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Learn AI. Make bots. Have Fun!

Make your kids ready for the future with the best AI learning kit for kids. 

Explore AI and Beyond

The BEST AI learning companion for kids to explore the world of Artificial Intelligence & robotics in an interactive and playful way!

Fun Learning For Age 7-14 Years Old!

Advanced AI Concepts Made Easy

Programmable Using Blocks & Python

From Basic to Advance Concepts of AI for Kids

Quarky Kits have made it easy for kids to learn and experiment with new concepts of Artificial Intelligence and Robotics in a fun and engaging manner. Watch Now!

Technologies at Focus

Get hands-on experience with cutting edge technologies of the future that are both fun and practical for kids to apply their knowledge.

Coding - Graphical & Python

Children coding with PictoBlox blocks, exploring facial recognition

Artificial Intelligence


Quarky Robot with self-driving technology identifying a stop sign

Self Driving Techology

Interactive AI

Quarky Pick-and-place robot with QR code on top

Localization and Automation

Quarky's Tech

Quarky is a powerful, portable device that allows users to create complex projects with its 3.7V Li–ion battery support, two tactile switches, five capacitive touch sensors, two infrared sensors, and general–purpose input–output pins. It includes 35 programmable RGB LEDs in a 7×5 grid for creating animations, writing text, and displaying patterns, as well as a good-quality speaker for human-like audio or buzzing. Additionally, it has Wi–Fi and Bluetooth compatibility, and multipurpose input/output pins that can be used to interface with any third–party sensors. Quarky also has protections for reverse polarity, overvoltage, and overcurrent.

Why is QUARKY the best?

Learn technologies of the future with a fun-filled AI learning experience from the comfort of your own home.

Transform Quarky into anything! You can make hundreds of interactive real-world application-based projects such as an expression detector, AI delivery bot, home automation system, etc. 

Quarky helps you understand widely used artificial intelligence concepts such as machine learning (self-driving cars), face recognition (face unlock), speech recognition (Alexa), etc. 

Code and control all your projects, games, animations, and robots anytime, anywhere using a smartphone or a tablet! You can even mount your phone on them to make them autonomous.

Create real world projects with Quarky and inculcate important 21st century skills such as creative thinking, critical thinking, problem-solving, logical thinking and innovativeness.

Quarky Kits for Students

Choose the perfect At-Home Learning option for you, with high-quality and motivational support available. Trust your judgment and enhance your kid’s education today!

Quarky Ultimate Kit

The BEST Companion for Kids with complete hands-on experience to learn AI, Robotics & Coding with 10+ robotics configurations and 50+ projects.

Quarky Innovator Kit

Beginner Programmable Robot Kit to learn AI, robotics, and self-driving technology for all ages and coding skills. 

Quarky Explorer Kit

A programmable board that can help kids of all ages and coding abilities learn about coding, artificial intelligence, and physical computing.

DIY Quarky Add-On Kits for Kids

Our DIY Addon kits are tailored to students’ interests and aspirations, fostering learning in coding, robotics, creativity, and curiosity. Each kit is designed to specialize students in their chosen field.

Mecanum Wheel Robot

Discover interesting multi-directional movements of the Mecanum Wheel Robot – build foundations of industrial technology.

Humanoid Kit

A humanoid robot that can walk and dance. Learn mechanics and advanced concepts of robotics, coding & AI with Humanoid Kit.

Quadruped Kit

Explore four-footed mechanical actions, creep-gait algorithms, and sprawling movements with the Quadruped robot.

Mars Rover Kit

Build the Mars Rover with the rocker-bogie mechanism based on the one from NASA and dive into coding robots for outer space.

Robotic Arm Kit

Grasp the concepts of new-age industrial robotics using the basics of electromechanics of the 4 DOFs with Robotic Arm.

IoT House Kit

Make the IoT House with, AI enabled, security and gardening system. Learn to remotely use any device of choice with the smart plug!

AI and Robotics Offerings for Schools

The Artificial Intelligence (AI) and Robotics Lab for schools is a holistic package to provide complete solutions with DIY Robotics kits, Coding Software, Grade-wise certified curriculum for CBSE Subject Code 417, 843, and ICSE Subject Code 66, Teaching Resources, and Learning Management Systems to impart the BEST coding, AI, and robotics education with hands-on learning.

Quarky Reviews from Customers

Discover the fun of learning with Quarky! Hear from kids, parents and educators who have experienced it first-hand.

Code Play Repeat

PictoBlox Python for kids to learn Python in a fun and interactive way.

PictoBlox​: Creator Tool for Coding, AI, AR-VR and Robotics

Quarky introduces you to coding through a complete hands-on approach with PictoBlox, an intuitive block-based and Python programming interface with advanced AI tools.

Skill Based Courses for Block & Python Coding

Get license to access courses focused on coding, artificial intelligence, and robotics that require a specific skill set.

Introduction to Coding

Learn coding basics such as sequence, loops, variables, arithmetic and logical operators, conditional statements, and game development through graphical programming.

AI for Kids

Learn AI basics: computer vision, face & text detection, speech recognition, and machine learning with graphics programming.

Learn AI with Quarky

Learn Physical Computing and Artificial Intelligence with block based coding to create projects like waste detector, face locker, smart lamp and more!

AI & Robotics - Level 1

Learn Robotics, AI & Machine Learning basics to create real-life projects such as line followers, AI delivery cars, assistant robots, and self-driving robots with block-based coding.

AI & Robotics - Level 2​

Create robots like obstacle avoidance, automated parking, pick and place, and more using block-based coding with sensors, actuators, and AI.

Introduction to Python

Learn Python coding basics in PictoBlox. You'll cover algorithm, loops, sequencing, conditional statements, operators, lists, and functions.

AI & ML with Python

Learn AI concepts including Computer Vision, Face & Text Detection, Speech Recognition, and ML with Python.

AI with Quarky & Python

Learn Physical Computing and AI with Quarky for real-life projects involving Sign Detection, Waste Management, and Face-Based Locker.

Robotics & AI with Quarky & Python – Level 1

Learn Robotics basics - robot movement, remote control, and line following. Explore AI integration for practical projects like delivery, waste collection, and self-driving cars.

Robotics & AI with Quarky & Python – Level 2

Learn to create real-life projects like obstacle avoidance robots, automated parking robots, and pick-and-place robots using block-based coding with sensors, actuators, and AI concepts.

FAQs on Quarky

We’ve ensured that we use high-quality materials while building Quarky. So the chances of it getting damaged are significantly less, but we’ve also provided a six-month warranty against manufacturer defects for the mainboard and a six-month warranty for the battery.

If you receive a defective piece, either our local distributors or our supply-chain team would reach out and arrange the exchange for you.

For coding Quarky, you’ve to use our platform named “PictoBlox.” It is compatible with Windows, Mac OS, Linux, iOS, Android, and Chromebook (launching soon). So, you can code and control your robots using any device you like, anytime and anywhere you want.

No, Quarky is an intuitive learning tool that is suitable for both novice and experienced coders. It is programmed using a graphical programming platform named PictoBlox which allows you to build your project by using Scratch as well as Python. In addition, the interactive graphical programming interface adds fun to the learning and makes the whole experience even more immersive.

Quarky comes with free online self-paced courses that teach complex concepts through fun and interactive DIY activities. We also provide a Get-Start booklet with the kits. 

Follow the given steps to redeem the enrollment key:

  1. If you’ve already registered at the STEMpedia Learning Center, then, then you can directly jump to step 3. Otherwise, please visit the STEMpedia Learning Center from here:, click on the register button, and register yourself by filling in the details required.
  2. Open your Email Inbox and Verify yourself to activate your account.
  3. Visit Join a Learning Group Page from here: Enter your Username and Password to log in successfully.
  4. After successful login, Enter the Enrollment key in the space provided and click on “Redeem Code.”
  5. Hurray !! You have successfully enrolled.
  6. To access the content, please click on the “My Courses” tab on the left sidebar. Now, you will be able to see the sample educational content.

On Quarky, there are multiple Input and Output options available.


  1. Touch Sensors 
  2. Tactile Switches


  1. 7*5 RGB LED Display 
  2. Speaker
  3. N20 Motors (Added a reference image, just an image focusing on the back side of the Quarky)
  1. 6 Generic Inputs Outputs and 2 servo ports.

There are two methods to establish a connection between Quarky and PictoBlox:

  1. Serial Port (USB Connection)
  2. Bluetooth Port (Bluetooth Connection)
  3. ​​Choose the method that suits your preference and requirements to connect Quarky with PictoBlox.

    Serial Port

To connect with Serial Port, follow the following steps:

Step 1: Use type C cable and connect with Quarky

Step 2: Open your PictoBlox and select Quarky Board

Step 3: Go to the Connect tab next to Board 


The kit includes a set of recognition cards that can be utilized in a wide range of activities involving Quarky. These cards enable functionalities such as self-driving cars, autonomous delivery bots, traffic signal detectors, and more. They serve as valuable tools for engaging and exploring different applications with Quarky.

There are multiple courses are available according to the Quarky Kit,

For Graphical Programming 

  1. Introduction to Programming (Free)
  2. Artificial Intelligence for Kids
  3. Learn AI with Quarky
  4. AI & Robotics with Quarky Level-1
  5. AI & Robotics with Quarky Level-2

For Python Programming

  1. Introduction to Python (Free)
  2. Artificial Intelligence with Python
  3. Learn AI with Quarky
  4. AI & Robotics with Quarky Level-1
  5. AI & Robotics with Quarky Level-2

To reset Quarky, locate the reset button positioned above the charging port on the back side of the device. Follow these steps:

  1. Press and release the reset button.
  2. Quarky will initiate the reset process.

By performing this reset, Quarky will be restored to its default settings

Please follow the instructions to check the Quarky Firmware version.

Step 1: Connect your Quarky to the PictoBlox.

Step 2: Go to the Quarky palette and click on the setting icon as shown below in the image

Step 3: In the Quarky settings, click on the Check button to check the firmware version.

If your Quarky device is not appearing on the Serial Port, please follow these troubleshooting steps:

  1. Cable Check: Ensure that you are using the correct cable for connecting Quarky to your computer and that the cable is functioning properly. If possible, try using a different cable to rule out any cable-related issues.
  2. Power LED Check: Check if the power LED on Quarky is illuminated, indicating that it has power. If the LED is lit, proceed to the next step. If not, ensure that your USB connection is properly established and check the Device Manager in your computer’s settings to ensure the USB port is recognized.
  3. Driver Installation: Click on the provided link to download the drivers specifically designed for Quarky. Once downloaded, install the drivers on your computer to facilitate proper communication between Quarky and your Serial Port.

By following these steps, you can troubleshoot the issue of Quarky not being visible on the Serial Port.

The battery life of Quarky varies depending on its usage. Whether it is being used for display purposes, running motors, or a combination of both, the battery life will vary. On average, with basic applications, Quarky can run for up to 2 hours.