9DoF Razor IMU M0 MPU9250 9Axis Motion Tracking Sensor for Robotics

The 9DoF Razor IMU M0 is a compact, reprogrammable inertial measurement unit (IMU) combining a SAMD21 ARM CortexM0+ microcontroller with the MPU9250 9axis motion sensor. It integrates a 3axis accelerometer, 3axis gyroscope, and 3axis magnetometer, enabling full 9axis motion tracking for robotics, drones, AHRS systems, and wearable devices. It can be programmed to log motion data, output Euler angles, stream sensor readings, or run custom algorithms directly on the onboard MCU.

Features

• Integrated SAMD21 CortexM0+ MCU for onboard processing and custom firmware

• MPU9250 9axis sensor (accelerometer + gyroscope + magnetometer)

• Full 9DoF motion tracking with highprecision sensor fusion

• USB and serial communication for data streaming

• Reprogrammable using Arduino or ARM toolchains

• Ideal for robotics, AHRS, drones, and motioncapture applications

• Compact, lightweight design suitable for embedded systems

Technical Specifications

Microcontroller

• SAMD21 ARM CortexM0+

• 48 MHz operating frequency

• Arduinocompatible firmware support

Motion Sensor (MPU9250)

• 3axis accelerometer

• 3axis gyroscope

• 3axis magnetometer (AK8963)

• Onchip Digital Motion Processor (DMP) for sensor fusion

• 9axis MotionFusion output

Interfaces

• USB (for programming & data output)

• UART serial output

• IC/SPI sensor communication

Power

• USBpowered

• Onboard voltage regulation

Other Features

• MicroSD card support (depending on board revision)

• Onboard status LEDs

• Mounting holes for integration into robotics frames

Application Scenarios

• Robotics navigation & control

• Drone flight stabilization

• AHRS (Attitude and Heading Reference Systems)

• Wearable motion tracking

• Gesture recognition

• Research & education in motion sensing

Whats Included

• 1 9DoF Razor IMU M0 module

FAQ

1. What sensors are included?

The MPU9250 integrates a 3axis accelerometer, 3axis gyroscope, and 3axis magnetometer, providing full 9axis motion tracking.

2. Can it run standalone without an external controller?

Yes. The onboard SAMD21 MCU allows you to run custom firmware and process sensor data directly on the board.

3. Is it Arduinocompatible?

Yes. It can be programmed using Arduino IDE or ARM development tools.