Sunday, March 31, 2013

SSL chosen by USAF to study polar orbiting weather satellite system

The United States Air Force Space and Missile Systems Center chose leading commercial satellite provider Space Systems Loral (SSL) to study and examine the feasibility of accommodating next-gen military weather systems on commercial polar orbiting satellites. Under the six-months contract that was given under a broad agency announcement in June 2012, SSL will study the options for the U.S Air Force to reduce its cost to replace the legacy Defense Meteorological Satellite Program by using alternative architectures, like equipping commercial satellites with advanced meteorological sensors.

SSL is assigned to examine the technical feasibility of hosting a third-gen meteorological instrument on board with the use of the company’s own commercial bus platform. The company will also identify commercial business opportunities that the U.S Air Force can leverage to achieve weather sensing from a Highly Inclined Elliptical Orbit (HIEO); and lastly, quantify the value proposition for performing the mission in a non-traditional fashion.

“SSL can bring the benefits of a shared platform to both its commercial and government customers,” SSL U.S Government Solutions VP David Anhalt said. “We commend the Air Force and SMC for its leadership in looking to alternative architectures in order to reduce costs and speed the delivery of next generation systems.”

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Wednesday, March 13, 2013

Air Force’s fifth Wideband Global Satellite to undergo final processing, encapsulation

The fifth Wideband Global Satellite communication spaceprobe of the U.S Air Force Space Command Space and Missile System Center has finally arrived at the Shuttle Landing Facility in Florida. The WSG-5 satellite will be subjected to final processing and encapsulation at Astrotech Corporation, then will be transported to Cape Canaveral Air Force Station. The satellite is scheduled to be launched aboard a Delta IV launch vehicle once the booster is cleared for flight.

As the only military satellite communication system, Wideband Global Satellite can support simultaneous X- and Ka-band communications, with cross banding that makes communication across terminal types transparent to the warfighter. Presently, the military satellite collects and routes real-time data using X-band, K-band, and switchable X-/Ka-band terminals being used for strategic, tactical and comm-on-the-move communications.