Other coding robots offer limited experiences for limited age levels, but what about a coding robot
that meets you in the moment and beyond?
Bridging the gap between early to secondary education, Root coding robots offer a continuous
learning ecosystem that advances alongside students’ abilities. For schools, this means progressive
classroom learning, improved student engagement, and less money and time spent on single-
purpose hardware or software! Learn more below:
Built by educators for educators, Root coding robots are designed to be out-and-about in the
classroom, not stored on a shelf! Appealing to students with a broad range of skillsets and interests,
Root coding robots require minimal setup, quickly pair with devices using a Bluetooth connection,
and are packed with programmable sensors and capabilities. Catering to visual, auditory, and
kinesthetic learners—students not only interact with their Root robots, but the robots interact with
their environment, and all of that interplay is orchestrated by code.
Two models of the Root coding robot exist to help educators bring more robots into their classrooms
for less. The more affordable of the two, the Root Lite (rt0) coding robot, can be programmed to
drive, turn, draw, play music, light up, sense touch, feel bumps, and more. Packed with even more
features, the more advanced Root Pro (rt1) coding robot comes with a color sensor, an integrated
rubber, a cliff sensor, and even sticks to and navigates magnetic whiteboard surfaces to provide
even more ways for students to take STEAM learning to the next level.
Key features:
Interactive sensors and features that engage a broad range of skill sets and interests.
Easy setup and classroom integration with a Bluetooth connection and USB-C charging.
Expandable design to empower continued learning opportunities.
Designed to provide a smooth introduction to programming, the Root coding robot’s multi-level App
interface appears simple but is deceivingly powerful. Providing a unique continuum, students can
experiment with loops, events, and complex robot behaviors in real-time. Advancing from purely
graphical blocks (no reading skills required!) to hybrid blocks and full-text blocks of drag-and-drop
code, students quickly master the structure and syntax of professional coding languages. Once
these levels are complete, the transition to any other modern programming language is easy and
students can graduate to programming their Root coding robots using entirely text-based code.
Key features:
A custom multi-level block-coding interface that carries code between levels.
Integrated 3D robot and simulator environment for increased accessibility.
Cross-platform compatibility (Android, Chrome OS, Windows, iOS, macOS).
Plus, a zero-installation web Python IDE for advanced text-based programming.
Aiming to engage learners at any stage of their education journey, the Root coding robot’s Learning
Library provides an expansive collection of lessons that help teachers integrate coding and robotics
into the curriculum by exploring a wide range of topics and genres. Featuring more than 500
lessons, the Learning Library includes a curated assortment of activities, videos, sample coding
projects, DIY coding competition kits, and curriculum modeled after educational standards.
Key features:
Get started with ready-to-go tutorials, activities, and introductory guides.
Easily integrate Root coding robots into the classroom with curriculum modeled after UK
standards.
Take learning further with themed STEM engagement kits, 3D prints, and accessories that
demystify coding and connect classroom learning with the real world.
Recognising that one of the greatest challenges is finding tools that appeal to a range of ages, skill
levels, and interests, Root coding robots take the BS out of robots by delivering immersive, scalable,
cross-curricular learning experiences. The main lesson to remember? Just like working with a pen or
paper—students working Root coding robots are only limited by their own imagination!
Find out more or speak to our STEAM Team now.
