Coding and Robotics

The indexed grid pattern of this great, soft surface features squares matching Bee-Bot's or Blue-Bot's steps, for easier programming and navigating. A great variety of designs provides opportunities to enhance skills in numerous subjects. Easy-clean, durable vinyl. Simply roll up to store.

The CoDrone EDU is a programmable drone for learning. Code it in Python or start from the basics with block-based coding. With its colour sensors, a front range sensor, a bottom range sensor and more, it's a great way to learn to code. The durable and safe frame, programmable lights and access to 7 sensors make it an excellent learning tool and a great way to learn coding.

Code with Blue-bot! Place your individual tiles in a row on the reader to build up a sequence of instructions, press go and see Blue-Bot complete the program. Up to 3 readers can be connected together, so children can build a program of up to thirty steps. Unit is rechargeable and includes 25 TacTiles.

Designed for primary and secondary school children aged 8 an up, VinciBot Coding Robot Set is a learning tool features diverse and rich functionality, open expandability and superb quality. With its graphical and Python programming platforms as well as AI and IoT features, it has a wide range of applications in the STEAM education industry such as programming learning, AI enlightenment, robotics competition and creative production. VinciBot encourages learning by doing, imaginative while developing computational, design and engineering thinking - educating your children about the evolving digital age from a young age. • Multi-functional: Interactive sound, light and movement effect with 8 sensors, 21 musical instrument sounds, LED matrix, patented LED RGB light structure, precise drawing, etc. • Supports graphical programming and Python. • More open: Compatible with LEGO bricks, Technic motors, and more third-party electronic modules. • Higher quality: More reliable and durable, more precise movement and higher sensor accuracy. • Rechargeable.

The Tetrix Max™ Education Base set has everything needed to build metal Tetrix robots that can be controlled by the LEGO® MINDSTORMS® EV3 Intelligent brick. This set includes a CD-ROM that introduces users to the Tetrix Max building system and provides key hardware basics and select programming fundamentals for first-time users. Also included in the set: - Tetrix Max™ Construction set - Tetrix™ Getting started guide - LEGO®-Tetrix™ connectors - Motor controller - Servo controller - 12V NiMH rechargeable battery and charger.

This friendly entry-level car robot comes alive with simple drag and drop programming blocks (MBlock, MBlockly and Arduino IDE softwares). Parts can be assembled in a few minutes (no soldering required) and RJ25 ports are colour-labelled for convenient wiring. Sturdy aluminum chassis compatible with Makeblock platform and most Lego® bricks. Electronic parts based on the Arduino open source ecosystem, to ensure infinite extensibility. Batteries not included.

This engaging robot is ready to use right out of the box and will have beginners coding in minutes. Botley grows along with children's skills: code it up to 80 steps to take on an obstacle course, detect and avoid objects using if/then logic, follow a black line, and loop around and around. Features screen-free coding: no phone or tablet required. The easy to use remote programmer with large picture buttons transmits your commands and off goes Botley! For more coding fun, find hidden functions and download printables. Bright plastic. Requires 5 AAA batteries (3 for Botley and 2 for the remote programmer).

This ultra-sturdy, programmable robot features more built-in sensors than any robot in its class. It responds to light, sound, and TV/DVD remote controls, follows lines and avoids obstacles, communicates with other Edison robots, and connects to other Edison robots and LEGO bricks. Quickly unlock its robotics capabilities through simple barcode programs. Progress from drag-and-drop graphical icon-based EdBlocks, to hybrid EdWare, then to Python-based EdPy. You can easily use the same Edison robot with different languages. Requires 4 AAA batteries (not included).

Tough robot with all terrain treads and a powerful motor, entirely programmable and built for customization. Features on-board sensors (colour, light, IR, magnetometer, accelerometer, gyroscope). With an expansion plate designed to work with most third-party hardware such as Raspberry Pi, Arduino, micro:bit and Sphero LittleBits. Removable, rechargeable, high-capacity battery powerful enough for the RVR and other materials. Highly hackable with SDK and API libraries for more advanced creators. Bluetooth 4.0 compatible. Integrates perfectly with the Sphero Edu app, to program using Draw & Drive, Scratch Blocks and JavaScript. Approx. 2 hours of running time and 3 hours of charging time.

This small mobile robot can be defined as a pedagogical tool as well as a toy. User-friendly robot you can code using multiple programming languages (Blockly, Scratch, VPL), it aims to enable young people to discover the fascinating world of robots and technology by programming and playing with its many functions. Programs can be downloaded with a USB cable (included).

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.

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.

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 colors. 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.

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.

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.