Maxar Technologies has partnered with NASA to explore the development of an unmanned space station that will house scientific instruments while in synchronous low-earth orbit.
Some space industry executives have expressed concerns over the progress of NASA's plans to pursue commercial activities at the International Space Station after the Trump administration resumed efforts to return humans to the moon, SpaceNews reported Wednesday.
Maxar Technologies’ SSL subsidiary built and provided the transceiver assembly components for a pair of Microwave Ranging Instruments that took off in May as part of the Gravity Recovery and Climate Experiment Follow-On mission of NASA and the German Research Center for Geosciences. Al Tadros, vice president of SSL’s space infrastructure and civil space, wrote […] More
Maxar Technologies’ SSL subsidiary plans to leverage its work with NASA and the Defense Advanced Research Projects Agency to build up its in-orbit satellite servicing business, SpaceNews reported Monday. SSL works with DARPA to build a vehicle designed to repair, inspect, refuel and install payloads into satellites operating in geostationary orbit through the Robotic Servicing of Geosynchronous Satellites […] More
NASA has completed an initial ground demonstration of a robotic system designed to autonomously assemble satellites and space infrastructure components in orbit. The space agency said Wednesday that the Dragonfly system was used to install and reconfigure large antenna reflectors on a simulated geostationary satellite. Dragonfly is equipped with a robotic arm that will work […] More
Space Systems Loral has been awarded a $20.7 million contract to build a robotic arm for the Defense Advanced Research Projects Agency’s servicing program for geosynchronous satellites. The company said Thursday it will design two robotic arm systems to capture and dock with satellites and carry multiple tools to carry out requirements of the Robotic Servicing […] More
NASA has partnered with Deployable Space Systems and Space Systems Loral to develop solar cell structures designed to power government space vehicles or commercial communications satellites. Roll Out Solar Array will work to convert the sun’s rays into energy that could drive ion thrusters of solar electric propulsion spacecraft for NASA’s Asteroid Redirect Mission and other deep-space exploration programs, the agency said […] More