All verified mentions of this organization in source documents.
Airbus has supplied satellites to Arabsat for 20 years.
Airbus’ geostationary telecommunications satellites have accumulated more than 1,300 years of successful operation in orbit across their fleet.
Airbus is developing a new generation of optical communications technology in space that includes the TELEO demonstrator.
The Airbus TELEO demonstrator will be used to validate technical scenarios and innovations for GEO-to-ground communications at the order of one terabit per second.
BADR-8 is the eighth satellite Airbus has built for Arabsat.
The Airbus Eurostar Neo Arabsat BADR-8 satellite features electric orbit-raising technology.
Arabsat BADR-8 is the third Airbus Eurostar Neo satellite to be launched.
Airbus geostationary telecommunications satellites are in service or being built for all of the world’s leading geostationary satellite operators.
Arabsat BADR-8 features the Airbus TELEO space demonstrator to provide space-to-ground optical communications at gigabit speeds.
The Airbus Eurostar Neo platform was developed under European Space Agency Partnership Projects together with the French space agency CNES and with strong support from the UK Space Agency and other European agencies.
BADR-8 is the third Airbus Eurostar Neo satellite to be launched.
Airbus’ Eurostar Neo satellite Arabsat BADR-8 has been shipped to Cape Canaveral ready for launch.
BADR-8 is the eighth satellite Airbus has built for Arabsat.
Airbus HCA 4-1 delivers fast maneuver capability and enhanced pointing control for small satellites.
The Airbus Eurostar Neo Arabsat BADR-8 satellite features electric orbit-raising technology.
Airbus HCA 4-1 provides a 100% digital interface with the onboard computer (OBC).
Airbus HCA 4-1 ensures local speed control to improve performance and simplify AOCS.
Airbus HCA 4-1 is designed to enable earth observation applications.
Airbus HCA 4-1 can provide 6.0 Nms angular momentum with a reduced torque range.
Airbus’ geostationary telecommunications satellites have accumulated more than 1,300 years of successful operation in orbit.