Beyond Gravity is a leading space product supplier and the largest independent space equipment provider in Europe, with a growing presence in the United States. They develop and manufacture products for satellites and launch vehicles. Key products include payload fairings, satellite structures, mechanisms, and onboard electronics, serving customers like Amazon, ArianeGroup, and United Launch Alliance. They are also a supplier for the lithography industry.
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RUAG Space produces its separation systems at its site in Linköping, Sweden.
RUAG Space has been developing and producing Payload Adapter Systems for around 40 years.
On Sunday, 2021-08-22 (Paris Time), 34 OneWeb internet satellites were separated from a Soyuz launch vehicle and placed into orbit using a dispenser from RUAG Space.
RUAG Space received an order from NASA’s Jet Propulsion Laboratory in Pasadena, California to deliver a large satellite container and a multipurpose trolley worth approximately 2,000,000 EUR.
RUAG Space has delivered more than 80 multi-purpose trolleys to institutional and commercial customers in Europe and the United States.
Approximately one third of RUAG Space’s more than 60 delivered spacecraft containers went to the United States.
RUAG Space produces the multi-layer thermal insulation for OneWeb satellites that protects them against temperatures of approximately minus 150°C to plus 150°C (-238°F to 302°F).
The custom RUAG Space satellite transport containers are used to transport assembled OneWeb satellites from Florida to launch sites.
RUAG Space offers a direct technical interface to U.S. clients from its office in Denver, Colorado for its entire electronics portfolio.
Astroscale UK is partnering with RUAG Space to develop the on-board computer (cOBC) that will command Astroscale’s ELSA-M servicer spacecraft.
RUAG Space produces multi-layer thermal insulation that protects OneWeb satellites from approximately -150°C to +150°C (-238°F to 302°F).
RUAG Space delivered the second flight model basic structure to customers using a special 31-meter transport.
RUAG Space will develop a new product in Vienna by the end of 2022 that will be able to use the Galileo HAS service.
RUAG Space’s navigation receivers currently use signals from the 22 European Galileo navigation satellites to determine satellite positions.
The Prague-based GSA awarded a one-million-euro research contract to RUAG Space earlier 2021 to increase the accuracy of space data from climate and environmental satellites.
RUAG Space will develop a new product by the end of 2022 that will be able to use the Galileo High Accuracy Service (HAS).
RUAG Space navigation receivers currently use signals from the 22 European Galileo navigation satellites to determine satellites' exact positions.
The ordered RUAG Space receivers will be launched for multiple Low- and Geostationary Earth Orbit missions within the next few months and years.
More than 80 RUAG Space receivers of the latest generation (LEORIX for Low Earth Orbit, GEORIX for Geostationary Orbit, and PODRIX) have been ordered by customers in Asia, Europe, the Middle East, and the USA.
OneWeb satellite structures are manufactured using the Automated Potting Process developed by RUAG Space.