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• CW Doppler Radar Systems
  • Fixed Radar Heads
  • Radar Heads with Motion
  • Tracking Radars

• Doppler Processor Software
  • TestCenter STD
  • TestCenter TRK

• Hardware Components
  • BR-3502 Fixed Radar Head
  • BR-520 Fixed Radar Head
  • BR-1001 Fixed Radar Head
  • BR-1022 Fixed Radar Head
  • BDR-29010 Radar Head with Motion
  • BTR-35060 Tracking Radar
  • JB-6e Junction Box
  • AT-01 Acoustic Trigger Device
  • Flash Detector

• Accessories
  • Cables
  • Cable Reel

Tracking Radars

Infinition Inc. offers CW Doppler tracking radars capable to measure in real-time the radial velocity and the azimuth and elevation of a moving target with a high degree of accuracy. From the primary measured data, target position can be determined as well as other related results.

CW Doppler radars consist of the following elements:

• Pedestal with motion in azimuth and elevation.
• Pedestal real-time servo controller.
• Real-time Doppler signal processor.
• Radar transmitting and receiving antenna. The receiving antenna uses the monopulse phase comparison principle to determine the position of the moving object within the radar beam.
• Trailer or a tripod.
• Console computer running the TestCenter software suite. It provides real-time control and data display for the real-time processor located at the mount. It also provides system setup functions, raw data recording based on real-time data streaming to disk, on-line and post-processing capability and report generation.

Our tracking radar solutions operate at X-band (10.5 GHz nominally).

To obtain long term accuracy and stability, the mechanical design of the antenna system has been optimized with maximum strength and rigidity. The construction is also very rugged and can sustain the shock and vibration from gun blasts. The system has a built in camera system that is used for alignment and calibration purposes.

The operator console application is based on the TestCenter software used with conventional radar heads and it has been extended with features and functions specific to tracking radars. The software offers a very intuitive graphical user interface for controlling the real-time functions of the radar. It also has extensive post-processing capabilities allowing target flight details to be extracted quickly from the Doppler signals. Operators already familiar with our conventional Doppler radar systems can quickly learn how to operate our tracking radars.