Hispasat 36W-1 [ESA / Pierre Carril]
A small European geostationary platform (SGEO) for communications applications is being developed under OHB's lead management. Initiated by OHB, it has been established as a separate component of the long-term ESA schedule under the ARTES-11 program. The technical specifications for Luxor are based on a proposal submitted by OHB-System AG.
What sets the SGEO platform apart is its modular structure. As a result, the satellite can be fitted individually in accordance with the customer's specific requirements without any major modifications to the satellite bus. The advantages are plain to see: Short integration times make it possible to react swiftly to new market needs and reduce costs. The relatively low complexity of the system ensures high reliability in tandem with reduced program risk.
SGEO has been developed as an optimum platform for communications payloads. With its modular design, however, SGEO also provides a cost-efficient basis for other applications such as Earth observation or meteorology.
The first satellites utilizing the SGEO platform wer to be placed in orbit in 2012, but the maiden mission was delayed to 2017.
|EDRS C / HYLAS 3||2013||06.08.2019||Ariane-5ECA+||3186|
|Heinrich Hertz (H2Sat)||2017 ?||2021||Ariane-5ECA+||3450|
|Hispasat 36W-1 (ex Hispasat AG1)||2008||28.01.2017||Soyuz-ST-B Fregat-MT||3221|
|MTG-S 1 (Sentinel 4A)||2010||2023||Ariane-64|
|MTG-S 2 (Sentinel 4B)||2010||2033|