The Navy’s Ultra High Frequency (UHF) Follow- On (UFO) constellation provides narrowband tactical satellite communications to the DoD warfighter. The UFO constellation, initially launched in 1993, will begin to reach the end of its design life early in the next century. The Navy has developed an acquisition strategy to replace the UFO constellation and briefed it to the MILSATCOM Senior Warfighters Forum (SWarF) and the MILSATCOM Senior Steering Group. The Joint Requirements Oversight Council (JROC) will be briefed in the near future. That strategy consists of three components: (1) procure a UHF gapfiller satellite (UFO F11) for launch in 2003, (2) use commercial satellite assets as much as practical, and (3) procure the Mobile User Objecti...
Satellite communications systems are a vitally important component of our Defense infrastructure for...
The Air Force Research Laboratory Integrated Space Technology Demonstrations (ISTD) Program Office h...
Current space lift launches on the Eastern and Western Range require extensive ground-based, real-ti...
Excerpt from the Proceedings of the Nineteenth Annual Acquisition Research SymposiumThe Department o...
The Mobile User Objective System (MUOS) is the DoD's next generation military Ultra High Frequency (...
the successor to the Navy's UFO satellite communications system. One MUOS proposal relies on a ...
The Mobile User Objective System (MUOS) will be the successor to the Navy's UFO satellite communicat...
he Navy has used the military UHF band (300–400 MHz) for satellite communications (SATCOM) since the...
A worldwide network of military communication satellites is now being deployed to function both as a...
development of a Mobile User Objective System (MUOS). This next generation satellite system will pro...
The Air Force Research Laboratory Integrated Space Technology Demonstrations (ISTD) program office h...
A new space-based command and control concept is presented that combines a ground station in conjunc...
In the past, satellites were designed without adequately discussing issues with the users. This is a...
The driving reasons for developing space systems in DOD at the dawn of the space age were strategic ...
Since the dawn of the space age, the United States and most other spacefaring nations have headed do...
Satellite communications systems are a vitally important component of our Defense infrastructure for...
The Air Force Research Laboratory Integrated Space Technology Demonstrations (ISTD) Program Office h...
Current space lift launches on the Eastern and Western Range require extensive ground-based, real-ti...
Excerpt from the Proceedings of the Nineteenth Annual Acquisition Research SymposiumThe Department o...
The Mobile User Objective System (MUOS) is the DoD's next generation military Ultra High Frequency (...
the successor to the Navy's UFO satellite communications system. One MUOS proposal relies on a ...
The Mobile User Objective System (MUOS) will be the successor to the Navy's UFO satellite communicat...
he Navy has used the military UHF band (300–400 MHz) for satellite communications (SATCOM) since the...
A worldwide network of military communication satellites is now being deployed to function both as a...
development of a Mobile User Objective System (MUOS). This next generation satellite system will pro...
The Air Force Research Laboratory Integrated Space Technology Demonstrations (ISTD) program office h...
A new space-based command and control concept is presented that combines a ground station in conjunc...
In the past, satellites were designed without adequately discussing issues with the users. This is a...
The driving reasons for developing space systems in DOD at the dawn of the space age were strategic ...
Since the dawn of the space age, the United States and most other spacefaring nations have headed do...
Satellite communications systems are a vitally important component of our Defense infrastructure for...
The Air Force Research Laboratory Integrated Space Technology Demonstrations (ISTD) Program Office h...
Current space lift launches on the Eastern and Western Range require extensive ground-based, real-ti...