In Blue is shown the connection done in the previous steps.Step 5: Start Visuino, and select the Arduino Board typeTo start programming the Arduino, you will need to have the Step 6: In Visuino: Add and connect Stepper Motor components" in the Filter box of the Component Toolbox then select the " component to start connecting all the Out pins at once ( component. In this Instructable, I will show you how easy it is to connect Stepper Motor to Arduino Nano and control it with Buttons. For the minute motor start with a delay of about 1800 and for the hour motor use a delay of about 21600. Analog are cheap and easy modules for manual control, with variable speed. Arduino Nano and Visuino: Control Stepper Motor With Buttons: Stepper motors are often used in Arduino projects, whenever something needs to be moved or turned. This program drives a unipolar or bipolar stepper motor. Open source is the way. // Include the Arduino Stepper.h library: #include Next, I defined how many steps the motor takes to rotate 1 revolution. Then plug that number into the oneRevolution// change this to fit the number of steps per revolution// initialize the stepper library on pins 8 through 11: This program drives a unipolar or bipolar stepper motor. I wanted to make a clock using a stepper motor controlled by Arduino nano to indicate the hour and another nano and stepper motor to indicate the minute. To demonstrate, the image above shows my test circuit. In Blue is shown the connection done in the previous step. We take it apart, learn how it works, learn how to control it and finally, we test it out using a demo sketch. Stepper motors provide accurate controlling, and can be differentiated on the basis of torque, steps per revolution, and input voltage. Connect 2 Stepper Motors to Arduino and control them with Joystick - Quick and Easy!Connect 2 Stepper Motors to Arduino and control them with Joystick - Quick and Easy!First we need to add components to control the stepper motors:Since we want to control the speed of the steppers, we need to add pins to the "Steps Per Second" property:The Analog Pins where the Joystick is connected generate normalized values between 0.0 and 1.0. We need to convert them to +/-300 steps per second. ( or use, UNO-Pro Mini/Micro-ESP )An analog/digital clock using Arduino Nano, DS1307 & Nokia 5110.The older members among you can still remember DVD-ROM drives well: let's take another look at the inner values of a past technology. Arduino Stepper Motor Control Circuit Diagram and Explanation: The circuit Diagram for the arduino stepper motor control project is shown above. To adjust the timekeeping you might have to tweak the delay time a little according to the motor variability.The dials I prepared (printed from internet) are mounted on CD's and the stepper motors are hot glued to the back of the CD'sSince the hookup is described in the stepper motor control example and all it amounts to is plug and play no schematic is included.Hands shown are cut from thin plastic and painted black. Cheapest and easiest Nixie clock in the world, the ONE TUBE™. The sketch starts by including the Stepper.h Arduino library. Since the Joystick is not very precise when in released center position, we want a small zone around the center to be considered 0.5 so we need to introduce "Dead Zone":Connect Stepper Motor to Arduino and control it with Rotary Encoder - Quick and Easy!we performed the control of the stepper motor in the forward and backward directions along the x axis with the joystickUsing servo motor control with a TV remote control.Using WiFi to control your Arduino UNO, Nano or Mega as a basis. One Arduino compatible board (I use Arduino Nano, because I have one, but any other will be just fine) ; One Joystick that I got from this cheap 37 sensors set; Two 5V Stepper Motors with Driver Boards (I used 28BYJ-48 stepper with ULN2003 driver board) ; One K2 Breadboard power supply with adapter (Picture 2), or other 5V Power source for the Steppers ; 17 Female-Female jumper wires Stepper One Step At A Time: Turn the shaft step by step to check the proper wiring of the motor. Use this also to count the number of steps per revolution of your motor, if you don't know it. The motor will step one step at a time, very slowly. If wired correctly, all steps should be in the same direction.