Globally Covered Fixed Anti-Drone Defense System
The Global Fixed Drone Defense System is a multi-layered airspace
protection solution against drone threats. It provides continuous
and effective airspace protection by deploying defense devices at
multiple fixed points worldwide, enabling real-time monitoring and
jamming of drones of different sizes and types. The system not only
provides 24/7 protection but also reacts rapidly according to
different threat levels, ensuring that critical facilities and
areas are not affected by drone intrusions. Through fixed
deployment, the system achieves higher stability and a longer
operational cycle, avoiding the limitations of mobile equipment,
and is suitable for large venues, border areas, and locations with
high security requirements.
| Parameter | Value |
|---|
| Detection Range | 10-15 km |
| Protected Area | 360° Full Coverage |
| Response Time | Milliseconds |
| Operating Frequency Band | L-band, S-band |
| System Power | 500W-3kW |
| Power Supply | AC 220V / DC 48V |
| Operating Temperature | -20°C to 50°C |
| Maximum Load | 15 kg |
| System Lifespan | 10 years and above |
| Network Interface | Ethernet, Wi-Fi, 4G/5G Connection |
Integrated Design: All Functions Integrated into One System
The integrated design concept of this anti-drone defense system
integrates all key functions (such as detection, tracking, jamming,
and interception) into a single system module. This integrated
design greatly simplifies the deployment process, reduces interface
issues between devices, and improves system stability. Users only
need to install the equipment at the designated location, and the
system will automatically adjust to its optimal operating state for
comprehensive drone protection. Furthermore, the integrated design
facilitates later maintenance and upgrades, enabling rapid response
to technological advancements and maintaining the system's advanced
nature and efficiency.
Low Energy Consumption: High-Efficiency Energy Management Design
Low energy consumption is another major advantage of this system.
By employing advanced energy efficiency management technology, the
system effectively controls power consumption during operation,
reducing energy waste and lowering operating costs. Its
high-efficiency design not only ensures long-term continuous
operation but also reduces equipment heat dissipation issues,
extending the system's lifespan. This design is particularly
suitable for energy-sensitive applications, such as remote
monitoring sites and drone protection equipment operating online
for extended periods.
This system is not only powerful in functionality but also excels
in energy efficiency and cost control, truly maximizing operational
efficiency while ensuring safety and protection.
