Quarky Mecanum Wheel Robot - Documentation

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The Quarky Mecanum Wheel Robot is a type of robot that uses a special type of wheel to move. The wheel is made of four rollers mounted at 45-degree angles to the wheel‘s hub. Each roller has its own motor and can spin in either direction. This allows the wheel to move in any direction, making it an ideal choice for navigating around obstacles and tight spaces. The mecanum wheel robot can also turn on the spot, allowing it to make sharp turns without having to reverse direction. With 10+ different activities, this kit will guide you through the basics of Mecanum Wheel robotics.

Getting Started with Quarky Mecanum

Refer to the tutorials to learn about the Quaky Mecanum Wheel Robot, and how to assemble and program it in block coding or Python coding.

Assembling Basic Quarky Mecanum Wheel Robot

Learn how to assemble the basic version of the Quarky Mecanum Wheel Robot with this step-by-step guide. Connect all components as per the wiring diagram and ensure that the various parts are securely in place.

Assembling the Quarky Mecanum Wheel Robot with Gripper

Learn how to assemble a Basic Quarky Mecanum Wheel Robot with Gripper with this step-by-step guide. We will be calibrating the servo motor, assembling the robot, and attaching the ultrasonic sensor and servo motor for you to explore robotics projects.

Assembling the Pick and Place Quarky Mecanum Wheel Robot

In this lesson, we will learn how to assemble the Pick and Place Quarky Mecanum Wheel Robot. We will go through the steps to connect the servo motors, ultrasonic sensor, and Quarky Expansion Board to the robot.

Programming the Mecanum Robot with Block Coding in PictoBlox

Learn how to program your Quarky Mecanum Wheel Robot with PictoBlox. With the help of PictoBlox, you can control the robot to move, grip, and perform pick & place actions.

Programming the Quarky Mecanum with Python in PictoBlox

In this lesson, learn how to program the Quarky Mecanum robot with PictoBlox and Python in both Stage and Upload modes. Understand the functions provided in the Quarky Mecanum library, and see how to control the robot’s motors, pick-and-place robot, and gripper robot.

Quarky Mecanum Wheel Robot Project - Block Coding

Refer to the tutorials to learn how to use PictoBlox Block Coding Environment to code Quarky Mecanum Wheel Robot for different applications.

BeetleBot: Autonomous Feeding in Space | Number Classifier

Learn how to create a dataset and Machine Learning Model for an automated game from the user’s input. See how to open the ML environment, upload data, label images, train the model, and export the Python script.

ThingSpeak Send Data to Cloud – DHT Sensor

In this example, we will send the humidity and temperature sensor data to the cloud on the ThingSpeak servers.

Adafruit Send Data to Cloud – All Sensors

This example shows how to create an IoT House Monitoring system that sends humidity, temperature, plant soil moisture, gas, and light sensor data to the cloud on Adafruit IO servers.

IoT House Monitoring System with Adafruit IO Servers in Python

Learn how to create an IoT House Monitoring System that sends humidity, temperature, plant soil moisture, gas, and light sensor data to the cloud on Adafruit IO servers in PictoBlox Python Environment. Get step-by-step instructions on creating a dashboard with sensors and more.

ThingSpeak IoT House Monitoring – All Sensors

This example shows how to create an IoT House Monitoring system that sends humidity, temperature, plant soil moisture, gas, and light sensor data to the cloud on the ThingSpeak channel.

Sending Temperature and Humidity Data from IoT House to ThingSpeak Cloud

Connect your IoT house to the ThingSpeak cloud using PictoBlox Python Environment and send temperature and humidity data every 20 seconds.

Automatic Water Tank

In this example, we will demonstrate how to use the Moisture sensor to detect how much the tank is filled and start the pump whenever the water level is low.

Create an IoT House Monitoring System with ThingSpeak

This tutorial will show you how to create an IoT House Monitoring system that sends humidity, temperature, plant soil moisture, gas, and light sensor data to the cloud on a ThingSpeak channel.

Automatic Temperature based Fan

In this example, we are going to learn how to program Quarky to detect the temperature (using DHT Sensor) and make the fan ON and OFF accordingly.

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Quarky Mecanum Wheel Robot Project - Python Coding

Refer to the tutorials to learn how to use PictoBlox Python Coding Environment to code Quarky Mecanum Wheel Robot for different applications.

Wi-Fi Connect for Quarky in Upload Mode

In this example, we look at how to establish and see if the Wi-Fi is connected to Quarky or not.

Wirelessly Controlled Gripper

Experience interactive control of a robotic arm through arrow keys. Open and close the gripper with ease

Wirelessly Controlled Humanoid

Learn about humanoid robots, their form and functionality, and how the program uses arrow keys to control humanoid movement in different directions and speed.

Wirelessly Controlled Humanoid

Learn about humanoid robots, their form, functionality, and logic for movement. Explore the code that controls humanoid robots to move using arrow keys.

Wirelessly Controlled Robot

The example demonstrates how to control the motion of the robot using keyboard keys.

Wirelessly Controlled Robot – Python

The example demonstrates how to control the motion of the robot using keyboard keys in the Python Coding Environment.

Wirelessly Controlled Robotic Arm

Explore the capabilities of a wirelessly controlled robotic arm, a mechanical system operated without physical connections.

Working with Binary Files in Python

Discover the world of binary file handling in Python through a comprehensive tutorial. Learn how to perform essential operations on binary files using the pickle module, including data writing and reading. Dive into practical examples and enhance your Python programming skills today.

Yoga Pose Timer Bot using Pose Classifier in ML Environment

The examples show how to use pose recognition in PictoBlox to maintain a yoga pose for a particular time interval.

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PictoBlox Extension Documentation

Refer to the documentation of PictoBlox Extension to understand how to use the blocks and functions for the Quarky Mecanum Wheel Robot.

Quarky Mecanum

Code omnidirectional robot!

Quarky Mecanum Wheel Robot - Documentation

Getting Started with Quarky Mecanum

Assembling Basic Quarky Mecanum Wheel Robot

Assembling the Quarky Mecanum Wheel Robot with Gripper

Assembling the Pick and Place Quarky Mecanum Wheel Robot

Programming the Mecanum Robot with Block Coding in PictoBlox

Programming the Quarky Mecanum with Python in PictoBlox

Quarky Mecanum Wheel Robot Project - Block Coding

BeetleBot: Autonomous Feeding in Space | Number Classifier

ThingSpeak Send Data to Cloud – DHT Sensor

Adafruit Send Data to Cloud – All Sensors

IoT House Monitoring System with Adafruit IO Servers in Python

ThingSpeak IoT House Monitoring – All Sensors

Sending Temperature and Humidity Data from IoT House to ThingSpeak Cloud

Automatic Water Tank

Create an IoT House Monitoring System with ThingSpeak

Automatic Temperature based Fan

Quarky Mecanum Wheel Robot Project - Python Coding

Wi-Fi Connect for Quarky in Upload Mode

Wirelessly Controlled Gripper

Wirelessly Controlled Humanoid

Wirelessly Controlled Humanoid

Wirelessly Controlled Robot

Wirelessly Controlled Robot – Python

Wirelessly Controlled Robotic Arm

Working with Binary Files in Python

Yoga Pose Timer Bot using Pose Classifier in ML Environment

PictoBlox Extension Documentation

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