Radar Rd03 - China

The RD03 low-altitude surveillance radar is a Ku-band phased array radar that adopts an all-solid-state, all-coherent pulse Doppler system.

The target update rate can reach 3 seconds, allowing for all-weather detection and tracking of fast-moving "low, small, and slow" targets.

This radar adopts azimuth mechanical scanning and elevation electronic scanning methods, offering higher cost-effectiveness compared to two-dimensional phased array and multi-beam radars.

Parameter Index

Frequency Band Ku-band

Detection Distance ≥12km(RCS=0.01m²)

Blind Spot 200m

Angle Coverage Azimuth：0°~360°, Elevation：0°~30°

Tracking Function Supports target tracking

Speed Range 1m/s~100m/s

Scanning Method Azimuth：Mechanical scanning, Elevation, phase scan

Accuracy Distance＜10m, Azimuth：＜0.5°, Elevation：＜0.5°

Target Update Rate 6s/3s

Port Network port

Weight ≤35g

Company Contact:

• Posted By: Xi'an Interwiser Electronic Technology Co., Ltd

• Phone: +86 029 84508304

• Address: 8th Floor, Block E, Xidian Science Park, 168 Kechuang Road, Yanta District, Xi'an City, Shaanxi , China

• Email:

• Website: https://www.interwiser-global.com/

• Business Description: Xi'an Interwiser Electronic Technology Co., Ltd , the core team was formed in 2012 and officially established in 2015 - InterWiser brings together experienced digital signal processing hardware and software engineers, as well as analog RF system engineers, from both domestic and international backgrounds.
  
  The core R&D personnel has over 10 years of project experience and is dedicated to providing comprehensive services for mixed-signal system solutions.
  
  Additionally, the company can independently offer related services such as digital baseband module design, R&D, and production (FPGA + DSP + AD/DA), as well as integrated RF front-end systems.
  
  Keeping up with the semiconductor industry's advancements, InterWiser has developed a comprehensive R&D system, encompassing hardware module design, board testing, logic development, data flow control, RF integration, and upper-level software as a whole, and demonstrating strong system-level R&D capabilities.