Tim Cole, program manager for the power and propulsion element at Maxar Technologies, said in an interview published Monday that the company wrapped up the two-day systems requirements revie... Read more
Maxar Technologies has tasked Deployable Space Systems to produce flexible solar arrays for NASA’s Gateway, a future space facility that will serve as an outpost for astronauts, Space News r... Read more
Dynetics and Maxar Technologies will collaborate to build a platform intended to support maneuvering, communications, attitude control and initial docking functions of NASA’s planned lunar g... Read more
A source selection statement issued by NASA Thursday shows that price and contract terms were the factors that helped Maxar Technologies win a $375M contract to build and demonstrate a powe... Read more
Some industry officials say NASA should have a contract in place within the following twelve months for the design of a “utilization” or “mini-hab” module of its proposed Gateway lunar space... Read more
NASA has issued the final solicitation for proposals to develop a power and propulsion element of the Gateway program. The agency’s proposed Gateway will serve as the orbital outpost for man... Read more
Aerojet Rocketdyne and Sierra Nevada Corp. have concluded a four-month study that focused on modifying advanced solar electric propulsion vehicle concepts for future human exploration missio... Read more
NASA will consider the procurement of more than one power and propulsion module for a lunar outpost that will support future deep space missions, Space News reported Friday. Bill Gerstenmaie... Read more
NASA has asked industry to submit concept studies on solar electric propulsion vehicle platforms designed to support future deep space exploration missions. A draft broad agency announcement... Read more
Maxar, NASA Form Space Station Dev’t Partnership
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. Read more