Elecfreaks Nezha AI Mechanical Power Kit combines micro programming, AI interaction, and mechanical construction to help students build intelligent robotic and automation projects. With encoded motors, offline voice recognition, gesture sensors, and versatile mechanical components, the kit enables users to create systems that can sense, respond, and move.

Key Features:

• AI-Powered Robotics — Build smart systems that respond to voice and gestures.
• Encoded Motors — Enable precise motor control for mechanical projects.
• Offline Voice Recognition — Create voice-controlled applications without relying on an internet connection.
• Gesture Sensing — Add intuitive motion-based interaction to robotic projects.
• micro Compatible — Combine coding with electronics and mechanical construction.
• Hands-On Automation — Design, build, program, test, and improve intelligent machines.
• STEM Learning — Develop skills in robotics, AI, coding, engineering, and problem-solving.

Getting started in the classroom – this two-CD set provides 45 hours of tuition divided up in 6 main projects, 6 investigations, 3 anytime projects and 3 en

BricQ Motion Prime

The LEGO^® Education BricQ Motion Prime Set engages students in grades 6-8 in the exploration of physical science within a sports context. BricQ Motion helps foster an understanding of forces, motion, and interactions by providing easy hands-on learning experiences
without the need for technology.

• Printed building instructions and replacement elements are included for easy classroom management.
• With the new numbered foils, students can easily gather data on variables, angles, heights, and lengths to support their analysis and synthesis.

Elecfreaks Nezha Inventor Kit is a versatile micro:bit-based robotics kit with 400+ building blocks, sensors, motors, and a multi-port expansion board for hands-on robotics, automation, and engineering projects.

Key Features:

• 400+ Building Blocks — Build a wide variety of robotic models and prototypes.
• micro:bit Compatible — Create programmable projects using micro:bit.
• Multi-Port Expansion — Easily connect multiple sensors and motors.
• Interactive Sensors & Motors — Add movement, sensing, and automation to projects.
• Hands-On Engineering — Learn through designing, building, testing, and iteration.
• Versatile Learning Platform — Suitable for robotics, coding, STEM, and engineering activities.

This set contains a wide range of elements and is an ideal supplement to the EV3 Core Set. It has been designed to allow students to take their experience of robotics to the next level.

Seven easy to follow training activities providing a step-by-step introduction to the Green City for MINDSTORMS. Ideal preparation for robotics competitions. Comp

toio™ Do

Bring coding to life with visual, Scratch-style programming.

toio™ Do lets children create programs using intuitive drag-and-drop blocks on a laptop, then see their commands come to life as toio™ cubes move across printed mats and activity sheets.

Designed for hands-on coding and robotics, children can build sequences, loops, and conditions, then test their programs through missions, obstacle courses, and collaborative challenges.

Key Features:

• Visual Programming — Create programs with easy drag-and-drop blocks.
• Real Robot Interaction — See code translated into real cube movements.
• Coding Concepts — Explore sequences, repetition, and conditions.
• Hands-On Challenges — Complete missions and obstacle-based activities.
• Collaborative Learning — Work in pairs with multiple cubes.
• Problem-Solving & Creativity — Design, test, and improve your own programs.

Bring robot control to life with physical cards — no PC or screen required.

toio™ Cards let children control compatible toio™ robots by simply placing and arranging cards. Each card can trigger specific movements or sounds, allowing children to build commands, create sequences, and watch their robot respond instantly.

Designed for young learners, toio™ Cards offer a simple, hands-on way to explore robotics, sequencing, logic, and problem-solving through play. No reading, typing, or coding is required — just place a card and let the robot move.

Key Features:

• Physical Robot Control — Use cards to create commands and actions.
• No PC Required — Enjoy screen-free robotics play.
• Movement & Sound — Trigger different robot actions with cards.
• Build Sequences — Arrange cards to create step-by-step commands.
• Learn Through Play — Develop logic, sequencing, creativity, and problem-solving skills.
• Made for Young Learners — Simple enough for children to explore independently.

This activity pack gives you four real-life science activities and one research project providing up to 25 hours of instruction. The activities are divided into f

This CD provides 3 theme-based projects of up to 24 hours tuition in total. Developed by Carnegie Mellon University?s Robotics Academy, the projects are bas

Getting started in the classroom – this CD provides up to 24 hours of tuition divided up in 6 main projects and 3 end-of-project activities. Developed by Ca

Activity Pack for 9641

Includes 14 models for exploring principal concepts, four main activities and two problem solving activities. Each main activity and problem solving activity is