YLC-2 Radar

The YLC-2 radar (domestic designation: LLQ303, formerly known as 385) is a three-dimensional main guidance and surveillance radar developed by the Nanjing Research Institute of Electronics Technology.

In the mid-2000s, an improved version labeled YLC-2A was deployed to the PLA. Equipped with a new Giga-flops digital signal processor, it is capable of Digital Moving Target Indication (DMTI) and Constant false alarm rate (CFAR) processing. An S-band variation called YLC-2U with similar capabilities was also developed for SAM guidance. Both of these advanced YLC-2 radars have been specifically designed to counter stealth fighters such as F-22, with a claimed range of up to 200km even in heavy ECM environment.

• L - band
• Power Output: 5.5 KW
• Peak Power: 85 KW
• Detection range: >500km
• Accuracy: range 200m
• Azimuth: 360⁰
• Height: <500 m(R: <200km); 750 m(R: 300km)
• Resolution range: <100m
• Elevation 0.5⁰ - +20⁰
• MTI improvement factor: 44dB
• Antenna aperture: 7m x 9m
• Antenna sidelobe level: -35dB
• Other features:
  • Phased array system and pencil beam scan technology
  • Wide band low sidelobe planar array antenna
  • Monopulse angle measurement
  • Frequency diversity
  • Distributed high power solid-state transmitter
  • Advanced programmable digital signal processing

•  China :Primary User
•  Sri Lanka :YLC-18 radar
•  Pakistan : YLC-18
•  Myanmar :China sold unknown number of YLC-2V and YLC-18 radars to Myanmar in 2014.

 algeria ^[1]

• NRIET
• PLA Air Defence Radars Technical Report APA-TR-2009-0103^{[permanent dead link‍]}