Anders Linder, EVP Division Satellites at Beyond Gravity

With more than 600 satellites in orbit the OneWeb constellation is set to provide global broadband coverage by year-end. The structure panels of all 650 OneWeb satellites were developed and produced by Beyond Gravity (formerly RUAG Space), a leading space supplier and the global leader in satellite structures. โ€œWith automated processes, flexibility and lean operations we demonstrated the unique capability of producing very high volumes on timeโ€, says Anders Linder, EVP Division Satellites. The structure is the satelliteโ€™s chassis, providing a supporting framework for its instruments and subsystems.

Revolutionary production method

The Automated Potting Machine (APM) in Titusville, Florida. Credit: Beyond Gravity.

Beyond Gravity manufactured the satellite panels for OneWeb at its site in Titusville, Florida and delivered them to OneWebโ€™s manufacturing factory, Airbus OneWeb Satellites in Merritt Island, Florida. The satellite structures were produced using the patented Automated Potting Machine (APM) Process for the installation of inserts. The APM processโ€”developed by Beyond Gravityโ€”is a revolutionary production method that uses a tailored CNC machine to rapidly position special inserts filled with adhesive into the satellite structureโ€™s sandwich panelsโ€”significantly reducing time and costs.

โ€œWith automated processes, flexibility and lean operations we demonstrated the unique capability of producing very high volumes on-timeโ€.

Anders Linder, EVP Division Satellites at Beyond Gravity

Beyond Gravityโ€™s satellite structures are made either out of carbon fiber-reinforced plastics in sandwich construction or out of Aluminum Sandwich Panels. The panels are fitted with inserts to attach equipment such as instruments or sensors. A large communications satellite has more than 2500 inserts. Thanks to the APM Insert Installation process, the manual processes previously required to place these inserts have been eliminated. The APM process allows for scalable production lines, repeatability for high volumes, while allowing for late changes for customization. โ€œOur designs can be adapted to subsequent changes if needed. We are very flexibleโ€, says Nicholas West, VP Business Development US. โ€œCustomers benefit from short development cycles and low risk.โ€

High volumes as well as custom-made

Beyond Gravity is capable of developing and manufacturing both high volumes for serial production as well as custom-made structures. Some examples for sophisticated satellite structures: For the Artemis Service Module as well as for the ExoMars mission, Beyond Gravity supplied structures, which form part of the spacecraftโ€™s chassis. Beyond Gravity also designed and assembled the optical bench of the planet-hunting mission PLATO, on which 26 cameras will be mounted. 

On the other hand, Beyond Gravity can deliver satellites structure panels with highest-in-this-industry manufacturing cadence, short turn around and application of industrialization and quality standards. โ€œIn both areas we profit from our decade-long experience, our 100% in orbit success rate and our proximity to customers in the USAโ€”with our site in Titusvilleโ€”and in Europeโ€”with our site in Zurich, Switzerlandโ€, says Anders Linder. 

Strong US footprint

In the USA, Beyond Gravity has production sites in Decatur (AL) and Titusville (FL). Beyond Gravity USA Inc. is a U.S. incorporated company. The Beyond Gravity site in Titusville is located next to the AirbusOneWeb satellite production facility. โ€œTitusville is an important element in our strategy to grow in the US satellites marketโ€, emphasizes Nicholas West. In Decatur Beyond Gravity produces launchers structures.

More about Beyond Gravityโ€™s space mechatronics portfolio:
https://www.beyondgravity.com/en/satellites/platform-mechatronics

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