Aviation Bird Strike Radar
Category:
System Overview
The BDR-02C series radar is a pulse-Doppler, three-coordinate radar featuring azimuth scanning and elevation scanning, primarily designed for the detection and localization of low-flying aircraft. This radar can accurately determine the spatial position of targets, can be integrated with electro-optical systems, and can be cascaded with countermeasure equipment such as electronic jamming systems, laser weapons, and navigation deception devices.
System Features
Modular Design: Both the radar telecommunications system and the mechanical structure adopt a modular design. To switch between multiple operating modes, it is sufficient to replace the antenna, update the backend signal-processing algorithms, and upgrade the integrated management software configuration.
All-solid-state, fully coherent portable surveillance radar: featuring X-band all-solid-state T/R modules and fractional Fourier transform digital signal processing technology.
Small-Signal Detection in Strong Clutter Background: Based on the characteristics of radar clutter and target echo signatures, this work conducts systematic research and design employing adaptive clutter suppression algorithms, adaptive target matching algorithms, and track-before-detect algorithms.
Fully automated and capable of round-the-clock operation: The radar system can operate unattended, reducing operational complexity and eliminating electromagnetic radiation interference for operators. It features flexible deployment, full automation, and continuous, all-weather functionality.
High flexibility and adaptability: Product types include vehicle-mounted mobile units, tripod-supported portable models, and fixed-installation systems, making them suitable for a wide range of application scenarios such as major gatherings and localized integrated security deployments.
Aviation Bird Strike Radar
Category:
- Description
-
System Overview
The BDR-02C series radar is a pulse-Doppler, three-coordinate radar featuring azimuth scanning and elevation scanning, primarily designed for the detection and localization of low-flying aircraft. This radar can accurately determine the spatial position of targets, can be integrated with electro-optical systems, and can be cascaded with countermeasure equipment such as electronic jamming systems, laser weapons, and navigation deception devices.
System Features
Modular Design: Both the radar telecommunications system and the mechanical structure adopt a modular design. To switch between multiple operating modes, it is sufficient to replace the antenna, update the backend signal-processing algorithms, and upgrade the integrated management software configuration.
All-solid-state, fully coherent portable surveillance radar: featuring X-band all-solid-state T/R modules and fractional Fourier transform digital signal processing technology.
Small-Signal Detection in Strong Clutter Background: Based on the characteristics of radar clutter and target echo signatures, this work conducts systematic research and design employing adaptive clutter suppression algorithms, adaptive target matching algorithms, and track-before-detect algorithms.
Fully automated and capable of round-the-clock operation: The radar system can operate unattended, reducing operational complexity and eliminating electromagnetic radiation interference for operators. It features flexible deployment, full automation, and continuous, all-weather functionality.
High flexibility and adaptability: Product types include vehicle-mounted mobile units, tripod-supported portable models, and fixed-installation systems, making them suitable for a wide range of application scenarios such as major gatherings and localized integrated security deployments.
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