All verified mentions of this organization in source documents.
Beyond Gravity has been operating under the Beyond Gravity brand since 2022-03-15.
Beyond Gravity (formerly RUAG Space) built the dispensers OneWeb used to deploy spacecraft from Soyuz rockets.
RUAG Space has been operating on the market as Beyond Gravity since 2022-03-15.
Stream Analyze will provide its sa.engine analytics platform under the partnership for RUAG Space’s Lynx.
RUAG Space expects the Lynx single board computer to gain flight heritage around 2025.
The Lynx computers are designed and built at RUAG Space’s site in Gothenburg, Sweden.
RUAG Space expects to qualify the Lynx single board computer through ground-based tests in 2024.
Lynx Single Board Computer has 250 times more processing power than RUAG Space’s normal onboard computers, including those RUAG delivers for European Space Agency programs.
Around 1,300 employees across six countries—Switzerland, Sweden, Austria, Germany, the USA, and Finland—develop and manufacture products for satellites and launch vehicles at RUAG Space.
The 2021-12-06 Atlas V launch will be the first flight of a RUAG Space payload fairing fully produced in the USA.
The payload fairing for the Atlas V rocket on the STP-3 mission was produced at the RUAG Space site in Decatur, Alabama.
RUAG Space has developed and produced separation systems at its site in Linköping, Sweden for around 40 years.
RUAG Space delivered the mission antenna used to upload mission data for the Galileo satellites' onboard signal generators.
About four hours into flight at an altitude of 23,0 m, the RUAG Space dispenser will deploy the Galileo satellites by firing a pyrotechnic separation system.
RUAG Space provided thermal insulation for the Galileo satellites that protects them from temperature differences of about 400 degrees Celsius between their sun-facing and cold sides.
All OHB System-built Galileo satellites use products from RUAG Space.
About four hours into flight at an altitude of 23,0 m, the RUAG Space dispenser deploys Galileo satellites into orbit by firing a pyrotechnic separation system.
RUAG Space supplied the onboard computer that controls and monitors the payload and many subsystems of Galileo satellites.
RUAG Space delivered the mission antenna used on Galileo satellites to upload mission data for the onboard signal generators.
RUAG Space has developed and produced separation systems at its Linköping, Sweden site for around 40 years.