L3Harris Technologies selected to build space antenna for mobile telecom satellite
by Staff Writers
Melbourne FL (SPX) Sep 02, 2020
L3Harris Technologies has been selected by Airbus Defence and Space to build a space reflector antenna for a next-generation satellite which will provide mobile telecommunication services throughout the Middle East, Africa, Europe and Central Asia.
The geostationary satellite, owned and operated by Yahsat/Thuraya, will carry an L-band payload that will enable high-speed services for all customer segments, including defense, government and enterprise throughout multiple continents. The satellite, equipped with L3Harris technology, is scheduled for operation in 2024.
"This space reflector antenna program is a significant new win for L3Harris and complements our broader strategy of providing end-to-end communication solutions for commercial customers," said Ed Zoiss, President, Space and Airborne Systems, L3Harris. "L3Harris will manufacture, test, deliver and support field activities for the 12-meter reflector antenna."
Since the company began space reflector antenna operations nearly 50 years ago, L3Harris has designed and built large-aperture reflectors and deployable mesh reflector-feed antenna systems ranging from one meter to the world's largest commercially available 22-meter reflector. L3Harris has nearly 100 reflectors on orbit.
The reflector antenna for the Thuraya 4-NGS satellite will be manufactured and tested at L3Harris facilities in Palm Bay, Fla.
NASA's Deep Space Station in Australia Is Getting an Upgrade
Pasadena CA (JPL) Jul 13, 2020
The Deep Space Network is NASA's interplanetary switchboard that enables constant communications with our robotic spacecraft. In March, one of the network's largest antennas - Deep Space Station 43 (DSS-43) in Canberra, Australia - began undergoing much-needed upgrades. Forty-eight years old and 70 meters (230 feet) wide, the dish recently received a new X-band frequency cone. Inside the cone is a powerful state-of-the-art transmitter system and highly sensitive receivers, which will be used to se ... read more
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