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Arduinoprogramming~30 mins

Servo motor control with Servo library in Arduino - Mini Project: Build & Apply

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Servo motor control with Servo library
📖 Scenario: You have a small robot arm that uses a servo motor to move. You want to control the servo motor angle using Arduino and the Servo library.
🎯 Goal: Build a simple Arduino program that moves a servo motor to a specific angle using the Servo library.
📋 What You'll Learn
Include the Servo library
Create a Servo object named myServo
Attach the servo to pin 9
Set the servo angle to 90 degrees
Print the servo angle to the Serial Monitor
💡 Why This Matters
🌍 Real World
Servo motors are used in robots, remote-controlled cars, and camera gimbals to control precise movements.
💼 Career
Understanding servo control is important for jobs in robotics, automation, and embedded systems development.
Progress0 / 4 steps
1
Include Servo library and create Servo object
Write #include <Servo.h> at the top and create a Servo object called myServo.
Arduino
Hint

Use #include <Servo.h> to include the library and Servo myServo; to create the servo object.

2
Attach servo to pin 9
In the setup() function, attach myServo to pin 9 using myServo.attach(9);.
Arduino
Hint

Use myServo.attach(9); inside setup() to connect the servo to pin 9.

3
Set servo angle to 90 degrees
In the setup() function, after attaching the servo, set the servo angle to 90 degrees using myServo.write(90);.
Arduino
Hint

Use myServo.write(90); to move the servo to 90 degrees.

4
Print servo angle to Serial Monitor
In setup(), start serial communication with Serial.begin(9600); and print the text "Servo angle: 90" using Serial.println().
Arduino
Hint

Use Serial.begin(9600); to start serial and Serial.println("Servo angle: 90"); to print the angle.