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Stepper Motor: Steps per Revolution

Compare step counts in a 2048-step-per-turn model. Calculate quarter and half turns and watch the motor advance through its sequence.

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Independently modeled teaching circuit with detailed connectors, pins, chip and component wiring

Why it’s here

Connect step count with angular displacement.

How it works

The example assumes 2048 steps per full rotation. Therefore 512 steps is one quarter-turn, or 90°. The model repeats a command followed by a pause, matching the example loop.

Try it

  1. Open this experiment
  2. Run with 512 steps, then try 1024. Compare the angular travel during one movement sequence.

Connections

  • D8, D10, D9, D11 — Driver input sequence
  • External supply — Motor power, not GPIO

Example sketch

#include <Stepper.h>
Stepper wheel(2048, 8, 10, 9, 11);

void setup() {
  wheel.setSpeed(10);
}

void loop() {
  wheel.step(512);
  delay(1000);
}

Check your understanding

How far does 512 steps move this 2048-step model?

Show the answer

A quarter turn, or 90°. The 2048 value belongs to this lesson’s model; use your actual motor and gearing specifications on hardware.

Sources

Arduino Uno R3 ↗ · Language reference ↗

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