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MPU-6050

InvenSense/TDK
6-axis IMU (3-axis gyro + 3-axis accelerometer), I2C, DMP, widely used in robotics and drones.
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Overview

The MPU-6050 is a 6-axis inertial measurement unit (3-axis gyroscope plus 3-axis accelerometer) from InvenSense/TDK. It communicates over I2C and includes an optional on-chip DMP (Digital Motion Processor) to offload some sensor fusion tasks. The part is widely used in hobby and embedded projects for basic orientation and motion sensing.

Why Choose This Part

The MPU-6050 combines both gyro and accelerometer in a single, compact device, reducing board space and simplifying BOM. Its on-chip DMP can handle common sensor fusion tasks, lowering host CPU load when used with supported firmware and libraries. The part has extensive community support and many ready-made breakout boards and libraries, which speeds up prototyping and debugging.

Applications

Drone and quadcopter stabilization
Attitude sensing and rate feedback for flight controllers and autopilots.
Mobile and hobby robotics
Balance control, dead-reckoning, and motion feedback for wheeled and legged robots.
Gesture and motion detection
Detecting taps, shakes, and orientation changes in handheld devices or controllers.
Gimbal and camera stabilization
Providing angular rate and acceleration data to stabilize cameras and mounts.
Prototype and educational projects
Commonly used on breakout boards for quick integration with Arduino and Raspberry Pi platforms.

Getting Started

Use a breakout board from vendors such as SparkFun or Adafruit to avoid dealing with the raw LGA package; these breakouts expose I2C and power pins at standard headers. For software, popular starting points are the Arduino IDE with Jeff Rowberg's I2Cdevlib libraries, or using Raspberry Pi with i2c-tools and smbus/Python. If you plan to use the DMP, pick a library that supports its firmware and be prepared to reference community examples for DMP initialization and calibration.

Also Consider

BNO055 Bosch Sensortec - Integrated 9-axis sensor with onboard absolute orientation fusion, reducing host-side sensor fusion work.