Plug And Play TB6612FNG Motor Driver Shield For Arduino Projects I2C PWM Servo Driver With PCA9685 Compatibility, Stackable H Bridge Module Replaces L293D, 1.2A Per Channel, 3A Peak, Up To 32 Shields, UNO Mega R3 Ready
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Plug And Play TB6612FNG Motor Driver Shield For Arduino Projects I2C PWM Servo Driver With PCA9685 Compatibility, Stackable H Bridge Module Replaces L293D, 1.2A Per Channel, 3A Peak, Up To 32 Shields, UNO Mega R3 Ready

Plug And Play TB6612FNG Motor Driver Shield For Arduino Projects I2C PWM Servo Driver With PCA9685 Compatibility, Stackable H Bridge Module Replaces L293D, 1.2A Per Channel, 3A Peak, Up To 32 Shields, UNO Mega R3 Ready

$18.04

Original: $51.54

-65%
Plug And Play TB6612FNG Motor Driver Shield For Arduino Projects I2C PWM Servo Driver With PCA9685 Compatibility, Stackable H Bridge Module Replaces L293D, 1.2A Per Channel, 3A Peak, Up To 32 Shields, UNO Mega R3 Ready

$51.54

$18.04

The Story

TB6612FNG Arduino Motor Shield with I2C PCA9685
✔️ 1.2A per channel, 3A peak; stack up to 32 shields via I2C

This shield adds motor driving capability to Arduino projects, letting you power up to 4 DC motors or 2 stepper motors from a stackable I2C PWM interface. It’s UNO and Mega R3 ready and ideal for robotics and automation projects.

✅ TB6612FNG H-bridge with 1.2A per channel and 3A peak
✅ I2C PWM control via PCA9685 keeps Arduino pins free
✅ Stackable design supports up to 32 shields (64 steppers or 128 DC motors)
✅ Drives up to 4 DC motors or 2 stepper motors per shield
✅ Motors disabled on power-up for safety

💡 What is a TB6612FNG motor shield used for in Arduino projects? It’s handy for adding motor control in hobby robotics. - TB6612FNG motor shield with I2C PWM control - Handy for robotics and automation needing multi-motor drive - Stackable design for large multi-motor arrays - Safe power-up with motors disabled

Plug And Play TB6612FNG Motor Driver Shield For Arduino Projects I2C PWM Servo Driver With PCA9685 Compatibility, Stackable H Bridge Module Replaces L293D, 1.2A Per Channel, 3A Peak, Up To 32 Shields, UNO Mega R3 Ready - Image 2

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Plug And Play TB6612FNG Motor Driver Shield For Arduino Projects I2C PWM Servo Driver With PCA9685 Compatibility, Stackable H Bridge Module Replaces L293D, 1.2A Per Channel, 3A Peak, Up To 32 Shields, UNO Mega R3 Ready - Image 3

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Plug And Play TB6612FNG Motor Driver Shield For Arduino Projects I2C PWM Servo Driver With PCA9685 Compatibility, Stackable H Bridge Module Replaces L293D, 1.2A Per Channel, 3A Peak, Up To 32 Shields, UNO Mega R3 Ready - Image 4

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Plug And Play TB6612FNG Motor Driver Shield For Arduino Projects I2C PWM Servo Driver With PCA9685 Compatibility, Stackable H Bridge Module Replaces L293D, 1.2A Per Channel, 3A Peak, Up To 32 Shields, UNO Mega R3 Ready - Image 5

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Description

TB6612FNG Arduino Motor Shield with I2C PCA9685
✔️ 1.2A per channel, 3A peak; stack up to 32 shields via I2C

This shield adds motor driving capability to Arduino projects, letting you power up to 4 DC motors or 2 stepper motors from a stackable I2C PWM interface. It’s UNO and Mega R3 ready and ideal for robotics and automation projects.

✅ TB6612FNG H-bridge with 1.2A per channel and 3A peak
✅ I2C PWM control via PCA9685 keeps Arduino pins free
✅ Stackable design supports up to 32 shields (64 steppers or 128 DC motors)
✅ Drives up to 4 DC motors or 2 stepper motors per shield
✅ Motors disabled on power-up for safety

💡 What is a TB6612FNG motor shield used for in Arduino projects? It’s handy for adding motor control in hobby robotics. - TB6612FNG motor shield with I2C PWM control - Handy for robotics and automation needing multi-motor drive - Stackable design for large multi-motor arrays - Safe power-up with motors disabled