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Control Moment Gyroscopes – Pros and Cons

Author(s): Thomas Yen, Tensor TechAfan Huang, Tensor TechJulien Hennequin, Tensor TechSam 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 them ideal for agile […]

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: Marco Ruano, Professor , 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 […]

An AI-Based Approach for Generating Synthetic Multi-Spectral Images

Author(s): Francesco Pignatale, Telespazio Germany GmbHLong Phil Chau, Telespazio Germany GmbHClaudio Mammone, Telespazio Germany GmbH Presenter: Claudio Mammone, Head of Payload Operation Systems, Telespazio Germany GmbH Abstract: Satellite imagery and associated metadata are fundamental for providing insights for Earth-Observation studies, building up reliable models to improve our understanding of the evolution of the climate and […]

Seeing: A family of Earth Observation Payloads

Author(s): Eric Ruch, Safran Reosc Presenter: Eric Ruch, CTO, Safran Reosc Abstract: Safran Reosc has developed the SEEING imagers, a family of instruments for earth observation. This family includes several payloads from medium resolution with a wide field of view, to very high resolution with a ground sampling distance below 1 meter. The first imager […]

How to fight fire from space!

Author(s): Henrique Moura, imec University of AntwerpPhil Reiter, imec University of Antwerp Presenter: Phil Reiter, Senior Researcher, imec University of Antwerp Abstract: Wildfires are destructive natural disasters that severely impact ecosystems, wildlife, and air quality. They emit large quantities of greenhouse gases, thus accelerating climate change. In the U.S., wildfires have become more frequent and […]

An optimal mapping method for Earth-observation constellations using a maximum bipartite matching algorithm

Author(s): Varun Gottumukkala, Delft University of TechnologyRitesh Balayan, GalaxEye SpaceRahul Singhal, GalaxEye SpaceKishan Thakkar, GalaxEye Space Presenter: Varun Gottumukkala, Mr, Delft University of Technology Abstract: The rapid growth in the number of Earth-observation satellite constellations presents a need to accurately determine a constellation’s imaging performance, which is a driving factor for the quality of data-products […]

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 […]

Design and Implementation of a Camera Monitoring Unit for Satellite Deployable Verification and Anomaly Detection in Space Environments

Author(s): Jintin Frank, Engineering Minds Munich GmbHChedi Fassi, Engineering Minds Munich GmbHMarkus Plattner, Engineering Minds Munich GmbH Presenter: Jintin Frank, CEO, Engineering Minds Munich GmbH Abstract: Engineering Minds Munich has developed a Camera Monitoring Unit (CMU), specifically designed to monitor and verify the deployment of satellite systems. The CMU facilitates image capture and processing through […]