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Development of a 2-axis compliant joint for the orientation of payloads on small satellites: Material characterization and finite element analysis of 3D printed PolyEtherKetoneKetone (PEKK) and PolyEtherEtherKetone (PEEK)

Author(s): Morgane Domerg, MAPIEM Laboratory, University of ToulonBenjamin OstrĂ©, MAPIEM Laboratory, University of ToulonYoann Joliff, MAPIEM Laboratory, University of ToulonYves-Henri Grunevald, CES WORKS Presenter: Morgane Domerg, Ph.D Student, MAPIEM Laboratory, University of Toulon Abstract: To orient payloads such as cameras, antennas or sensors on small satellites, a 2-axis polymer-based joint of ±45° rotation range per […]

Refuelling a Sustainable Future in LEO- Introducing LOOP

Author(s): Neta Palkovitz, Chief Legal, Policy & Sustainability Officer, General Counsel at Dawn AerospaceJosh Rodenbaugh, Head of Special Project, Space Systems EngineerJeroen Wink, Director Presenter: Neta Palkovitz, Dr., Chief Legal, Policy & Sustainability Officer, General Counsel at Dawn Aerospace Abstract: Main Author: Dr. Neta Palkovitz The rapidly growing space economy demands innovative solutions for in-orbit […]

SatNOGS-COMMS: An Open-Source Communication Subsystem for CubeSats

Author(s): Manolis Surligas, Libre Space FoundationAgis Zisimatos, Libre Space FoundationDimitris Moustroufis, Libre Space FoundationDaniel Bita, Libre Space FoundationVictoria Malyshkina, Libre Space FoundationDimitris Zournatzis , Libre Space Foundation Presenter: Manolis Surligas, Mr, Libre Space Foundation Abstract: SATNOGS-COMMS is an open-source, open-hardware communications subsystem for CubeSats, developed by the Libre Space Foundation in collaboration with the European […]

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 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 satellite with a 3U primary […]

Modular Horizons: Open-Source Innovation in CubeSat Design with the VIBES Program

Author(s): Isabel Alejandra Parga GarcĂ­a, City University of Applied Sciences BremenTim Jacob Gumbold, City University of Applied Sciences Bremen Presenter: Maik Bleckmann, Modular Horizons: Open-Source Innovation in CubeSat Design with the VIBES Program, City University of Applied Sciences Bremen Abstract: The satellite research program VIBES (Visionary Ingenuity Boosting European Spacecraft) of the Institute of Aerospace […]

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 Presenter: Bartlomiej Koszek, 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 of an attitude determination […]

“Andes OBC”: a COTS-Based On-Board Computer for Small Satellite Missions

Author(s): Sebasthian Ogalde, Andes AerospaceCristian Fuentes, Andes AerospaceValeria Alarcon, Andes Aerospace Presenter: Sebasthian Ogalde, Mr., Andes Aerospace Abstract: The small satellite and CubeSat market has experienced significant growth in recent years, driven by decreasing launch costs and increasing demand for diverse applications ranging from Earth observation and remote sensing to scientific research and communication constellations. […]

Making space astronomy instrumentation more affordable with LUVCam

Author(s): Jean-Christophe Fronteddu, University of Toronto Presenter: Jean-Christophe Fronteddu, M.A.Sc., University of Toronto Abstract: The cost of quality scientific instruments has limited access to space-based astronomy. The Little UV Camera (LUVCam) project intends to rectify this and make space astronomy more accessible. LUVCam is a low-cost alternative to existing space-qualified cameras without compromising data quality […]

Development of Thermal Control Systems for The Space-borne Optical Payload (SOP) for New Possibilities and Opportunities for Nanosatellites Applications

Author(s): Jin-Soo Chang, TelePIX Presenter: Jin-Soo Chang, Chief Research Engineer, TelePIX Abstract: Based on the many years of (accumulated) development experiences of space program, TelePIX has successfully developed the SOP, Space-borne Optical Payload for a 6U-class Nanosatellite platform. SOP consists of the “DPHU (Data Processing and Handling Unit)” which is used for the interface of […]

Dedicated Ground Segment Design for Small Satellites

Author(s): Stefan-Vlad Tudor, Leaf Space S.p.A.Giovanni Zanotti, Leaf Space S.p.A. Presenter: Stefan-Vlad Tudor, Mr., Leaf Space S.p.A. Abstract: The growing number of CubeSat and small platform being launched provides a large quantity of opportunities for various kinds of missions, from Earth observation, telecommunications, service delivery, and to scientific research. The possibilities are even wider considering […]