SparkFun Haptic Motor Driver - DRV2605L
The SparkFun Haptic Motor Driver breakout board features the Texas Instruments DRV2605L, providing an easy way to add tactile feedback to your projects. Connect a vibration motor, communicate over I2C from any Arduino-compatible microcontroller, and trigger a library of haptic effects.
The DRV2605L supports two motor types: ERM (Eccentric Rotating Mass) and LRA (Linear Resonant Actuator). The default firmware is configured for ERM motors. A SparkFun Arduino library is available with six built-in ERM effects and one LRA effect to get you started quickly.
Key Features
- DRV2605L Driver IC – TI's dedicated haptic motor driver with a built-in effects library
- Dual Motor Support – Drives both ERM and LRA vibration motors
- I2C Interface – Simple two-wire communication with any compatible microcontroller
- Six-Pin Breakout – Power and I2C pins broken out to standard 0.1″ headers
- Arduino Library – Ready-made library with multiple haptic effect presets
Ideal For
- Tactile feedback in controllers and wearables
- Alert and notification vibration in custom devices
- Interactive art installations and exhibits
- Accessibility feedback systems
Resources
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The SparkFun Haptic Motor Driver breakout board features the Texas Instruments DRV2605L, providing an easy way to add tactile feedback to your projects. Connect a vibration motor, communicate over I2C from any Arduino-compatible microcontroller, and trigger a library of haptic effects.
The DRV2605L supports two motor types: ERM (Eccentric Rotating Mass) and LRA (Linear Resonant Actuator). The default firmware is configured for ERM motors. A SparkFun Arduino library is available with six built-in ERM effects and one LRA effect to get you started quickly.
Key Features
- DRV2605L Driver IC – TI's dedicated haptic motor driver with a built-in effects library
- Dual Motor Support – Drives both ERM and LRA vibration motors
- I2C Interface – Simple two-wire communication with any compatible microcontroller
- Six-Pin Breakout – Power and I2C pins broken out to standard 0.1″ headers
- Arduino Library – Ready-made library with multiple haptic effect presets
Ideal For
- Tactile feedback in controllers and wearables
- Alert and notification vibration in custom devices
- Interactive art installations and exhibits
- Accessibility feedback systems
