Saber Astronautics’ Post

India is taking a major step towards ensuring debris-free space missions by 2030. The initiative encourages all Indian space actors, both governmental and non-governmental, to take necessary measures to avoid debris generation during operational life and post-mission disposal, on-orbit collisions and breakups through reliable mission design, and intentional breakups with long-lived debris. The initiative ensures considerations for human spaceflight safety, trackability and maneuverability of satellites, and careful evaluation of mission extensions. It will involve national and international coordination for safe and sustainable space operations, as well as capacity building for space object tracking and debris research. Starting in 2025, the ISRO system for safe and sustainable space operations (IS4OM) will serve as the nodal point for implementation. This initiative supports global efforts for long-term sustainability of outer space and positions India as a proponent of safe, secured and sustainable space activities. India encourages other state space actors to join this initiative for the long-term sustainability of outer space. Let's work together towards a debris-free space environment. #SpaceSustainability #DebrisFreeSpace #ISRO #IndiaSpaceMission

Sydney-based Saber Astronautics has secured a US$1.2 million (AU$1.9 million) contract from the US Space Force to develop automation systems for the service’s space operations. The initiative, called “Windu”, aims to streamline the many tasks involved in space traffic management and mission defence. This development comes as the space industry experiences unprecedented growth. Since 2019, the number of spacecraft in orbit has surged, with projections indicating nearly 80,000 new satellites by 2032. https://bit.ly/40qir59

Today is the big day: Vega C and Sentinel-1C are ready for launch. At 22:20 CET, from the European Spaceport in Kourou, Vega C will launch Sentinel-1C, a critical new asset for the European Copernicus program. Designed and built in Italy by Thales Alenia Space, Sentinel-1C will enable continuous Earth surface monitoring under all weather conditions. It will work in tandem with Sentinel-1A to fully restore the functionality of the Sentinel-1 pair, providing essential data for environmental protection and emergency response. This marks the 25th mission for Vega and the 3rd flight of its upgraded version, Vega C, showcasing the strength of Italian and European innovation in space technology. Stay tuned for this historic event and the latest in space exploration: follow Space Economy Institute. #SpaceEconomyMaster #SpaceEconomy #NewSpace #NewSpaceEconomy #SpaceEconomyInstitute #Space

Saudi Space Agency🇸🇦: Main Satellites Subsystems | 🛰️ Satellites are composed of various systems that ensure their efficiency in space missions and the sustainability of their performance. #SaudiSpaceAgency

Mohammed Bin Rashid Space Centre (#MBRSC) signed an MoU with #SpaceData, to build a digital twin platform simulating Earth and lunar environments. This will enhance lunar missions, create simulation environments for astronaut training and provide a digital twin of #Dubai’s urban environment to support its economy Mohammed Bin Rashid Space Centre Spacedata Inc

Sentinel-1C and Vega-C: a remarkable achievement for Italy and Europe The launch of the Sentinel-1C satellite aboard the Vega-C rocket from Europe’s spaceport in French Guiana marks a proud milestone for the space sector. This satellite will provide high-resolution radar images to monitor climate change, respond to natural disasters, and track maritime traffic, showcasing how space technology is crucial for tackling global challenges and improving life on Earth. Italy played a leading role in this success thanks to outstanding companies like Avio and Thales Alenia Space, reinforcing its position as a technological leader and one of the few countries in the world with independent access to space. This achievement not only strengthens Italian and European leadership but also highlights the vast opportunities within the space economy. Follow us to stay updated on the latest innovations and developments in this exciting sector. #SpaceEconomyMaster #SpaceEconomy #NewSpace #NewSpaceEconomy #SpaceEconomyInstitute #Space

Ariane 6: Europe’s New Launch Vehicle Set for 2025 ARIANESPACE has announced a delay for the first commercial mission of Ariane 6, now scheduled for mid-February 2025. Following a successful inaugural flight in July, the European heavy-lift launcher has undergone detailed analysis to ensure high performance and reliability for future missions. The data collected during the first flight confirms Ariane 6’s excellent performance, with only a few minor deviations from predictions—each fully understood and addressed by the team. Preparations for the second launch are well underway, with critical components integrated and en route to the European Spaceport in French Guiana. This marks an exciting new phase for European space capabilities, paving the way for reliable access to space for a range of missions. As Europe positions itself more firmly in the global space economy, Ariane 6 will play a key role in supporting both commercial and scientific missions. Follow the Space Economy Institute for insights on Europe’s evolving role in the space industry and the expanding opportunities within the space economy. #SpaceEconomyMaster #SpaceEconomy #NewSpace #NewSpaceEconomy #SpaceEconomyInstitute #Space

🛰️ The German Aerospace Center (DLR) - Deutsches Zentrum für Luft- und Raumfahrt has selected the Spanish consortium formed by Alén Space and GMV to develop the two satellites for the #CubelSL IOD mission. Launch is foreseen for 2026. After Launch and Early Operations, the control of both #satellites will be handed over to the German Space Operations Center (GSOC), which is the central institution for spaceflight operations in Germany. The main objective of the #mission is to demonstrate and validate bidirectional optical laser communication between two #CubeSats in orbit, utilizing the advanced functionalities of the Laser Communication Terminal developed by the DLR Institut für Kommunikation und Navigation, named CubelSL LCT. This mission explores the improvement of inter-satellite communication at a minimum distance of 500 kilometers and a maximum distance of 1500 kilometers in the same orbit, as well as direct transmission to Earth, enabling reliable telecommand operations. CubelSL aims to achieve a significant technological advancement in CubeSat #communication systems. Alén Space, leading this consortium, is collaborating with #DLR for the first time. The Alén Space team will design and manufacture the platforms for the two 6U satellites at their facilities in Nigrán (Pontevedra), which will be built under the CubeSat standard. The technological multinational GMV will provide the AOCS expertise (Attitude and Orbit Control System) for the mission. The mission will be overseen by the DLR Responsive Space Cluster Competence Center (RSC³), with active participation from the DLR Institute of Communications and Navigation and the German Space Operations Center (#GSOC). The RSC3 is one of the most advanced centers in Europe, conducting significant technological research and demonstrations in the context of Responsive #Space. This includes solutions related to next-generation, resilient, and secure communications for satellites using lasers.

In a landmark collaboration, NewSpace India Limited (NSIL) and Space Machines Company have signed a Dedicated Launch Service Agreement to bolster India-Australia space cooperation. Announced at the India Space Congress 2024 in Delhi, this agreement sets the stage for the 2026 launch of Space Machines Company's second Optimus spacecraft. The initiative, Space MAITRI (Mission for Australia-India’s Technology, Research, and Innovation), represents a significant step forward in the strategic partnership between the two nations. The 450kg Optimus spacecraft, the largest ever designed and built in Australia, will be launched aboard ISRO’s Small Satellite Launch Vehicle (SSLV). Space MAITRI aims to enhance relationships between governmental, institutional, and commercial space organizations in both countries. It focuses on debris management and sustainability, aligning with the core values of promoting responsible space operations and addressing the threat of space debris. #CXOTechBOT #ISRO #SpaceMachinesCompany #OptimusSpacecraft #NSIL #SpaceMAITRI #IndiaAustraliaPartnership #SpaceDebrisManagement #Sustainability #SpaceInnovation #ISROSSLV

Ariane 6: Thank you Space Team Europe - The first launch of Ariane 6 is a collective success for all of Europe. First flights are no easy thing, but Europe now has a heavy-lift rocket able to launch any mission into any orbit. From Earth observation satellites that monitor our changing climate, predict the weather and assist emergency responders during disasters; to communication and navigation systems that keep Europeans in touch and in the right place; to deep space telescopes and explorers expanding our understanding of the Universe and our place within it – Ariane 6 has restored Europe’s autonomous access to space. “Thank you, not only to the ESA team but everyone around Europe who contributed to this moment in history,” said Tony Tolker-Nielsen, ESA’s Director of Space Transportation, the day after Ariane 6’s first flight. “This is a major industrial project, with contributions from 13 countries and hundreds of companies. Like a symphonic orchestra, all instruments are vital to play the perfect music”. Ariane 6 launched on 9 July 2024 from Europe's Spaceport in French Guiana at 16:00 local time (20:00 BST, 21:00 CEST). Europe’s newest heavy-lift rocket, it is designed to provide great power and flexibility at a lower cost than its predecessors. The launcher’s configuration – with an upgraded main stage, a choice of either two or four powerful boosters and a new restartable upper stage – will provide Europe with greater efficiency and possibility as it can launch multiple missions into different orbits on a single flight.