J30F - Fixed Drone Detection Jammer

Description

MAIN FEATURES

Compact and lightweight
Full-Frequency detection from 70MHz to 6GHz.
Intelligent identification, autonomous learning.
Accurate differentiation, high efficiency, low radio frequency power, and low energy consumption
Precise Control with a whitelist function.
Environmental Adaptability.
Intelligent Adjustment

PRODUCT INTRODUCTION

This product system is used for UAV detection, identification, and jamming. Integrating multiple technologies such as collaborative spectrum sensing and deep neural networks, the system realizes effective detection, identification, and azimuth tracking of low-altitude UAVs in the defense zone through radio detection technology, utilizing received UAV characteristic signals and big data processing. It achieves effective control over intruding UAVs by means of radio interference and blocking technology. The system provides low-altitude three-dimensional protection for defense areas with a radius of more than 5,000 meters and has been widely applied in fields such as government agencies, prison guard, airports, military restricted zones, and major events.

HIGHLIGHTS

Full-Frequency Detection. Passive detection mode enables 360° all-round coverage with an ultra-wide frequency spectrum range of 70MHz-6GHz, ensuring no detection dead angles and wide coverage.

Intelligent Identification. Equipped with autonomous learning capability, it can record signal characteristics of UAVs during flight, covering industrial and consumer UAVs with standard broadband image transmission and frequency-hopping image transmission, featuring a wide identification range and strong adaptability.

Accurate Differentiation. Special frequency-hopping signal identification technology can effectively distinguish multiple remote controllers and industrial grade frequency-hopping UAVs, with precise identification and strong anti-interference ability.

Precise Control. With a whitelist function, it can allow specific more precise control and flexible operation.

Directional countermeasure design reduces impact on other communications, with high efficiency, low radio frequency power, precise interference, and low energy consumption.