Quarky Robotic Arm - Documentation

Getting Started with Quarky Robotic Arm

Refer to the tutorials to learn about the Robotic Arm, and how to assemble and program it in Block coding or Python coding.

Quarky 3DOF Robotics Arm – Assembly Guide

Learn how to assemble the Quarky Robotic Arm with this step-by-step guide. Follow the steps to make the Quarky Robotic Arm look like the image shown in this guide, and use it to explore more complicated programs and activities.

Quarky 3DOF Robotics Arm – Assembly Guide

CONTROLLING THE QUARKY ROBOTIC ARM WIRELESSLY

“Learn to control a Quarky robotic arm remotely using Bluetooth and PictoBlox. Perfect for tasks like picking and tool manipulation, this project boosts productivity and safety in hazardous environments. Step-by-step coding guides included for precise X, Y, Z-axis, and gripper control.”

CONTROLLING THE QUARKY ROBOTIC ARM WIRELESSLY

Controlling Quarky Robotic Arm wirelessly (Python)

This activity focuses on programming a robotic arm using Python in PictoBlox, showcasing Python’s power in AI and ML. You’ll learn to initialize the arm, define movement functions for X, Y, and Z axes, control the gripper, and implement real-time control using a loop. This hands-on project sets the stage for embedding AI and ML into the robotic arm in future activities. Let’s get started!

Controlling Quarky Robotic Arm wirelessly (Python)

Autonomous Robotic Arm

Learn how to make a robotic arm autonomous, moving beyond manual control to execute repetitive tasks efficiently. By following the coding steps in PictoBlox, you can program precise movements and actions, making it suitable for applications in industries like manufacturing and medical fields. With careful calibration and testing, you can successfully transform your robotic arm into an autonomous system, enhancing its functionality and versatility.

Autonomous Robotic Arm

Autonomous Robotic Arm (python)

Learn how to program a robotic arm to operate autonomously using Python in Pictoblox. This activity guides you through initializing the robotic arm, writing movement and gripper actions, and using a continuous loop for independent operation. You’ll also explore the transition from stage mode to upload mode, allowing the robotic arm to function without an external system or Pictoblox connection. Ideal for robotics enthusiasts and learners, this guide will help you take full control of robotic arms in a simple, efficient way.

Autonomous Robotic Arm (python)

Gesture Controlled robotic Arm

this activity introduces the integration of machine learning into robotics by developing a hand gesture recognition model in PictoBlox. Through systematic steps, you learn to train, test, and export the model to control a robotic arm using gestures. By combining gesture analysis with robotic arm settings, this project highlights the potential of machine learning in enabling intuitive and precise control in robotics, paving the way for innovative applications.

Gesture Controlled robotic Arm

Quarky Robotic Arm Project - Block Coding

Refer to the tutorials to learn how to use PictoBlox Block Coding Environment to code Quarky Robotic Arm for different applications.

How to Control an LED with ESP32 and Bluetooth PictoBlox Block Code

Learn how to create an ESP32 LED Wireless Control system using PictoBlox block coding. In this project, you will learn how to connect your ESP32 board through Bluetooth and control an LED wirelessly in real time. The program sets up a custom Bluetooth device name and continuously enables LED control, allowing users to operate the LED from a mobile device or compatible application. This project helps you understand the basics of wireless communication, Bluetooth connectivity, and smart device control using ESP32.

Create Your Own AI Robot Assistant Using Pictoblox Py Editor and ChatGPT

Learn how to create an interactive AI-powered voice assistant using Quarky and PictoBlox Py Editor. In this project, the user’s voice command is sent to ChatGPT, which generates intelligent responses and speaks them aloud using text-to-speech technology. The robot also displays expressive animations while processing and responding, making the interaction more engaging and human-like.

How to Build an Intelio Steering Robot in PictoBlox (Step-by-Step)

Learn how to create a real-time manual control system for the Intelio Rover using PictoBlox! In this tutorial, you will control the rover using keyboard directional keys and understand important concepts of Physical Computing and IoT. This project demonstrates how digital commands can interact with physical hardware for teleoperation and remote monitoring.

How to Monitor ESP32 Pin States via Bluetooth PictoBlox

Learn how to create an ESP32 Pin State Monitor system using PictoBlox block coding. In this project, you will learn how to monitor and track the state of ESP32 GPIO pins in real time. The program continuously reads the pin values and displays whether each pin is in a HIGH or LOW state, helping users observe input and output changes instantly.

ESP32 Analog Read & PWM Write Tutorial: Block Coding Basics

Learn how to create an ESP32 LED Brightness Control system using PictoBlox block coding. In this project, you will learn how to control the brightness of an LED using PWM (Pulse Width Modulation) with the ESP32 board. The program continuously reads analog values from a potentiometer connected to the ESP32 and adjusts the LED brightness in real time. By rotating the potentiometer, users can increase or decrease the intensity of the LED smoothly.

Adafruit Send Data to Cloud – DHT Sensor

We will use the Adafruit IO cloud service to send data from a humidity and temperature sensor to the cloud.

Control Quadruped Predefined Motion

Learn how to use PictoBlox to control the predefined motions of the Quadruped robot.

Computer-Controlled Mars Rover with Python

In this tutorial, you’ll discover how to use Python programming to control the Mars Rover. You’ll learn how to use different keys on your keyboard to move the rover forward, backward, turn left, and turn right.

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.

Different Motions (Square and Axe)

Learn to move your Quarky Mecanum Wheel Robot in a square and make an axe figure with PictoBlox. Use the arrow keys to activate the custom movements and watch your robot move in the desired direction!

Python Based Different Motions (Square and Axe)

Learn to move your Quarky Mecanum Wheel Robot in a square and make an axe figure with PictoBlox’s Python Interface. Use the arrow keys to activate the custom movements!

Crawling Motion with Quadruped Using Individual Servo Control

Learn how to create a crawling motion with a quadruped robot using individual servo control.

Controlling Quadruped Predefined Motion

Learn how to use PictoBlox to control the predefined motions of the Quadruped robot.

Language Translator with ChatGPT

The Language Translator with ChatGPT is a powerful system that enables real-time translation and conversation support, facilitating multilingual communication.

Pick-and-Place Robotic Arm

Discover the capabilities of pick-and-place robotic arms, mechanical systems designed to efficiently pick up objects from one location and precisely place them in another.

Control a Gripper with 2 and 1 Key Controls | Block Coding

Learn how to control a gripper using two different methods: 2-keycontrol, which activates when either the ‘o’ or ‘c’ key is pressed, and 1-key control, which activates when the ‘space’ bar is pressed.

Wirelessly Controlled Robotic Arm

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

LCD (Liquid Crystal Display) Introduction

Discover the fascinating world of LCD (Liquid Crystal Display) technology. Learn how liquid crystals monitor light to create flat panel electronic visual displays without emitting light directly

Object Counting Bot in Block Coding using Object Detection

Learn how to use the Object Detection extension of PictoBlox’s Machine Learning Environment to count specific targets in images by writing Block code.

Understanding Potentiometer and its Working

Learn about the fundamental working principle of a potentiometer and its versatile applications as a variable resistor or voltage divider

Understanding Switches and their Versatile Applications:

Discover the fundamentals of switches as electrical components that connect or disconnect conducting paths in circuits, enabling interruption or diversion of electric current.

Having Fun with Ultrasonic Sensors

Learn to Interface an ultrasonic sensor with Arduino, use ultrasonic sensor to measure distance and much more

interfacing soil moisture sensor with Arduino

Learn about soil moisture sensors and how they work to measure the moisture level in the soil.

Introduction to IR Sensor

Learn about the components of the sensor module, including the IR LED and photodiode, and understand the circuit connections.

Two IR Line Following using default IR sensors and quarky with PID – Adaptive Feedback

Line-following with Quarky’s default IR sensors using PID control and adaptive feedback for smooth, precise path tracking. Ideal for advanced robotics learning!

Adafruit IO – Get Data | Remote Controlled Light

In this example, we will retrieve the information from the cloud and make the Quarky lights ON and OFF.

Computer Controlled Quadruped

In this tutorial, you will learn how to control a quadruped robot using the arrow key program.

Send Temperature and Humidity Data to Adafruit IO with Python

Learn how to connect a DHT sensor to PictoBlox and use the Adafruit IO cloud service to send temperature and humidity data to the cloud. Create a dashboard to visualize the temperature and humidity data with the help of line chart and gauge elements.

Computer-Controlled Mars Rover

Learn how to control the Mars Rover using PictoBlox with motors and servo motors. Make the Mars Rover move forward, backward, turn left, and turn right.

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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 Robotic Arm.