Coding and Robotics

Children use arrow tokens to find and create a path to help the animals find their way back (green boards) or destination (yellow boards), while avoiding obstacles. This game of orientation and spatial awareness is a first approach to coding. 1 player.

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 engaging step-by-step approach to early coding and programming concepts does not require a computer. Simply place the (16) 24 cm EVA foam mats on the floor and use the 20 coding cards to hop, step, and turn your way across the activity mats to practise problem-solving skills. Also features die-cut pieces including robots, gears and arrows, and a full-colour guide with sample mazes and coding overview.

Coding without a computer? It is the best way to start! Each player has a coloured robot and must move it to be the first to reach a space determined by the arrows. In a cooperative variant all the players team up to bring a common robot to its objective square. Promotes logical thinking, problem solving and cooperative learning. 1 to 4 players.

To know the name of every LEGO® elements, their colour and their quantity in a SPIKE Prime set, this poster will help students to communicate better using technological vocabulary. Bilingual French-English double-sided poster 45 cm x 61 cm.

This construction system offers interactive engineering, design and open programming projects (EdChallenges). It is designed to work with the Edison robot (not included) to complete 5 EdBuild projects (EdTank, EdDigger, EdRoboClaw, EdCrane with a magnetic hook, and EdPrinter) using progressive coding skills such as barcodes, remote controls and EdScratch or EdPy. The kit consists of 115 interlocking building blocks, pegs, gears, and other parts, compatible with Edison robots and any other LEGO® brick compatible building system, EdCreate teacher's guide and EdCreate Challenges.

The programming activity zone is specially made to take advantage of the SPIKE Prime set from LEGO Education. Follow the line, finding the way, check the colours and work with angles, are only a few of the challenges that can be done with this mat. A downloadable document gives ideas for challenges. 120 cm x 120 cm.

This accessory snaps onto the upper face of the Root robot to make it compatible with the most popular bricks. Magnetic.

Unlock the full Matatalab experience with the sensor function built-in to the Matatalab Controller. The sensor function enhances the coding adventure as students can now program the MatataBot to detect and react to obstacles, colors and even sound! Students can also control the onboard LED lights embedded into the Matatalab Controller to customize their code to their imagination. MatataBot Controller detect sound, color, light, Infrared (IR), gyro, touch, sending and receiving messages. Includes 1 MatataBot Controller, 34 Coding Blocks and a Warm-up Booklet.

Screen free coding for the class. This set includes 4 robots: 2 with the Activity Sets and 2 additional. The Botley Coding Robot Action Challenge Accessory Set and Construction set are also included.

The LEGO® Technic™ Colour Sensor distinguishes between 8 colours and measures reflected and ambient light from darkness to bright sunlight. It features a high accuracy 1 Khz acquisition rate for consistent, accurate data and repeatable results, and a compact, simple design for fast construction and conversion.

The LEGO® Technic™ Force Sensor measures pressures of up to 10 Newtons (~1 kg) for accurate, repeatable results. The sensor can also be used as a touch sensor when pressed, released or bumped. Its simple form factor is ideal for quick building and rebuilding.

Deliver high-accuracy results with the LEGO® Technic™ Distance Sensor, featuring 4-200 cm range, +/- 1 cm accuracy, programmable LED 'eyes' which add life to any build, and an integrated 6-pin adaptor for third-party sensors, boards and DIY hardware. Its simple form factor speeds up building and rebuilding.