Breakthrough Core Technology, Enhanced Range and Precision

Utilizing Linear Frequency Modulated Continuous Wave (LFMCW) technology, it achieves a maximum altitude measurement of 1000m with centimeter-level accuracy (±0.02m), twice as precise as similar products. The blind zone is reduced to 0.2m, also twice as good as competitors. This ensures smooth and safe drone takeoffs and landings.

A static clutter filtering algorithm prevents data fluctuations, validated through thousands of flight tests for stable output and reliable performance.

Safe, Reliable, and Accurate Terrain Following

The UAM231 features built-in hardware and software self-checking functions to verify data accuracy, enhancing safety and reliability in complex environments.

Unlike GPS altitude data, the UAM231 provides terrain-following height data, accurately reflecting ground contours regardless of terrain.

Integrated with a 6-axis gyroscope, accelerometer, and magnetometer, it monitors flight status and issues warnings for excessive tilt angles, ensuring optimal radar alignment with the ground.

Strong Adaptability for Complex Environments

Compared to traditional barometric altimeters, the millimeter-wave radar is unaffected by wind, rain, fog, or other harsh weather conditions, enabling all-weather, day-and-night operation.

With an IP67-rated enclosure, the UAM231 is ideal for high-speed, high-impact, and high-vibration environments, suitable for heavy-duty drones. It performs reliably in rain, snow, fog, salt spray, and sandstorms.