AHRS Attitude Heading Angle Sensor IMU Module for Robotics Navigation

High-Precision IMU AHRS Attitude Sensor

Product Overview

The High-Precision IMU AHRS Attitude Sensor is an all-in-one attitude measurement solution built for robotics developers, drone engineers, and embedded system designers, eliminating the need to develop and debug complex attitude estimation, filtering, and sensor fusion algorithms from scratch. It features a built-in high-performance 32-bit processor with integrated Mahony filtering and AHRS attitude fusion algorithms, delivering calibrated attitude data (Euler angles, quaternions, acceleration, angular velocity) at up to 100Hz refresh rate. Available in 6-axis (VRU), 9-axis (AHRS), and 10-axis (AHRS + barometer) configurations, it supports I2C/UART/Type-C communication and is fully compatible with microcontrollers, Linux host controllers, and ROS1/ROS2 systems — making it an ideal choice for robotic motion control, drone attitude stabilization, intelligent navigation, and motion tracking applications.

Key Advantages

• No Custom Algorithm Required

  Built-in Mahony filtering and AHRS sensor fusion algorithms directly output fully calibrated attitude data, including Euler angles, quaternions, acceleration, angular velocity, and more — saving hundreds of hours of algorithm development and tuning. X/Y-axis static accuracy reaches 0.05°, and Z-axis heading drift is <0.05°/h, ensuring stable and reliable data.

• Flexible Configuration Options

  Three configurations available to meet your project needs: 6-axis VRU (gyroscope + accelerometer) for cost-sensitive applications requiring only dynamic pitch/roll response; 9-axis AHRS (adds magnetometer) for full 3D attitude measurement with heading data; 10-axis AHRS (adds barometer) for 3D position tracking with altitude measurement.

• Multi-Interface Support

  Supports I2C and UART communication via pin headers, or Type-C USB communication via optional baseboard — compatible with all major development platforms, plug-and-play with no driver installation required.

• Broad Host Controller Compatibility

  Ready to use out of the box with all microcontrollers (STM32/ESP32/Arduino/RP2040), Linux host controllers (Raspberry Pi/Jetson/RDK series), Windows/macOS PCs, and natively supports ROS1/ROS2 systems with pre-written example code provided.

• Ultra-Compact & Low Power

  Tiny 27.4×22.6×12mm form factor, weighing only 3.8g with an operating current of just 11mA — ideal for integration into space-constrained and power-sensitive robotic and drone projects.

Hardware Overview

Available SKUs:

Compatible Devices:

• All microcontrollers (STM32/ESP32/Arduino/RP2040), Linux host controllers (Raspberry Pi/Jetson/RDK series), Windows/macOS PCs
• Native ROS1/ROS2 support with pre-written example code

Easy 3-Step Setup:

• For standalone modules: Solder the included pin headers and connect to your controller via I2C/UART.
• For full kits: Attach the module to the USB baseboard, plug the Type-C cable into your controller/PC.
• Download our open-source example code from GitHub, run it, and start receiving attitude data immediately. A complete open-source tutorial library, multi-platform example code, and ROS packages are provided free of charge.

Technical Specifications

Basic Parameters

Sensor Performance Parameters

Attitude Accuracy Parameters

Technical Support

We provide fully open-source tutorials, example code repositories, and ROS packages designed for users of all levels — from students to professional engineers — enabling hassle-free deployment in under 10 minutes. Support packages include:

• Complete hardware connection guides for all supported platforms
• Pre-written example code for microcontrollers, Linux systems, and ROS
• ROS1/ROS2 visualization and integration tutorials
• 7-day one-on-one technical support for integration issues

For detailed technical documentation on software setup and code implementation, please refer to our official wiki: Click here to visit. Community technical support is also available to help accelerate your project implementation.

Parts List

Standalone Module:

Full Kit (with Pre-Soldered Baseboard):

Note: Pin headers on standalone modules are not soldered by default. Soldering is required for I2C/UART communication.