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In 2011, Intelsat signed a contract with MDA Corp., now part of Maxar Technologies, for a satellite-servicing mission that never materialized.
Companies participating in the outreach event included L3 Technologies, Lockheed Martin, Maxar Technologies, OneWeb, SES, Spire Global, Viasat, ExoAnalytic Solutions, and Hawkeye 360.
Telkom Indonesia’s upcoming satellite Merah Putih (formerly Telkom-4) was built by SSL and is scheduled to launch on a SpaceX Falcon 9 in summer 2018 to replace Telkom-1.
The SSL-built IPstar offered approximately 45 gigabits per second of Ku-band capacity at the time of its launch.
Over its 13-year history, the SSL-built IPstar demonstrated capabilities and challenges associated with delivering satellite broadband to the highly fragmented Asia-Pacific market.
SES contracted Space Systems Loral to refuel propellant tanks on one of its geostationary communications satellites using a robotic vehicle that SSL plans to launch in 2021.
SSL is setting up an operations center for its geostationary servicing business and preparing to serve its first client, fleet operator SES.
SSL is supplying Restore-L’s spacecraft bus based on the firm’s SSL 1300 platform, along with payload components and the vehicle’s robotic arm.
Space Systems Loral is collaborating with the Defense Advanced Research Projects Agency to send a mobile servicing vehicle into geostationary orbit through the Robotic Servicing of Geosynchronous Satellites program.
SSL is investing with the Defense Advanced Research Projects Agency (DARPA) in the Robotic Servicing of Geosynchronous Satellites (RSGS) program to develop a vehicle that can inspect satellites in geostationary orbit, refuel them, repair mechanical problems, and install new payloads.
SSL is working with NASA’s Goddard Space Flight Center to refuel the Landsat 7 Earth-observation satellite.
SSL has not announced other refueling contracts while estimating about 300 commercial and 80 government satellites in geostationary orbit.
DARPA awarded SSL a contract to develop a robotic servicing spacecraft for GEO satellites capable of supporting both commercial and government satellites.
SSL is developing the Restore-L robotic servicing vehicle for NASA with a planned 2020 launch to refuel satellites in low-Earth orbit.
Radiant Solutions provided more than 3 million labeled objects in DigitalGlobe satellite imagery to the public under a Creative Commons license across three recent challenges.
Maxar is building a three-satellite Radarsat constellation mission for the Canadian Space Agency scheduled to launch in late 2018.
Maxar Technologies’ MDA business unit operates the Radarsat 2 satellite.
Maxar may expand the Radarsat constellation under the RCM Radar Continuity program to provide additional capacity, some of which could be available for commercial use by Maxar.
The Rapid Access Program provides customers access to satellites with the same level of priority as DigitalGlobe’s Direct Access Program while eliminating the need to invest in a ground station.
DigitalGlobe downlinks, processes, and delivers imagery to Rapid Access Program customers through the online platform within six hours.