The Anti-Drone Gun employs deep learning technology, exhibiting a reduced reliance on signal-to-noise ratio. It effectively addresses the challenge of detecting small targets in complex environments.  It endows the radar with adaptive capabilities to various terrain environments, eliminating the need for parameter adjustments after relocation; it can be powered on directly for searching, ensuring user-friendly operation.

Additionally,it breaks through traditional radar methods in particular MTI+MTD, CFAR, and conventional clutter map detection.

It excels in high angular accuracy (azimuth and elevation), extremely low false alarm rates, stable trajectory tracking, and adaptability to the maneuvering flight of targets in complex environments like urban areas.

The system can autonomously recognize rainy conditions, effectively suppress meteorological clutter, and operate around the clock.

Key Benefits

√ Precision Detection

√ Stable Tracking

√ High Adaptability

√ Deep Learning