Ari is a compact robot powered by Android that uses its high resolution interactive display to teach computer science and core content to K-12 students. Through an ecosystem of engaging apps, users can experience ready-to-run, standards-aligned lesson content and immersive activities across STEM, computer science, and core subjects. Students can program Ari three ways with Ozobot Color Codes, Ozobot Blockly, and Python.
Get to know Ari:
Enhanced Student EngagementAri’s high resolution touchscreen displays vivid text, images, and animations that allows students to naturally interact with lesson content and receive instant feedback, producing an enhanced learning experience. |
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Scaffolding of InformationAri’s software allows for concepts to be taught at varying levels, enabling instant scaffolding of information for K-12 students. Learners can engage with interactive lesson content while learning at their own pace for a coding experience unlike any other. |
Content IntegrationThrough an ecosystem of engaging apps, educators can utilize ready-to-run, standards-aligned lesson content and immersive activities across STEM, computer science, and core subjects. Students collaborate with Ari to demonstrate their understanding of core content concepts while building on the skills of iteration, critical thinking, and problem solving. |
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Next-Generation TechnologyThe suite of Ari sensors includes an accelerometer, gyroscope, IR sensors, pick-up sensor, color sensor, line sensors and time of flight sensor, each of which are used in select Ari lesson content to encourage hands-on learning of engineering fundamentals and provides a physical counterpart to learning abstract concepts. |
Best-In-Class RobotNearly double the size of Ozobot’s acclaimed Evo coding robot, Ari harnesses the power, infrastructure, and extensibility of Android to deliver enriched and customizable learning experiences. |
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Life CyclesStudents use the Life Cycles app to explore and model key biological processes, enhancing their understanding of the natural world through interactive, hands-on learning. Each lesson, whether focused on the life cycle of a plant or the metamorphosis of an animal, is carefully aligned with grade-level appropriate standards. |
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The Night SkyWith The Night Sky app, students learn about constellations and when they can be seen throughout the year. They also learn about celestial wonders like Halley’s Comet and the phases of the moon, bringing focus to bodies that are visible either nightly or once in a lifetime. |
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Color Codes & Blockly
Two ways to code! The Color Codes app lets you program Ari using Color Codes. Students will learn about Ari’s line following sensors and color sensor that enable Ari to perform pre-programmed actions. Ari’s Blockly app works in conjunction with the Ozobot Editor, our block-based editor that allows you to create visual programs. These programs are created using blocks that can be selected, dragged, dropped, and connected together like puzzle pieces.
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DistanceIn the Distance app, students use Ari to measure and explore the concept of distance by engaging with real-world objects. Leveraging Ari’s Time of Flight sensor, the app allows students to measure how far Ari is from various objects by calculating the time it takes for light to travel between Ari and the object. |
Why Educators and Parents Choose Ari
Interactive Touchscreen Learning
Ari’s vibrant touch display makes lessons engaging and intuitive. Students can make selections, gather data, and receive instant feedback, turning abstract concepts into meaningful, real-time learning.
STEM and Engineering Made Tangible
With a built-in time-of-flight sensor, Ari helps students measure and interact with the world around them—detecting obstacles, calculating distances, and navigating real environments. It’s an accessible way to teach the fundamentals of engineering and applied science.
Bring Physics to Life
Ari’s accelerometer and gyroscope transform lessons on motion, acceleration, and velocity into hands-on experiments. Students move beyond theory, discovering physics concepts in ways they can see and feel.
AI-Powered Personalization
Future-ready classrooms start here. Ari’s AI integration capabilities open the door to adaptive, personalized learning—helping students explore topics at their own pace while giving educators insight into each learner’s progress.
Built for Teachers. Designed for Students.
Every feature in Ari is crafted to make instruction easier and learning more impactful. Whether you’re expanding CTE pathways, introducing computer science, or deepening STEM engagement, Ari gives you a turnkey solution that saves prep time and maximizes student outcomes.
Technical Specifications
• 390 x 390-pixel interactive touchscreen
• Accelerometer
• Gyroscope
• Time of flight sensor
• LED lights
• Built-in speaker
• Strong polycarbonate shell
• AI-enabled
• Android OS
What's in the box
• 1 Ozobot Ari Robot
• 1 Charging Cable
• 5 Dual-Tip Color Code Markers
• Get Started Activities
• 1 Screen Bumper
• 1 Protective Zip Case
Recommended Devices
Teachers/parents – Ozobot Classroom, Ozobot’s lesson portal, supports computers with the Google Chrome or Microsoft Edge browser, including:
• Chromebook (Chrome OS mid-2016 or later)
• Apple Mac (macOS 10.13 or later)
• Windows 10 (V.20H2 or later)
Students – The following devices work best with Ozobot Blockly:
• Chromebook (Chrome OS mid-2016 or later)
• Apple Mac (macOS 10.13 or later)
• Windows 10 (V.20H2 or later)
• iOS tablets (2015 / iOS 13 or later)
• Android tablets (2017 / API 24 or later)
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- choosing a selection results in a full page refresh
- press the space key then arrow keys to make a selection