IMU High-Precision Attitude Sensor Module 10-Axis AHRS Attitude Calculation Support for ROS Robot, Drone, Arduino, STM32

High-Precision IMU Attitude Sensor This IMU high-precision attitude sensor module offers optional 10-axis configurations to meet robotics and motion control needs. It is designed for accurate AHRS attitude calculation and stable real-time motion sensing in ROS robots, drones, and other embedded systems.

Support for AHRS Attitude Calculation Built-in AHRS (Attitude and Heading Reference System) algorithm support enables stable fusion of multi-axis sensor data. This provides precise roll, pitch, and yaw angles with low drift, suitable for navigation, balance control, path planning, and posture stabilization in ROS robot platforms and smart vehicles.

Compatible with ROS Robot and Open-Source Platforms The IMU module supports easy integration with ROS robot systems via standard interfaces and open communication protocols. It is also suitable for Arduino, STM32, Raspberry Pi, and other development boards, enabling rapid development of robot motion control, SLAM, and sensor fusion projects.

Stable Performance for Robots, Drones, and UAVs With high sampling rate and low-noise sensor components, this attitude sensor ensures smooth and accurate motion capture for ROS robots, drones, UAV flight controllers, gimbals, and balancing robots. It is ideal for tasks such as automatic leveling, heading hold, and trajectory tracking.

Easy Integration and Flexible Use The compact PCB design and standard pin headers make this module easy to embed into various robot chassis and electronic control systems. Clear signal labelling and detailed documentation help users quickly complete wiring, calibration, and software configuration.

Colour: As Shown

Material: plastic

Package Contents:

1*10-axis IMU module 1*data cable 2*4-pin headers

Only the above package content, other products are not included.

Note: Light reflection and different displays may cause the colour of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.