🚀 You can’t tell which IMU is the best by looking at the datasheet—you have to see it in action. ➡️ Many people compare IMUs based on sampling rate or measurement range. ➡️ These values are important—but other characteristics are crucial for reliable sensor fusion.

👉  A high-quality IMU delivers stable and precise motion data even when GNSS is temporarily unavailable.

🔵 This is exactly where the quality features that make all the difference come into play:

🟠 High bias stability

🟠 Low sensor noise

🟠 Precise calibration

🟠 Reliable performance across the entire temperature range

💡  In sensor fusion, a simple principle applies:

🟠  The quality of the results can never be better than the quality of the input data.

👉  A high-performance IMU therefore forms the foundation for precise position and motion information—and thus for robust navigation, even under demanding conditions.