![]() Personally, I will recommend keeping a separate power source for external peripherals. Two for power source and one is data pin. It gets pressed when you press the shaft. We will learn more about these axes later in this tutorial. The next two pins are for X-Axis and Y-axis. The first two pins are Ground and Vcc respectively, where we need to apply a voltage between 3.7v to 6v. Joystick PinoutĪs shown in the figure below, Joystick has 5 pins. Before going further, let’s have a look at the pinout of a standard Joystick. ![]() As we know the basics of potentiometers, a joystick simply consists of two potentiometers aligned on X-Axis and Y-Axis. The joystick is a small input device, which can pivots on its base easily. So, let’s learn to control the servo motor with Joystick! A short note on Joystick We will also study the program for the same. Before going to understand connections and programming, we will take a brief look at Joystick and servo motor to refresh the basics. We will control two servo motors with the help of Analog Joystick. In this tutorial, I will be demonstrating, how we can control servo motors with thumb Joystick and Arduino.
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