Coding and Robotics

CyberPi is a programmable microcomputer that's designed for teaching and learning AIoT and Python. It's small, but features a full-colour display, multiple input devices, an independently-developed CyberOS system, much larger storage and an assortment of modules and sensors. Working with mBlock, CyberPi brings Python to classrooms and allows users to teach and learn AIoT easily, from the very beginning to advanced. The CyberPi Go kit is the portable kit of CyberPi. It includes the Pocket Shield, and with its battery, CyberPi is able to work without the need of a cable. It comes with a rechargeable high-performance lithium-ion battery (800mAh), 2 DC motor ports and 2 servo ports. The servo ports could connect to LED strips, Arduino digital and analog sensors.

Harnessing the power of mBlock software (simple block dragging and dropping programming language; advanced programmers can switch to Python; compatible with Scratch projects), Codey Rocky allows children to create dot matrix animations, design games for hand-held devices and realize AI and IoT applications. The 2-in-1 design includes Brainey Codey, a stand-alone remote controller with over 10 programmable electronic modules including a sound sensor and light sensor, to play music, follow light, mimic facial expressions, etc., each accessed by writing a program. Agile Rocky is a car which swirls, follows lines and goes around obstacles, taking Codey anywhere children want. Codey Rocky comes with learning materials and example programs and tutorials which are constantly updated. Features Bluetooth®, Wi-Fi and USB connectivity. Requires 1 lithium-polymer battery (included). Compatible with LEGO® bricks.

The perfect introduction to the world of Cubelets, which are the ideal way to explore robotics, coding, design, engineering, and more. Newly redesigned app enables new Cubelet behaviors and remote control. Includes 5 Cubelets, 1 each of battery, brightness, distance, drive, and flashlight Cubelets, plus 1 Bluetooth Hat, 2 LEGO® brick adapters, and 1 charging cable.

High-schoolers will tackle robotics projects with an affordable, trusted robot development platform that features a buildable design to mount additional hardware. From the fundamentals of robotics, computer science, and engineering, young programmers use the Create® 3 to perform simple behaviours, sounds, and movements to quickly get into advanced applications including multi-robot exploration, navigation and mapping technology, and telepresence capabilities. Additional hardware not included. The Create® 3 provides a full suite of modules, sensors, LED lights, and wheels to fuel robotics exploration. Students will learn with ROS 2, an industry- standard software for roboticists worldwide. Or leverage the iRobot Coding App and the iRobot Education SDK for Python 3 for increased access to robotics education and research. Students will program, connect to, and control the Create® 3 Educational Robot right out of the box with an easy onboarding process. It is easy to communicate with the robot using Wi-Fi, Ethernet over USB Host, or Bluetooth® Low Energy technology. Programmers will affordably develop scalable robotics projects with the Create® 3 Robot's combination of intelligent sensors and actuators. The robot comes with a Home Base® charging station for docked charging. Finally, the iRobot Education learning library will offer tutorials and sample projects.