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  1. Parts
  2. /Actuators
  3. /Motor Drivers

Adafruit Motor/Stepper/Servo Shield for Arduino v3 Kit

OverviewPinoutWiringRelated groups
Adafruit Motor/Stepper/Servo Shield for Arduino v3 Kit — Adafruit — 1438
STEP source
Adafruit Industries, MIT

The original Adafruit Motorshield kit is one of our most beloved, so we decided to make something even better. We have upgraded the shield kit to make the bestest, easiest way to drive DC and Stepper motors.

Offers

  • Adafruit$19.95

Pinout

  • SDA

    I2C data line used by the shield PWM/motor controller; Adafruit states only SDA and SCL plus 5V and GND are required to drive the motors.

    Type · signal
  • SCL

    I2C clock line used by the shield PWM/motor controller; Adafruit states only SDA and SCL plus 5V and GND are required to drive the motors.

    Type · signal
  • 5V

    Arduino 5 V logic rail required with SDA/SCL/GND for shield control.

    Type · powerVoltage · 5V logic rail, source states 5v is required with SDA/SCL/GND.
  • GND

    Common ground required with SDA/SCL and 5 V for shield control.

    Type · groundVoltage · 0V reference
  • M1

    DC motor / stepper motor output port M1; Adafruit library docs select motor ports M1, M2, M3 or M4.

    Type · motor outputVoltage · Motor supply, source FAQ states 5-12VDC power via POWER terminal blocks or Arduino DC barrel/VIN jumper.

Start wiring

I2C · 5V logic rail, source states 5v is required with SDA/SCL/GND. · 0V reference

Confirm the data interface matches your host board.

Module pins: 5V, GND, SDA, SCL. Schematik maps them to your board in the app.

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4 groups
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Displays

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Displays · TFT & LCD displays · 35 parts

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Air quality

Choose between MQ gas sensors, VOC/eCO2 indoor-air sensors, true CO2 modules and particulate sensors without treating every air-quality breakout as the same detector.

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MCUs and boards

ESP32, Arduino Uno, Raspberry Pi Pico, and compatible add-on boards for running builds.

Boards · Microcontroller boards · 25 parts

Parts tray full · 5 max · remove a part to add another

Offers

  • Adafruit$19.95
  • M2

    DC motor / stepper motor output port M2; Adafruit library docs select motor ports M1, M2, M3 or M4.

    Type · motor outputVoltage · Motor supply, source FAQ states 5-12VDC power via POWER terminal blocks or Arduino DC barrel/VIN jumper.
  • M3

    DC motor / stepper motor output port M3; Adafruit library docs select motor ports M1, M2, M3 or M4.

    Type · motor outputVoltage · Motor supply, source FAQ states 5-12VDC power via POWER terminal blocks or Arduino DC barrel/VIN jumper.
  • M4

    DC motor / stepper motor output port M4; Adafruit library docs select motor ports M1, M2, M3 or M4.

    Type · motor outputVoltage · Motor supply, source FAQ states 5-12VDC power via POWER terminal blocks or Arduino DC barrel/VIN jumper.
  • SERVO 1

    One of two 3-pin hobby servo connections; source says two connections for 5V hobby servos.

    Type · servo headerVoltage · 5V hobby servo connection per source text.
  • SERVO 2

    Second 3-pin hobby servo connection; source says two connections for 5V hobby servos.

    Type · servo headerVoltage · 5V hobby servo connection per source text.
  • POWER

    Motor power input through the shield POWER terminal block; source FAQ says connect 5-12VDC power here or through Arduino DC barrel jack and VIN jumper.

    Type · power inputVoltage · 5-12VDC motor power per source FAQ.
  • PinPositionTypeFunctionVoltage
    SDAsignalI2C data line used by the shield PWM/motor controller; Adafruit states only SDA and SCL plus 5V and GND are required to drive the motors.
    SCLsignalI2C clock line used by the shield PWM/motor controller; Adafruit states only SDA and SCL plus 5V and GND are required to drive the motors.
    5VpowerArduino 5 V logic rail required with SDA/SCL/GND for shield control.5V logic rail, source states 5v is required with SDA/SCL/GND.
    GNDgroundCommon ground required with SDA/SCL and 5 V for shield control.0V reference
    M1motor outputDC motor / stepper motor output port M1; Adafruit library docs select motor ports M1, M2, M3 or M4.Motor supply, source FAQ states 5-12VDC power via POWER terminal blocks or Arduino DC barrel/VIN jumper.
    M2motor outputDC motor / stepper motor output port M2; Adafruit library docs select motor ports M1, M2, M3 or M4.Motor supply, source FAQ states 5-12VDC power via POWER terminal blocks or Arduino DC barrel/VIN jumper.
    M3motor outputDC motor / stepper motor output port M3; Adafruit library docs select motor ports M1, M2, M3 or M4.Motor supply, source FAQ states 5-12VDC power via POWER terminal blocks or Arduino DC barrel/VIN jumper.
    M4motor outputDC motor / stepper motor output port M4; Adafruit library docs select motor ports M1, M2, M3 or M4.Motor supply, source FAQ states 5-12VDC power via POWER terminal blocks or Arduino DC barrel/VIN jumper.
    SERVO 1servo headerOne of two 3-pin hobby servo connections; source says two connections for 5V hobby servos.5V hobby servo connection per source text.
    SERVO 2servo headerSecond 3-pin hobby servo connection; source says two connections for 5V hobby servos.5V hobby servo connection per source text.
    POWERpower inputMotor power input through the shield POWER terminal block; source FAQ says connect 5-12VDC power here or through Arduino DC barrel jack and VIN jumper.5-12VDC motor power per source FAQ.