DIY 3D Printed Text Display
This project will show you how to make a DIY home decor with animated text using Camshaft mechanism that can be controlled using a Smartphone.
Tutorial and Project Tag: DC Motor
Projects
DIY Archery Robot
This project will show you how to make an archery robot.
DIY Candy Claw Machine
This project will show you how to make your own DIY Candy Claw Machine.
DIY Color Sorter
This project will show you how to make a DIY color sorter using IR sensors and a servo motor.
DIY Dabble Controlled Bubble Machine
This project will show you how to make a DIY Dabble-controlled bubble machine.
DIY Dabble Controlled Robotic Vacuum Cleaner
This project will show you how to make a DIY Vacuum Cleaner.
DIY Smart Cleaning Robot
This project will show you how to make your own Smart Cleaning Robot.
How to Make Arduino Based Balancing Boxing Robot Project
This project will show you how to make your own DIY Boxing Robot.
Joystick Controlled Mobile Robot
In this project, you will learn how mobile robot works and how to make a robot which will be controlled using a joystick.
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Tutorials
How to Interface a DC Motor with PictoBlox
This tutorial discusses what are DC motors, how to control them, and how to interface them with PictoBlox using evive.
How to interface DC motor with Arduino IDE
This tutorial discusses what are DC motors, how to control them, and how to interface them with Arduino IDE using motor control units in evive with the help of an Arduino IDE sketch. All articles loaded
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Documentations
() motor ()
The block free or locks the motor connected to the selected slot from evive, Arduino Uno, Mega & Nano.
Connect motor () direction 1 () direction 2 () & PWM ()
This block initializes motor and assigns the motor its direction 1, direction 2 and PWM control pins.
DC Motor
Introduction evive has two inbuilt motor control units with which you can control motors with…
DC Motor Driver
evive has a dedicated pair of DC Motor Driver pin outputs, which can be used…
run motor () in direction () with speed () %
The block takes the motor port, the direction of rotation (forward or reverse) and speed of rotation (between 0 to 100 %) as input from the user and rotates the motor accordingly.
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