Communications Satellites
GEOStar™ -2 & -3
Orbital is the world's leading supplier of 1.5 - 5.5 kilowatt commercial geosynchronous (GEO) communications satellites used to provide direct-to-home TV broadcasting, cable program distribution, business data network capacity, regional mobile communications and similar services.
Orbital's highly successful GEOStar-2 and -3 communications satellites provide up to 7.5 kW of payload power and can accommodate virtually all types of commercial communications payloads.
For many applications, the lighter weight, more affordable GEOStar-2 and -3 designs are attractive alternatives to the larger, more costly GEO satellites offered by other suppliers. Because Orbital STAR satellites are smaller and significantly less expensive to manufacture and launch, they are an ideal fit for established companies that wish add incremental capacity for their network or provide back-up capacity for key customers. In addition, GEOStar satellites are also well suited for businesses customers in the early stages of building their business.
Orbital entered the GEO satellite market in 1997 with the launch of our first GEOStar spacecraft, IndoStar-1. Since then, Orbital has evolved and improved the GEOStar platform. A list of spacecraft delivered or on order for delivery is below:
Current Programs
| Spacecraft |
Customer |
Mission |
Coverage Area |
Launch |
| Amazonas 4A |
Hispasat |
Ku-band |
South America |
2014 |
| Thaicom 6 |
Thaicom |
Ku- and C-band |
SE Asia & Africa |
2013 |
| SES-8 |
SES |
Ka- and Ku-band |
SE Asia and Indo-China |
2013 |
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| Heritage Programs |
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| Azerspace/Africasat -1a |
Azercosmos |
Ku- and C-band |
Azerbaijan, Asia, Europe & Africa |
2/2013 |
| MEXSAT Bicentenario |
Boeing |
Ku- and C-band |
Mexico |
12/2012 |
| Star One C3 |
Star One |
Ku- and C-band |
Brazil & South America |
10/2012 |
| Intesat-23 |
Intelsat |
Ku- and C-band |
Americas, Europe & Africa |
10/2012 |
| HYLAS 2 |
Avanti |
Ka-band |
Europe, Africa & Middle East |
8/2012 |
| Intelsat-18 |
Intelsat |
Ku- & C-band |
Pacific Ocean Region |
10/2011 |
| SES-2 |
SES |
Ku-, C-, & Ka-band (IR Hosted Payload) |
Continental US |
09/2011 |
| SES-3 |
SES |
Ku-, C-, & Ka-band |
Continental US |
07/2011 |
| Intelsat 28 |
Intelsat |
Ku- & C-band |
Europe, Middle East & Africa |
04/2011 |
| KOREASAT 6 |
KT |
Ku-band FSS & DBS |
South Korea |
12/2010 |
| SES-1 |
SES |
Ku-, C-, & Ka-band |
Continental US |
04/2010 |
| Intelsat 16 |
Intelsat |
Ku-band |
Mexico, Venezuela & United States |
02/2010 |
| Intelsat 15 |
Intelsat |
Ku-band |
Middle East, Indian Ocean & Russia |
11/2009 |
| Optus D3 |
Optus |
Ku-band DTH |
Australia & NZ |
08/2009 |
| MEASAT-3a |
MeaSat |
Ku- & C-band |
Malaysia & Indonesia |
06/2009 |
| NSS-9 |
SES |
C-band |
Pacific Ocean Region |
02/2009 |
| AMC-21 |
SES |
Ku-band FSS |
United States |
08/2008 |
| THOR 5 |
Telenor |
Ku-band FSS & BSS |
Europe & Middle East |
02/2008 |
| Horizons-2 |
Intelsat/JSAT |
Ku-band |
Continental US |
12/2007 |
| Intelsat-11 |
Intelsat |
Ku- & C-band DTH & FSS |
North & South America |
10/2007 |
| Optus D2 |
Optus |
Ku-band DTH & FSS |
Australia & NZ |
10/2007 |
| Optus D1 |
Optus |
Ku-band DTH & FSS |
Australia & NZ |
10/2006 |
| TELKOM-2 |
PT Telcom |
C-band FSS |
Indonesia & SE Asia |
11/2005 |
| Galaxy 15 |
Intelsat |
C-band FSS (L-band Hosted Payload) |
United States |
10/2005 |
| Galaxy 14 |
Intelsat |
C-band FSS |
United States |
08/2005 |
| BSAT-2c |
B-SAT |
Ku-band DTH |
Japan |
06/2004 |
| Galaxy 12 |
Intelsat |
C-band FSS |
United States |
04/2003 |
| N-Star c |
NTT DoCoMo |
S-band MSS |
Japan |
07/2002 |
| BSAT-2b* |
B-SAT |
Ku-band DTH |
Japan |
07/2001 |
| BSAT-2a |
B-SAT |
Ku-band DTH |
Japan |
03/2001 |
| IndoStar-1 |
MCI |
S-band DTH |
Indonesia |
11/1997 |
Iridium NEXT
Under a contract with Thales Alenia Space, Orbital will conduct integration and test services for Iridium NEXT, the next-generation satellite constellation of Iridium Communications Inc. Orbital will integrate the communications payloads and platforms for 81 low-Earth orbit Iridium NEXT satellites and test the systems at its satellite manufacturing facility in Gilbert, Arizona.
ORBCOMM
Orbital is also a pioneer in low-Earth Orbit communications satellites, having conceived, built and deployed the ORBCOMM network. ORBCOMM was the first global communications network to employ a constellation of LEO satellites. From 1994 -1999 the company built and deployed 35 satellites, integrated five “gateway” ground stations and a network operations center to manage the satellites and process their data.
The narrow-band ORBCOMM network is utilized to send and receive short messages to mobile assets such as trucks, trailers, marine vessels, railcars and other remote assets that are often out of reach of terrestrial communications networks. In 2007, Orbital delivered six communications subsystems to ORBCOMM, Inc. for satellites which were launched in 2008 to augment the ORBCOMM in-orbit fleet.
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Quick Facts
Orbital is the world’s leading provider of small- to medium-class geosynchronous Earth orbit (GEO) communications satellites
67 Communications satellites delivered and launched since 1995
31 GEO communications satellites delivered since 1997, with an additional six on order or in production for delivery through 2014
AS9100 and ISO 9001 Registered
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