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XTAR Wins $8 Million In New Business
by Staff Writers
Herndon, VA (SPX) Dec 13, 2012

XTAR's success in the Airborne ISR market was achieved after an 18-month strategy to evolve the company away from supporting traditional satellite applications, such as point-to-point services, toward enabling the advanced applications required by today's warfighter.

XTAR has announced that it has gained a significant segment of the growing airborne intelligence, surveillance, and reconnaissance (AISR) market over the last 12 months. These contracts represent more than 100 MHz of bandwidth and are valued at more than $8 Million.

Under these various contracts, XTAR will provide high-powered X-band capacity on its XTAR-LANT and XTAR-EUR payloads to support critical services on manned aircraft using advanced antennas designed specifically for airborne applications.

These terminals range in size from 0.8 meters down to very small 0.4 meters. This capacity will provide service over a coverage area extending from North and South America to Africa and the Middle East. Contract terms vary from six months to as long as 72 months.

These services reinforce XTAR's commitment to providing operational independence and technical flexibility that help meet government requirements.

"XTAR and X-band are supporting increasingly significant warfighter requirements, especially for vital intelligence gathering missions within the AISR market," said Philip Harlow, XTAR president and COO.

"The value-added integrators working with XTAR to support these missions continue to focus on X-band because they understand commercial X-band's strength, especially for government users requiring satellite solutions that are not supported by government satellite resources.

"As a former soldier, I know the value of accessing technically advanced satellite services such as XTAR's to fulfill mission requirements when and where they occur."

Advanced X-band satellites like XTAR-EUR and XTAR-LANT deliver the ideal bandwidth to support small AISR terminals.

Given the four-degree spacing between X-band satellites and X-band's ability to penetrate rain and other potential sources of interference, XTAR's constellation provides the most reliable and technically capable communications network for airborne and other mobile applications.

XTAR's success in the Airborne ISR market was achieved after an 18-month strategy to evolve the company away from supporting traditional satellite applications, such as point-to-point services, toward enabling the advanced applications required by today's warfighter.

As part of this strategy, XTAR re-pointed several of its steerable spot beams to better accommodate airborne and other applications which rely on small terminals.

The company hopes to capture a significant portion of the future AISR market by fulfilling many similar requirements, especially as today's global ISR market that is valued at over $18 Billion continues to grow substantially.

As ISR sensors become increasingly smaller and more efficient, XTAR anticipates that its powerful satellite capabilities will enable increasing airborne missions.

XTAR is working with its value-added integrator partners to ensure that its advanced satellite capacity is available for government and military AISR requirements whenever and wherever they are needed.

The company actively supports government and military users with commercial X-band satellite services to supplement the X-band payload of the Wideband Global SATCOM (WGS) system operated by the U.S. Air Force, which provides limited capacity and limited availability for this growing market of applications.


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UTC Aerospace Systems Selects Headwall Hyperspectral Imaging Sensor For SYERS-2 Program
Fitchburg, MA (SPX) Nov 29, 2012
Headwall Photonics announces that its Hyperspec sensor has been chosen by UTC Aerospace Systems (formerly Goodrich Corporation) for the Senior Year Electro-Optical Reconnaissance Sensor (SYERS-2) platform. SYERS-2 is currently used on the U.S. Air Force U-2 Dragon Lady for very high altitude reconnaissance missions. Headwall's hyperspectral sensor will provide SYERS-2 with enhanced intelli ... read more

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