Coding and Robotics

Cubelets are magnetic blocks that come in three types: Sense blocks, Action blocks, and Think blocks. Sense blocks are black, Action blocks are clear, and Think blocks are in various colours. When assembled in a specific order, students create functional robots that move, beep, light up and react to different elements measured by the sensors. Each Cubelet robot must have one Battery block which powers all the other one in the robot. The Battery block has an internal rechargeable battery.

Docking station acting as both a charger and safe storage for Bee-Bot® or Blue-Bot®. Can be wall-mounted with 6 bots in situ. Charges bots within half a day and offers approx. 4 hours of normal use. Robots not included.

The Tello Talent drone can be programmed and offers a 8x8 LED display module.

The RoboMaster Charger provides the RoboMaster Intelligent Battery with a full charge in approximately 90 minutes.

Consisting of numbers and symbols to allow even more possibilities for competition, programming, and learning.

Robots push objects from one destination to another with this set of 6, rainbow-coloured, sturdy plastic clip-on pushers. Fit both Bee-Bot® and Blue-Bot® robots (not included).

The set of 25 road pieces includes roundabouts, left turns, right turns, and straight pieces, to create endless route possibilities for Bee-Bot® and Blue-Bot®. A set of 4 end pieces featuring colour photographs of objects adds complexity to the challenges. Robots not included.

Simply clip on the shell, place a pen in the pen holder, program the robot and off it goes drawing. Set of 6, in rainbow-coloured study plastic. Pens and robot not included.

Snap-on yellow cover for Tello EDU drone

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.

High-energy Li-ion battery. Up to 35 minutes of battery life. Multiple battery protection functions.

The RoboMaster EP takes learning to the next level and is the ultimate learning tool. This educational robot offers programming and AI to more advanced classroom settings. It comes with the official DJI Software Development Kit (SDK), expandable software and hardware, a custom curriculum, and is certainly ready for high-level competitions. With the Robomaster EP, young learners can build mobile robots like the Warrior and the Engineer. Programmable with Scratch and Python.

Children write the code, mastering geometry and math along the way, and Artie 3000™ draws the lines on any sheet of copy paper 21.5 x 28 cm or bigger. Easy to learn and cool to create with, Artie 3000™ also comes ready to draw with preprogrammed designs, shapes, and games. Programming can also be made with Blockly or Python. Includes WiFi-enabled drawing robot, drag and drop visual programming software, 4 coloured markers, and quick-start guide. Requires 4 AA batteries (not included). 14 x 15.5 cm.

Provides 13 minutes of flying autonomy to the Tello EDU drone when fully charged.

Charges up to 3 batteries compatible with Tello EDU drone. The Tello battery charging hub charges batteries in sequence according to their voltage levels, from highest to lowest.