March 20, 2020
“I see a great expansion in capability that will come as a result of this,” Jose Anderson said of SpaceLogistics’ first robotic on-orbit servicing mission.
– 31 January 2020
WASHINGTON — Maxar Technologies on Jan. 31 announced a $142 million NASA contract to demonstrate in-space assembly using a robotic arm.
Spacecraft designers and operators need to be proactive, a new organization argues.
– Jan 28, 2020
These days, building and launching your own satellite means creating a sophisticated piece of technology — and then flinging it into space where you’ll never see it again. That means if anything breaks on the satellite, there’s not much you can do to fix it.
by Al Tadros, Vice President, Space Infrastructure and Civil Space, Maxar Technologies
Combining Maxar’s capabilities in robotics, spacecraft and space systems operations creates the opportunity to deploy and maintain revolutionary new space architectures.
– 30 December 2019
SANTA FE, N.M. – Maxar Technologies announced Dec. 30 it would sell its Canadian subsidiary to private equity firms, turning it into a standalone company while providing Maxar with much-needed debt relief.
December 2019 – SpaceWatch.Global asked its staff and contributors to review 2019 and provide an outlook into 2020. These personal reviews are being published during the holiday season. This is Joerg Kreisel, CEO at JKIC.
Elizabeth Howell, November 28, 2019 – The Hubble Space Telescope and the International Space Station only exist in their current form due to robotic technology powered by MDA, a Canadian subsidiary of Colorado space giant Maxar. Robot arms maintained or built these essential cosmos facilities, and soon could go much further.
– 27 November 2019
DAYTONA BEACH, Fla. – Project PoSSUM, a non-profit research program devoted to the study of Earth’s upper atmosphere, announced that it has graduated eleven new Scientist-Astronaut Candidates as part of PoSSUM Scientist-Astronaut Class 1802. Additionally, PoSSUM graduated fifteen students as part of the Advanced PoSSUM Academy, a preparatory program designed for undergraduate students.
by Staff Writers, Cincinnati OH, November 27, 2019 – When satellites break, which is surprisingly often, there isn’t much you can do about them.
London, December 10, 2019 – OneWeb, whose goal is to connect everyone everywhere, and OneWeb Satellites, a joint venture between Airbus and OneWeb are coming together to advance the OneWeb Responsible Space program with a commitment to implement an advanced-technology grappling fixture, developed by Altius Space Machines, on OneWeb’s satellites.
– 7 December 2019
Ron Lopez, president of Astroscale U.S.: ‘The Air Force is talking about safety, congestion and how that affects resilience’
– 28 October 2019
On-orbit transfer and maneuvering capabilities also could potentially enable future national security satellites to avoid debris or anti-satellite weapons, or underpin space weapons development.
Interested in Standardization for Space? Or just confused? The Space Infrastructure Foundation Space Standards and Architectures course is designed for you. Find us at a space conference or contact us to schedule a presentation at your facility. This is an AIAA Standards Executive Council approved course. Private, more focused versions of this class, as well as flexibility on location, are also available. This material is clear of any ITAR or EAR constraints.
– 18 May 2019
The Defense Advanced Research Projects Agency (DARPA) has released solicitation seeking Other Transaction (OT) proposals under the authority of 10 U.S.C. § 2371b for a U.S. space industry builder-owner-operator team that will partner with DARPA to jointly develop and demonstrate a robotic servicing vehicle (RSV) in GEO. DARPA has established the Robotic Servicing of Geosynchronous Satellites (RSGS) program within the Tactical Technology Office (TTO). Please check FBO.gov for more info.
DARPA expects this team to have the ability to manufacture a GEO-qualified spacecraft bus, integrate a Government-provided payload onto that bus, launch the RSV, provide ground communications across the GEO belt, and operate the vehicle commercially for many years after successful completion of DARPA-specified demonstrations on-orbit. It is anticipated that the RSV owner will benefit from revenues derived from servicing operations provided to both commercial and Government operators of GEO satellites.
The objective of the RSGS program is to create a dexterous robotic operational capability in Geosynchronous Orbit (GEO) that can both provide increased resilience for the current U.S. space infrastructure and be the first concrete step toward a transformed space architecture with revolutionary capabilities. The long-term vision of the RSGS program is to enable persistent robotic servicing capabilities in GEO, beginning with the robotic servicer developed under the RSGS program and operated by a commercial entity, with the goal of achieving an enduring, reliable, cost effective GEO satellite servicing presence.
– March 2019
– 06 February 2019
A special notice requesting information from potential partners for the Robotic Servicing of Geosynchronous Satellites (RSGS) Commercial Partnership Survey has been posted to FedBizOps.
– 15 November 2018
– 9 November 2018
– 17 Nov. 2017