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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.
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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.
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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.
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