Raytheon Wins $886M USAF GPS OCX Contract

March 1, 2010

The U.S. Air Force has selected Raytheon for an initial contract of $886 million to develop a new element of the Global Positioning System to improve the accuracy of information from GPS satellites.

The contract represents the first two development blocks of the advanced control segment (OCX), which will have a significant impact on GPS capabilities. The OCX will include anti-jam capabilities and improved security, accuracy and reliability and will be based on a modern service-oriented architecture to integrate government and industry open-system standards.

“We are excited to partner with the Air Force to provide the best-value GPS control system for the future,” said Lynn Dugle, president of Raytheon’s Intelligence and Information Systems business. “Raytheon’s broad experience in delivering satellite-to-ground command-and-control systems will ensure that our nation’s military and civil GPS users worldwide are provided new capabilities.”

The OCX will dramatically affect GPS command, control and mission capabilities and make it easier for the operations team to run the current GPS block II and all future GPS satellites.

“Raytheon is proud to deliver innovative technologies to help the Air Force meet its mission of protecting GPS operational services,” said Bob Canty, GPS vice president and program manager for Raytheon. “The advanced control segment is a critical program for our nation’s combat forces, coalition partners, as well as domestic and international civil users. By selecting Raytheon, the Air Force recognizes our experience and commitment to take GPS to the next level.”

The GPS, a satellite-based radio navigation system for the military and the public, comprises three major segments: the user segment, the space segment and the control segment, which includes a master control station and ground antennas.

“The OCX concept was created to separate the control and space segments,” Canty said. “Technologies were evolving so rapidly and were so critical to execution that specialized skills were needed. The GPS wing saw the same need for specialized expertise on GPS OCX.”