Dennis Moran is VP, Government Business Development, Harris RF Communications, and retired Army MG/former Joint Staff J6. This is the story of how 1+1 can equal 3. Two farsighted Department of Defense ...

According to the Marine Corps Systems Command, approximately 4,300 fielded antenna kits are being distributed along with 1,300 diplexer kits which allow vehicular systems to access the satellites.

Harris has delivered more than 30,000 MUOS-capable AN/PRC-117G tactical radios which will be able to deliver the enhanced capability to warfighters with a software upgrade, a diplexer and an ...

ROCHESTER, N.Y., Nov. 17 (UPI) --The U.S. National Security Agency has given Type-1 certification for Harris Corporation radios to use the MUOS satellite waveform. MUOS is a next-generation U.S ...

With the launch its first Mobile User Objective System (MUOS) satellite set for the evening of Feb. 16, the Navy is highlighting that ability to provide a tenfold increase in bandwidth and the ...

By pairing the U.S. Army's Manpack Radio with the U.S. Navy's Mobile User Objective System (MUOS), Soldiers will be able to have voice, data and network connectivity from almost any point on Earth.

The MUOS-4 preparing to be launched in 2015. Lockheed Martin Photo. The fourth satellite that will make up the Navy’s high bandwidth next generation communication constellation has been accepted ...

"The MUOS waveform provides a beyond-line-of-sight capability, which allows Soldiers to be anywhere in battle and maintain connectivity," said COL James P. Ross, project manager for Tactical Radios.

MUOS-4, the final satellite in the Mobile User Objective System array, was launched early Wednesday after a two-day delay from tropical storm conditions. Three hours after its ascent, operators on the ...

MUOS-5 was successfully launched into a low-earth orbit by an Atlas V rocket on June 24. The satellite was supposed to boost itself into a higher altitude test orbit on July 3, but it failed to do so.