High-Performance X-Band UAV Detection Radar: Precise Prevention and Control, Safe Guardian

High-Performance X-Band UAV Detection Radar: Precise Prevention and Control, Safe Guardian

With the increasing widespread application of UAVs, the demand for safety prevention and control has become increasingly urgent. This X-band UAV detection radar, relying on advanced technology, outstanding performance and convenient operation, has become a preferred equipment in the UAV monitoring field, providing comprehensive and high-precision safety guarantees for various scenarios.

Core Advantages, Built with Strength

1. Excellent Detection Capability, Accurate Target Acquisition

Operating in the X-band (9.2GHz~9.8GHz), it adopts 2D phased array technology and 2D phased scanning method. For targets with RCS=0.1m², the search and detection distance can reach more than 5km, easily covering a wide monitoring range. The azimuth detection range is 90°, the elevation detection range is 30°, and with an azimuth error of ≤0.4°, an elevation error of ≤0.5° and a distance error of ≤10m, it can accurately lock the target position. At the same time, it supports searching for ≥256 batches of targets and tracking ≥4 batches of targets, with a speed measurement range of 1 ~ 80m/s. It can easily cope with both simultaneous monitoring of multiple targets and precise tracking of a single target.

2. Hardcore Configuration Support, Stable and Reliable Performance

Equipped with a 256-channel phased array antenna, the transmit power per channel is 0.5W, and the EIRP (normal direction) is ≥75dBm, providing strong signal coverage capability; it is equipped with a frequency synthesis module and an RFSOC signal processor, enabling efficient and accurate signal processing with a data rate of 4s/time for search and 0.5s/time for tracking, quickly responding to target dynamics. The whole machine adopts a 100G optical fiber information interface, with a data transmission rate of up to 100Gbit/s, and is equipped with UDP protocol to ensure stable data transmission and avoid packet loss. In terms of hardware, the main chip of the signal processing card is Zynq-UltraScale-47DR, which supports multiple startup modes and program solidification, with rich and durable interfaces, ensuring long-term stable operation of the equipment.

3. Flexible Deployment and Application, Adaptable to Various Scenarios

The total weight of the whole machine is only 20kg, with an outer dimension of 315mm (length) × 315mm (width) × 152mm (height), which is small in size and light in weight, easy to carry and install. It can be connected to a turntable to work in mechanical scanning mode, or multiple array surfaces can form a four-sided array to work in phased scanning mode, adapting to different monitoring needs. The power supply adopts AC220V power supply, and the overall power consumption is 200W with moderate energy consumption. It can be widely used in various scenarios such as airports, nuclear power plants, military restricted areas, large-scale event venues, and industrial parks to achieve all-weather and comprehensive monitoring and prevention of UAVs.

4. Convenient and Efficient Operation, Quick to Get Started

A detailed user guide and MATLAB upper computer examples are provided. The network card configuration is simple and easy to understand. The basic configuration can be completed only by setting the IP address [192.168.10.1](192.168.10.1), subnet mask [255.255.255.0](255.255.255.0) and enabling jumbo frames. Parameters such as repetition frequency cycle, transmit pulse width and receive gate can be intuitively set through the upper computer, and the radar can be started by clicking frequency synthesis wave control setting, parameter issuance and timing start. At the same time, it supports Wireshark to capture data packets to check the working status, and the data return is clear and traceable, facilitating real-time monitoring and debugging by users.

Field-Tested Verification, Quality Assurance

In field experiments, this radar showed good consistency in angle measurement results for the AIR3s UAV under various trajectories such as vertical ascent, descent and offset flight of the aircraft, with fluctuations only between 0.3~0.5 degrees. The point traces are highly consistent with the actual flight trajectory, fully verifying its detection accuracy and stability. Whether it is precise short-distance monitoring or long-distance target acquisition, it can show excellent performance.

Choosing this X-band UAV detection radar means choosing a professional and reliable safety protection partner. With its precise detection capability, stable operation performance and flexible deployment method, it will contribute to your safety defense line, effectively prevent safety risks by unauthorized UAV flights, and safeguard the safety and order of various scenarios!