September 22nd, 2011

 

SES S.A. announces that the SES-2 satellite was successfully launched into space on time on September 21th at 18:38 pm local time (17:38 EDT; 23:38 Central European Summer Time).

SES-2 is a hybrid C- and Ku-band satellite which will replace SES’ AMC-3 spacecraft at 87 degrees West and provide coverage of North America and the Caribbean. The satellite will continue distributing advanced digital media from one of the world’s largest TV neighborhoods, as well as supporting a variety of enterprise, VSAT and government customers. The satellite’s easterly location with its excellent coverage of the Gulf of Mexico and Caribbean was specifically designed to provide communications links to offshore platforms for customers in the oil and gas and maritime markets. The cross-strapping capabilities from C- to Ku-band on the spacecraft will enable customers to further optimize their enterprise networks.

SES-2 is based on Orbital’s space-proven Star 2.4 platform, the largest and most powerful geostationary communications satellites Orbital builds. It carries 24 C-Band transponders and 24 Ku-Band transponders (36 MHz equivalents), generates approximately five kilowatts of payload power, and features a design life of 15 years.

The state-of-the-art spacecraft also carries the Commercially Hosted Infrared Payload (CHIRP) sensor specially developed for the US government for testing purposes. The CHIRP sensor features a fixed telescope that can view one quarter of the Earth from geosynchronous orbit.

Romain Bausch, President and CEO of SES, stated: “Roughly two months after the successful launch of SES-3, the launch success of SES-2 on Ariane marks another important event for SES’ North American customers, completing SES’ encompassing satellite fleet renewal over North America. SES would like to thank Arianespace and Orbital for a mission well executed. Fitted with CHIRP, SES’ first hosted payload, SES-2 is also an important demonstration of how hosting government special purpose payloads on commercial satellites can provide cost effective means for experimenting with new technologies.”