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Control Moment Gyroscopes – Pros and Cons

  Author(s): Thomas Yen, Tensor Tech Afan Huang, Tensor Tech Julien Hennequin, Tensor Tech Sam Lee, Tensor Tech Presenter: Thomas Yen, CEO, Tensor Tech Abstract: Control Moment Gyroscopes (CMGs) are advanced attitude control devices used in satellite Attitude Determination and Control Systems (ADCS). Leveraging gyroscopic torque, CMGs provide precise and efficient angular momentum management, making […]

ICARUS – Virtual-Reality based training for Assembly, Integration and Testing

  Author(s): Daniel Twigt, ATG-EuropeDaniel Twigt, ATG-EuropeStefan Brouwer, ISISpacePetra Ten Hove, NLRLaurens Mathot, ATG-EuropeManav Lakhwani Daswani, ATG-EuropeAdditintal Authors: Emiel den Exter, ATG-Europe Michiel Vullings, ATG-Europe Coen Vos, ISISpace Simone Caso, NLR Presenter: Daniel Twigt, MSc, ATG-Europe Abstract: Satellite Assembly, Integration, and Testing (AIT) is a critical phase in satellite manufacturing, ensuring the functionality and reliability […]

Control Moment Gyroscopes: a new opportunity in small satellites for enhancing satellite services, profitability and enabling new optical communication

  Author(s): Marco Ruano, SanzarVictor Gómez, Sanzar Presenter: Victor Gómez, CTO, Sanzar Abstract: The growing market for small satellites requires agile, efficient and compact attitude control systems (ACS) to improve mission performance, enable optical satellite communication (quantum) and improve data observation, increasing precision and agility in control. Reaction wheels are the most widely used active […]

A deterministic algorithm for station keeping with a fixed-thruster geostationary spacecraft

  Author(s): Florian BIBOUD, Vinterstellar Emil Vinterhav, Vinterstellar Maria Hoflund, Vinterstellar Presenter: Florian BIBOUD, Flight Dynamicist, Vinterstellar AB Abstract: Geostationary satellites are indispensable for telecommunications, weather forecasting, and Earth observation due to their ability to maintain a fixed position relative to the Earth’s surface. However, sustaining this position requires constant station-keeping maneuvers to counteract perturbations […]

Reliable Software Development of a Nanosat Attitude Determination and Control System in a Space-Representative Simulator

  Author(s): Mikel Samson, arcsec Rhimas Van de Putte, arcsec Wim De Munter, arcsec Tjorven Delabie, arcsec Andrew Hyslop, ESA Enrico Melone, ESA Presenter: Mikel Samson, Control Engineer, arcsec Abstract: The significant growth of the Nanosatellite market is driven by its core advantages: low cost, fast development cycles, and scalability. However, as the market matures […]

Design of an ADCS enabled by the development of a digital twin of CubeSat equipped with robotic manipulator

  Author(s): Bartlomiej Koszek, KuLeuvenAlvaro Roman Sanchez, KuLeuven Presenters: Bartlomiej Koszek, Alvaro Roman Sanchez, Design of an ADCS enabled by the development of a digital twin of CubeSat equipped with robotic manipulator, KuLeuven Abstract: In this research, the authors develop a digital twin of a small satellite equipped with a robotic manipulator to inform the design […]

In-orbit validation of satellite attitude control system through VCUB1 mission

  Author(s): Lara Oliveira, Visiona Space TechnologyMairon Wolniewicz, Visiona Space TechnologyMariana Barbosa, Visiona Space TechnologyAndrei Freiberger, Visiona Space Technology Presenter: Lara Oliveira, Space Systems Engineer, Visiona Space Technology Abstract: The VCUB1 mission is the first Earth observation and data collection satellite developed by a private company in Brazil, Visiona Space Technology. VCUB1 is a 6U […]

Practical path towards net-zero debris

  Author(s): Perttu Yli-Opas, Aurora Propulsion Technologies Presenter: Perttu Yli-Opas, CEO, Aurora Propulsion Technologies Abstract: Reaching the target of net-zero debris requires the whole space ecosystem to be built around robustness. In this paper, we conduct a thorough analysis of the long-term sustainability of in-orbit operations from different perspectives, including not only the technical but […]