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Trusted Satellite Operator

XTAR is a trusted commercial satellite operator exclusively providing services in the X-band frequency range, which is the communications cornerstone of today's military, diplomatic, humanitarian and emergency disaster response operations. A privately-owned and operated company, XTAR supports the critical satellite communications needs of governments around the world through its two X-band payloads.

 

With its high-powered 72 MHz transponders and global, fixed and steerable beams, XTAR provides over 4 GB of cost-effective, flexible, secure X-band capacity with coverage from Denver east to Singapore. The system can accommodate massive wideband data requirements and provides overlapping coverage with regional redundancy for increased service and reliability.

 

XTAR bandwidth is not application-specific; it can support and transmit to any one of the primary architectures used by government agencies today, including fixed-to-fixed, tactical-to-tactical, reach-back, broadcast and airborne platforms.

 

When your mission depends on fast, flexible, secure satellite communications capacity, look to XTAR as your trusted partner.

 

Coverage

XTAR News

Does NATO Care Whether Britain is in the EU or Not?

NATO is the most significant vehicle for trans-Atlantic and intra-European military-to-military cooperation ever established. With today’s ever-more-unstable geopolitics, NATO’s strategy and actions heavily preoccupy every military mind in Eastern Europe. Leaders wonder if these nations can continue as independent entities without the protection of NATO and maintain the balance of the EU in the face […]

Smaller, Lighter, Further: All-Weather, High Endurance Reconnaissance and the X-band UAV

Small UAV manufacturers, take note: your efforts to build smaller, lighter UAVs with longer range and higher endurance are not going unnoticed.  Time for a quick primer on what the established competition already knows: UAVs are Size, Weight and Power-limited (SWaP-limited) applications, and thus operate better in X-band – and the reason is simple physics involving (a) X-band’s […]