Features

WHY QUBI VIRTUAL ROBOTICS

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ENJOY THE THRILL OF ROBOTS WITHOUT THE HASSLE OF HARDWARE!

Qubi virtual robotics module provides students with a realistic simulated robotics environment in which they can program their own virtual robots and test them in a fully physically simulated virtual environment without the need for any actual hardware. This makes it possible for students to learn about robotics in a safe and affordable way.

LET’S EXPLORE THE POWER OF QUBI

See how Qubi virtual Robotics is empowering students in the classroom

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EASY TO USE

Qubi robotics module is simple to use and intuitive, making it easy for students of all ages and skill levels to learn about robotics and coding. With its drag-and-drop programming interface and realistic physics engine, Qubi provides students with a fun and engaging way to learn essential STEM skills.

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PROGRAM YOUR ROBOT USING OUR VISUAL CODING TOOL

Qubi makes it easy for students of all ages and skill levels to learn to code with its node-based programming language. Students can drag and drop blocks of code to create programs without having to type lines of text. Qubi’s forgiving syntax allows students to easily learn from their mistakes and keep moving forward.

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DIFFERENT ENVIRONMENTS AND LEVELS

Qubi offers a wide range of pre-built environments that provide students with a variety of realistic scenarios in which to test their robotics skills.

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CREATE YOUR OWN MAP

Students can also create their own environments in Qubi using Livit Studio’s powerful environment editor. This allows students to be creative and to design their own challenges, as well as allowing teachers to create custom environments that are tailored to their specific curriculum.

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SIMULATION OF MORE THAN 6 SENSORS

Qubi simulates 6 sensors: Ultrasonic sensor, color sensor, infrared sensor, bump sensor, gps sensor and location sensors

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RUNTIME CODE DEBUGGING 

Qubi’s runtime code debugging feature is a powerful tool that allows students to identify and fix errors in their programs while they are running. This makes it easier for students to learn from their mistakes and to improve their coding skills.