Cobra Judy Replacement radars perform exceptionally during first live-launch test
The Raytheon Co.-led Cobra Judy Replacement (CJR) program surpassed expectations during its first tests against a live rocket launch on March 19. From approximately 100 miles off the Florida coast, the powerful X- and S-Band radars integrated onboard the USNS Howard O. Lorenzen (T-AGM 25) successfully acquired and tracked both stages of an Atlas V rocket launched from Cape Canaveral and collected all associated data.
The exceptional demonstration of CJR's performance validates its mission capability, advancing the program on schedule toward Initial Operational Capability (IOC) in January 2014. To be deployed as a strategic, global asset for ballistic missile monitoring, data collection and treaty verification, the large-scale, complex dual-band radar suite of CJR consists of X- and S-band phased-array sensors, a common radar suite controller and other related mission equipment.
"CJR continues to excel at each stage of development and testing – no small feat for a new program with its level of scale and complexity," said U.S. Navy Captain Rod Wester, CJR program manager, Program Executive Office – Integrated Warfare Systems (PEO IWS 2I). "The performance of the radars – and the platform as a whole – has been outstanding and it is a testament to the skill, experience and dedication of the government-industry team of experts, working together to bring this critical capability closer to deployment."
Raytheon is the prime contractor for the CJR mission equipment and principal on an industry team that includes Northrop Grumman Electronic Systems. The team has been a model of collaboration, focused on the delivery of a high-performing shipboard radar capability that the U.S. Navy, the U.S. Air Force and the nation can rely upon as a critical global asset.
This live-launch exercise follows a series of achievements for this true dual-band, active phased-array radar suite. Since at-sea testing began in July 2012, the program team has been incrementally testing and fine-tuning the radars against targets of increasing complexity. In late 2012, two critical firsts were achieved: the demonstration of full-power radiation capability of the high-sensitivity shipboard X- and S-band radars; and the successful dual-band acquisition and tracking of satellites under the control of the CJR common radar suite controller.