This Arduino Starter Kit walks you through the basics of using the Arduino in a hands-on way.

This Starter Kit is especially made for those who are learning the programming and electrical circuit. The Kit contains basic electrical components such as LEDs, buttons, buzzer, heat sensor, steering motor and so on.

Bee-Bot is an exciting robot, designed specifically for use by small children. This colorful, easy-to-operate and friendly little robot is a perfect tool for teaching sequencing, estimation, troubleshooting and just having fun!

The improved Blue-Bot is a Programmable Robot for Educational Robotics, and is the perfect starting point for the teaching, and you can control it wirelessly with your tablet or PC. The Blue-Bot can detect another Bee-Bot or Blue-Bot and say hello. They will play a predetermined sound or students can record their sound. Students can also record audio to play when each button is pressed, making it more accessible to everyone, including those with hearing or visual needs.

A Starter Kit Educational DIY Smart Home with the Arduino UNO R3, in a Component Box with a Protective Cover, with a Sensor of PIR Movements, a Bluetooth V4.0 Module, a Water Sensor, a Relay Module, a Humidity Sensor, an LCD1602 Display, even a Screwdriver, a Set that in total consists of about 110 pieces.

The Experimental Box for Micro:Bit is a Multifunctional Box based on Experimental Professional equipment. This box is a new teaching aid developed by Elecfreaks.

The IoT Kit Smart Science Micro:Bit is based on IoT:Bit, a new breakout board that includes a RTC Timing and WIFI Module compatible with Scientific Sensors such as Sound Sensor, Dust Sensor, Light Sensor and Level Sensor of Water. You can collect data through the Sensors and send data to the Cloudwith a more stable and accurate Data Analysis. This Kit includes everything you need to collect Sensor Data and create your own IoT Projects!

The Kit Smart Home Micro:Bit is a product based on a Smart Home Micro:Bit design with components such as the TMP36 Temperature Sensor, the Sound Sensor, the Collision Sensor or even the Servomotor.

Discover the Mysteries of Mechanical Transmission with the Mechanics Lab's Farm Machine Kit.

A Sensational New Kit to Build a Crawler Tractor Driven by an Electric Motor and "Cultivated" by a Passion for Mechanics!

An Incredible Scientific Kit to Embark on an Adventure to Discover Antarctica and Break the Ice with Mechanics and Engineering!

Makey Makey is a creative interaction kit that lets you turn almost all common objects into "commands," which send information to your computer just like a keyboard or mouse. This allows you to create the most diverse funny projects, such as a piano banana!

A Fantastic Mechanical Dragon Making Kit that Uses 3 Engines and Multiple Sensors to Interact with the Child and the Surrounding Environment in Endless Adventures!

Mini Electric Motor Model for Learning

Introduce computer science and 21st century skills such as critical thinking and communication into your early childhood classroom with mTiny Discover. mTiny Discover is suitable for learning social-emotional skills, linguistics, math and more. Students will practice their logical thinking and problem-solving skills through interactive, screen-free classes designed to meet the specific needs of young students. mTiny Discover will engage your students with a fun and unique experience that includes a Robot Panda, a Tap Pen Controller, Interactive Maps, Coding Cards and the Ability to Draw and Create Music. With mTiny Discover, you're ready to start teaching with the Getting Started Guide and easy setup instructions right out of the box.

Based on Planet X sensors, the Nezha Inventor Kit is designed for the BBC Micro:Bit. It contains various sensors, ultrasonic sensor, collision sensor, line tracking sensor, etc., as well as more than 400 assembly parts. Make every child an inventor with the Nezha Inventor Kit!

Imagine a Official Raspberry Pi Keyboard but a little thicker and now imagine a Raspberry Pi 4 inside with the bindings redirected to the back of the keyboard. The Raspberry Pi made this a reality with the Raspberry Pi 400.