State-of-the-Art Radar System Provides All-Weather,
Multi-Directional Drone Detection
In current air defense systems, drones have become an increasingly
important threat. To address this challenge, the use of
state-of-the-art radar systems is central to anti-drone technology.
This system, through high-precision radar sensors, can detect and
track multi-directional drone targets 24/7. Whether day or night,
sunny or rainy, the radar system can accurately identify and track
drones at different altitudes, speeds, and flight attitudes.
Multi-band detection technology enables the system to efficiently
identify different types of drones, achieving high-precision
monitoring of small drones, ensuring accuracy and timeliness of
information even in complex environments.
Device Detection Performance Parameters
| Parameter | Value |
|---|
| Detection Frequency | Supports 300MHz~6000MHz |
| Key Frequency Bands | 2.4G/5.8G/900MHz/400MHz/800MHz/1.4GHz |
| Detection Range | 1-5000m (depending on local electromagnetic environment) |
| Number of Drones Detected | Simultaneously detects ≥10 drones |
Device Countermeasure Performance Parameters
| Parameter | Value |
|---|
| Countermeasure Signal | 2.4G/5.2G/5.8G/800MHz/900MHz (Frequency bands can be customized) |
| Countermeasure Range | 1-3000m (depending on local electromagnetic environment) |
Device Deception Performance Parameters
| Parameter | Value |
|---|
| Operating Range | >500m, less than 1000m and adjustable within 500m |
| Operating Direction | Omnidirectional 360 degrees (when unobstructed) |
| Operating Frequency Bands | GPS/BDS/GLONASS/Galileo |
| Deception Effects | Forced landing, flight restriction, denial, directional expulsion |
| Omnidirectional | 360 degrees (when unobstructed) |
| Operating Frequency Bands | GPS/BDS/GLONASS/Galileo |
| Deception Effects | Forced landing, flight restriction, denial, directional expulsion |
Compatible with Multiple Communication Frequency Bands, Ensuring
Global Applicability
To meet the frequency band regulations and communication
environment requirements of different regions worldwide, this
anti-drone system supports multiple communication frequency bands.
Whether in North America, Europe, Asia, or in complex military or
civilian environments, the system ensures reliable operation. The
system automatically switches and adapts to local communication
standards, supporting radar transmission and data communication
across multiple frequency ranges, including L-band, S-band, and
X-band. Through advanced spectrum management technology, the system
effectively avoids interference and guarantees communication
stability, ensuring excellent applicability worldwide.
Highly Modular Design for Easy Upgrades and Maintenance
The system features a highly modular design, allowing each
functional module to be independently replaced or upgraded. Whether
it's the radar unit, sensors, or data processing system, flexible
adjustments and replacements can be made as needed. This design not
only reduces system maintenance costs but also ensures a longer
lifespan in a constantly evolving technological environment. Users
can gradually add new functional modules or upgrade existing ones
to meet higher protection requirements or address new threats. This
modular design significantly enhances the system's flexibility and
scalability.
Easy Installation, No Complex Pre-Engineering Required
The anti-drone system is designed for simple installation and
commissioning, eliminating the need for complex pre-engineering.
The system's main equipment can be quickly installed and deployed
using prefabricated modules, requiring only simple power
connections and network access to become operational. For
installation needs in special locations, the system also provides
convenient accessories and expansion options. Through rigorous
factory testing, the installation process has been greatly
simplified, allowing users to deploy and begin using the system in
a short time, thus improving overall system efficiency and
application flexibility.
