Adafruit LSM6DSOX + LIS3MDL, Precision IMU, 9 DoF, STEMMA QT/Qwiic, 4517
Adafruit LSM6DSOX + LIS3MDL, Precision IMU, 9 DoF, STEMMA QT/Qwiic, 4517
Add high-quality motion, direction and orientation sensors to your Arduino project with this 9-DoF sensor! This compact breakout board combines two chips from ST and offers you a full 9 degrees of freedom of movement data. LSM6DSOX 6-DoF IMU: 3-axis accelerometer: measures direction and acceleration 3-axis gyroscope: measures rotation and rotation. Low drift behaviour and fast responses Flexible data rate range up to 6.7 KHz. Additional features: tap recognition, pedometer, easy gesture recognition LIS3MDL 3-Axis Magnetometer: Detects magnetic power sources, ideal for magnetic north The board is equipped with voltage regulation and level conversion so you can easily use it with 3V or 5V devices. We've only run out the I2C interface and some interrupt pins, so you can connect it super easily. The included headers allow for easy use on breadboards and four mounting screw holes ensure a firm hold. Thanks to the STEMMA QT compatible connectors, you can easily connect the board with just a few cables without soldering. We offer associated Arduino/C++ libraries to get you started. Solder contacts on the back allow you to change the I2C addresses and operate two boards in parallel.
Product Features
- Versatile sensors with this 9-DoF sensor you not only get a 6-axis IMU (acceleration sensor and gyroscope), but also a 3-axis magnetometer. Ideal for projects that require precise motion and orientation detection!
- Low noise and little drift thanks to the LSM6DSOX sensor, you can enjoy outstanding stability and fast response times. This means less drift and a more accurate fusion of orientation data compared to other sensors such as MPU6050.
- Easy connection options the breakout board offers a user-friendly I2C interface and is equipped with SparkFun qwiic-compatible STEMMA QT connectors. This allows you to quickly start your project without soldering
- Flexible data rates: you can easily adjust the data rates and measuring ranges. Whether you want to measure the acceleration with up to 16 g or the rotation speed with up to 2000 dps, everything is here.
- Ready to go with libraries to help you get started, we have developed specific libraries for Arduino/C++. These help you integrate the sensors quickly without having to do much effort yourself