Chengdu Leitong Technology Co., Ltd.
Ground warning radar
One-dimensional phased array radar
Two-dimensional phased array radar
Digital multi-beam radar
Four-sided phased array radar
Through-wall radar
Integrated equipment
Passive detection equipment
Counter equipment
Slope monitoring radar
Radar Simulator

One-dimensional phased array radar

LT-Ku06 Low Altitude Warning Radar

LT-Ku06 Low Altitude Warning Radar

LT-Ku06 radar is a low altitude alert detection equipment, operating in the Ku band. It uses a wide-angle frequency scanning waveguide antenna with a linear frequency modulation pulse system, and is suitable for applications with full coverage of a single radar in the airspace. In the pitch dimension, frequency scanning technology is used instead of costly phased scanning technology, which is cost-effective.
LT-Ku07 Low Altitude Warning Radar

LT-Ku07 Low Altitude Warning Radar

The LT-Ku07 one-dimensional phased array three coordinate radar is a low altitude surveillance and reconnaissance equipment, operating in the Ku band.

LT-X07 Low Altitude Warning Radar

LT-X07 Low Altitude Warning Radar

The LT-X07 radar is a low-altitude surveillance and reconnaissance equipment that operating in the X-band. The radar detects and locates moving ground targets, low-altitude helicopters, drones and maritime targets. The low-altitude security radar system can detect and extract target information in complex environments with strong ground clutter, providing information support for combat personnel.
LT-Ku07A low-altitude warning radar

LT-Ku07A low-altitude warning radar

The LT-Ku07A one-dimensional three-coordinate phased array radar is a low-altitude surveillance and reconnaissance equipment, operating in the Ku band. This radar adopts the AESA (Active Phased Array) system.

LT-X07A Low Altitude Warning Radar

LT-X07A Low Altitude Warning Radar

The LT-X07A radar is a low-altitude surveillance and reconnaissance equipment that searches and tracks moving ground targets, low-altitude helicopters, missiles, UAVs, and sea surface targets, and can perform preliminary classification and recognition.

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