Product Description:

WT-R6000 Radar Detection three-dimensional ground/low altitude radar surveillance system is a set of three-dimensional space surveillance radar for low altitude small targets, omni-directional, high elevation coverage. It is mainly responsible for real-time reconnaissance of birds, aircraft, ground personnel, vehicles and other targets in the surrounding area, discovering and tracking targets, and outputting or reporting target information to designated users. Radar supports three kinds of erection modes: fixed mode, vehicle mode and portable mode. It is flexible for different application scenarios.

Product characteristics:

1) All-Space Three-coordinate Detection
All-day, all-weather and large-scale regional reconnaissance and surveillance can effectively acquire the azimuth, distance and altitude (pitch angle) three-dimensional position information of surrounding aircraft and birds, which has the characteristics of long detection distance and high data rate.

2) Target tracking and guidance
The radar can not only realize the search and detection of the surrounding targets, but also report the information of the detected targets. It can also guide high-precision angular measurement equipment according to the user's choice of high-speed tracking target. 64 targets can be tracked at the same time, and the position coordinates of the targets can be updated regularly.

3) Strong recognition ability
Radar uses automatic target classification and recognition. It can detect and recognize small targets at low altitude (personnel, vehicles, small UAV, helicopters, birds), and the recognition probability is more than 80%.

4) Strong adaptability
It can meet the needs of target detection in plateau, mountain, hilly and other complex environments. At the same time, the target information can be real-time output to the operator, or through communication equipment, reported to other equipment to complete the target information guidance.


1. Working band: Ku band
2. Detection and tracking distance: 2.5 km (Xinjiang Elves 4);
3. Radar antenna detection range: horizontal direction (+45) pitch direction (+8);
4. The rotational range of Yuntai-borne radar is 360 pitch direction - 50 +60 in horizontal direction.
5. Distance accuracy: <5m;
6. Speed accuracy: <0.5m/s;
7. Angular measurement accuracy: <1 degree;
8. Minimum detectable target velocity: <0.24m/s;
9. Multiobjective Tracking Upper Limit: 32
10. Protection Level: IP65

RADAR pulses are often very high frequency, so it’s important to have an extremely fast sampling and processing abilities. All RFDM modules have fast ADCs with high dynamic range which feed directly into a large, fast FPGA like a Virtex-5 [2]. To actually receive and retransmit the RADAR signal, an RF frontend is necessary. A typical RF frontend will contain an antenna, filter or filter bank, amplifier, and if the design is superheterodyne, a mixer and LO [8]. DRFM for more advanced RADARs that use techniques like pulse compression involves detecting any additional modulation imparted to the incident waveform and accurately recreating it using Direct Digital Synthesis (DDS) in real time [9]. Handling advanced RADAR signals like pulse compression is active area of research, almost all of which is classified.