! Just press the Record button on the delightfully cheese-themed Screen-Free Programming Board, let Mai-Z roll over the coding blocks, then hit Play, and she’ll carry out the sequence exactly as she read it. It’s a hands-on, engaging way to explore programming without a screen in sight!

Each set of the screen-free programming pack for the Mai-Z buggy bot includes; 11 Sets of 53 Instruction Blocks, 11 Screen-Free Programming Boards, and 11 Student Booklets. This pack is exclusive to Mai-Z, and it’s also the first time Kitronik have used this type of system for our coding products.

Built for the BBC micro:bit, Mai-Z is your go-to robot for creative, cross-curricular STEM learning. Whether you’re diving into coding with MakeCode’s block-based editor or exploring a world beyond monitor screens with our exclusive Screen-Free Programming add-on pack, Mai-Z makes STEM learning intuitive and fun.

Features:

• Convert Mai-Z into fully screen-free coding.
• Just press the Record button on the delightfully cheese-themed Screen-Free Programming Board, let Mai-Z roll over the coding blocks, then hit Play, and she’ll carry out the sequence exactly as she read it.
• It’s a hands-on, engaging way to explore programming without a screen in sight!
• Mai-Z, the ultimate programmable robot buggy for young coders aged 8–14!
• Code Mai-Z with MakeCode drag-and-drop block-based coding.
• Code Mai Z with Screen-Free Coding add-on pack: No screens? No problem. Use the code blocks and recorder board for hands-on, unplugged programming, perfect for younger learners.

Contents:

• 11 x Sets of 53 Instruction Blocks.
• 11 x Mai-Z Screen-Free Programming Boards.
• 11 x Student Booklets.
• 1 x Gratnells Storage Tray
• 1 x Lid for Gratnells storage tray.

Video:

Requires:

• Mai-Z The MouseBot.

Please note:

This kit is recommended for indoor use only. Use in high brightness locations (i.e. outside) results in the sensors becoming overwhelmed by ambient light, reducing their ability to read the instructions.