Uploaded May 2018 | Updated September 2026, 2 weeks ago
Today, I will show you the control of two servo motors with a joystick. Actually this is a simple project, but many followers wanted me to share this project. So how does it work? When the joystick module moves horizontally or vertically, it gives values from 0 to 1023. It's like a potentiometer. We will scale the servo motor positions to the joystick values using the map function. Thus, the servo motors will move according to the scaled value.
Required Hardware:
Arduino Board :
goo.gl/RcRmi1
amzn.to/2LZr6t4
Servo MG90S:
goo.gl/aRPE6D
amzn.to/39o8tHF
Joystick Module:
goo.gl/qupktG
amzn.to/3u5097N
Breadboard:
goo.gl/ExxNWy
amzn.to/3qxLxwm
Jumper Wires:
goo.gl/EGTafY
amzn.to/3doetmT
Recommended Items:
Use Your Muscles in Project - amzn.to/3wdL45C
37 Sensor & Module Packages - amzn.to/3m66WeQ
Try this Robot Arm - amzn.to/3fq8DCl
Best Resin 3D Printer - amzn.to/39tY8KB
Arduino Compatible Kits - bit.ly/2J2AFF7
Banggood Spring Sale - bit.ly/3slMbOn
Download Source Code: create.arduino.cc/editor/mertarduinotech/fc3cfab6-55f9-4d66-9abd-a47ad31725f1/preview
Today, I will show you the control of two servo motors with a joystick. Actually this is a simple project, but many followers wanted me to share this project. So how does it work? When the joystick module moves horizontally or vertically, it gives values from 0 to 1023. It's like a potentiometer. We will scale the servo motor positions to the joystick values using the map function. Thus, the servo motors will move according to the scaled value.
Required Hardware:
Arduino Board :
goo.gl/RcRmi1
amzn.to/2LZr6t4
Servo MG90S:
goo.gl/aRPE6D
amzn.to/39o8tHF
Joystick Module:
goo.gl/qupktG
amzn.to/3u5097N
Breadboard:
goo.gl/ExxNWy
amzn.to/3qxLxwm
Jumper Wires:
goo.gl/EGTafY
amzn.to/3doetmT
Recommended Items:
Use Your Muscles in Project - amzn.to/3wdL45C
37 Sensor & Module Packages - amzn.to/3m66WeQ
Try this Robot Arm - amzn.to/3fq8DCl
Best Resin 3D Printer - amzn.to/39tY8KB
Arduino Compatible Kits - bit.ly/2J2AFF7
Banggood Spring Sale - bit.ly/3slMbOn
Download Source Code: create.arduino.cc/editor/mertarduinotech/fc3cfab6-55f9-4d66-9abd-a47ad31725f1/preview










