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The Arduino Student Kit is a hands-on learning tool for ages 11 to 14, requiring no prior knowledge of electronics or programming. It provides a step-by-step, guided approach to explore the basics of electronics, coding, and digital logic through practical projects. Ages: 11+ Recommended number...

CTC GO! is a comprehensive, hands-on learning program that guides students through the fundamental concepts of electronics and coding, and challenges them to assemble, wire and program a set of fun tabletop games.Each kit includes hardware, access to online learning content, and dedicated...

Compact smart board with camera and wireless connectivity — ideal for edge AI projects, image recognition, and industrial vision.

Complete educational kit to teach the Internet of Things (IoT) — ideal for high schools, technical schools, and vocational training.Ages: 16+Recommended number of students per kit: 2Available languages: English

Equip students with industry-standard tools for real-world readiness. A practical, hands-on learning experience that helps students develop key engineering skills, and learn core aspects of mechatronics and MATLAB® and Simulink® programming.Ages: 17+Recommended number of students per...

Plug into the Future of Industrial Automation The Arduino PLC Starter Kit is a robust, beginner-friendly solution that introduces users to industrial automation and control systems. It bridges the gap between basic electronics and advanced PLC (Programmable Logic Controller) applications using...

Your Python Learning Solution UGOT AI Space Exploration brings Python learning to life, inspiring students to envision how programming can shape the future. This intermediate-level kit engages classrooms in an immersive, standards-aligned curriculum, where students use Python programming and...

Your Block Code Learning Solution The UGOT AI City Guardian solution fosters STEM learning through easy-to-build robots and a block coding focused curriculum. Through hands-on, standards-aligned lessons, students explore AI concepts and programming as they work together to solve real-world...

The premium color tiles are used with your Marty while in screen-free, or unplugged, mode which can be activated by pressing the ‘A’ button. Marty uses the color sensor to detect the color on the tile and is pre-programmed to follow the associated instructions whilst in unplugged mode....

An engaging screen-free device for coding and computational thinking. Children can create sequences by placing the tiles in order, each representing a different command.

The Loti-Bot extension tile pack allows for a more advanced, screen free coding experience.

This bundle includes a Tactile Reader Pro and standard movement tiles, a programmable Loti-Bot and a set of Loti-Bot specific tiles.

A durable storage solution for holding four Loti-Bots, their charging leads and additional peripherals.

The ideal way to integrate robotics teaching into your KS2 numeracy lessons.

The ideal way to integrate robotics teaching into your KS2 numeracy lessons.

An extension pack of tiles for the Tactile Reader that adds a new dimension to programming.

A set of twenty-five tiles for programming Blue-Bot and Rugged Robot, enhancing coding classes.

A set of standard movement tiles, compatible with the Tactile Reader.