All verified mentions of this organization in source documents.
Maxar Technologies was selected by the U.S. Army Geospatial Center to deliver multiple highly portable, direct-downlink tactical ground systems.
Maxar received a sole-source, indefinite-delivery/indefinite-quantity contract valued at up to $49,000,000 over eight years from the U.S. Army Geospatial Center.
Planet’s SkySats provide roughly 50-centimeter resolution and Maxar provides roughly 30-centimeter or better imaging resolution.
With the final order, Intelsat has tasked Maxar with building five C-band satellites and Northrop Grumman with building two for Intelsat.
John Neer founded Space Imaging, which later merged with DigitalGlobe and became part of Maxar Technologies.
Intelsat contracted Maxar Technologies to build the Galaxy-37 communications satellite.
Maxar will build Galaxy-37 at its Palo Alto, California factory on a 1300-class platform.
Maxar won a $375,000,000 contract to develop a solar electric propulsion spacecraft for NASA’s lunar Gateway.
Al Tadros has worked at Maxar and its predecessors Space Systems Loral and Ford Aerospace since 1990.
For its sixth challenge, SpaceNet created an open-source dataset that combined Capella Space synthetic aperture radar imagery with Maxar WorldView-2 electro-optical imagery and asked competitors to automatically identify building footprints.
B-SAT ordered Bsat-4b from Maxar Technologies in 2018 with the intention of having the satellite in orbit ahead of the 2020 Tokyo Olympic Games, which were postponed to 2021.
Galaxy-30 is a replacement for Intelsat's Galaxy-14 satellite, an 11-year-old satellite from Maxar Technologies that launched on a United Launch Alliance Atlas V in 2009.
Intelsat has ordered six C-band replacement satellites—four from Maxar Technologies and two from Northrop Grumman—and is pursuing $4,870,000,000 in accelerated spectrum clearing payments while negotiating with manufacturers for one more satellite.
Luxembourg-based Intelsat says it needs seven replacement satellites and has ordered six, selecting Maxar Technologies to build four and Northrop Grumman to build two.
Maxar received a study contract from Telesat two years ago to design an architecture for the Telesat LEO broadband constellation with then-partner Thales Alenia Space.
Maxar Technologies no longer expects, at least initially, to win any manufacturing contracts for Telesat’s planned roughly 300-satellite broadband megaconstellation called Telesat LEO.
Maxar reported net income of $306,000,000 on revenues of $439,000,000 for the three months ended 2020-06-30.
Maxar and Thales Alenia Space terminated their collaboration on the Telesat LEO architecture in late 2019.
Approximately 63% of Maxar’s revenue came from its Earth observation business, which includes the WorldView satellites and geospatial intelligence products and services.
Maxar is evaluating ways to apply the satellite bus it designed for Telesat LEO to other commercial constellations and to defense and intelligence customers.