Arianespace lofts 4 more O3b sats for SES led constellation
by Staff Writers
Kourou, French Guiana (ESA) Mar 12, 2018
Arianespace has successfully launched four additional O3b satellites for the constellation operated by SES Networks. The launch took place on Friday, March 9 at 2:10 pm (local time) from the Guiana Space Center (CSG), Europe's Spaceport in French Guiana (South America).
This mission was the second of the year for Arianespace, the first in 2018 using a Soyuz rocket and the second launch since January for the global operator SES. With this fourth launch for O3b fleet since 2013, all 16 spacecraft in the current O3b constellation have been orbited by Arianespace.
With this latest mission, Arianespace has demonstrated that its family of launchers is extremely well suited to the deployment of communications, navigation and Earth observation satellite systems.
A new launch for SES Networks' O3b constellation
The four Ka-band O3b satellites will join the other O3b satellites already in Medium Earth Orbit (MEO) to provide low latency, fibre-like connectivity in the booming mobility, fixed data and government markets.
By expanding its O3b fleet, SES will be able to offer 38% more capacity worldwide, and extend its potential market from 45 to 50 degrees north and south latitude.
These new satellites will enable SES Networks to offer more capacity, extended coverage, greater efficiency and higher reliability. At the same time, they will provide operator-class services to businesses, government customers, telecommunications companies, mobile network operators and internet service providers.
Arianespace will launch four more O3b satellites into Medium Earth Orbit for this constellation in 2019.
Arianespace launches 57 satellites for SES in a 30-year partnership
Arianespace and SES have developed an exceptional partnership over the last 30 years, made even stronger by this latest successful launch. Because of its versatile and complementary family of launchers, Arianespace is perfectly suited to address SES's GEO/MEO strategy and the requirements of its future programs.
The Arianespace family: especially well-suited to constellation launches
Right from its service entry in 2020, Ariane 6 will offer three major advantages for constellations: larger payload capacity, a restartable Vinci upper stage engine, and the Auxiliary Power Unit (APU), allowing the sequential release of satellites to prevent any collisions.
To address the specific needs of constellations with small satellites (0-400 kg.) - primarily for Earth observation - two multiple launch systems for Ariane 6 and Vega C are now being developed with the European Space Agency and the European Commission.
Shortly after the official announcement of the orbital injection of the O3b satellites on Flight VS18 mission, Stephane Israel, CEO of Arianespace, said: "With this second launch of the year, and the first by Soyuz, Arianespace is proud to help its long-standing customer SES meet its ambitious goals, for the second time in 2018. We are honored by the renewed confidence placed in us by SES, for whom we have launched 57 satellites since 1988, including the entire O3b constellation. I also would like to congratulate Thales Alenia Space, another loyal partner, which built all four O3b satellites. I would like to thank the Russian space agency Roscosmos for their commitment to our partnership based on Soyuz. My thanks go as well to CNES/CSG, our ground segment partners and all employees at the launch base, who continue to support us as we go from success to success. And of course, congratulations to all Arianespace staff, for this 18th Soyuz launch from CSG."
Action plan approved for next Ariane 5 launches
Paris (ESA) Mar 03, 2018
After the release of the conclusions of the Ariane VA241 Independent Enquiry Commission on 22 February, the findings and recommendations were formally presented to a Steering Board on 28 February. The board included Daniel Neuenschwander, ESA Director of Space Transportation; Stephane Israel, Arianespace CEO; and Alain Charmeau, ArianeGroup CEO. As stated in the Arianespace press release of 23 February, the direct cause of the trajectory deviation on 25 January was an incorrect value provided to t ... read more
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