The Aerospace Corporation’s Post

Airbus Demonstrates Very High-Speed Optical Link Between Space and Earth The French Space Agency (CNES) and Airbus have announced completion of the TELEO in-orbit demonstrator designed to prove that massive, rapid ground to space data transfer is possible.

How AMETEK Specialty Metal Products enable the evolution of space vehicles? John Sinks, Division Vice-President and Business Unit Manager for AMETEK Specialty Metal Products (SMP), explains the challenges and advancements in specialty metal materials that are driving this exciting era in aerospace and space exploration In this insightful interview, John says, "Aerospace is experiencing a renaissance, shown by the proliferation of new vehicles reaching space and flying higher, faster, and more efficiently." Read the full Q&A to discover how our materials are redefining the future of #Aerospace and #Space 👉https://lnkd.in/eHdbirg5

Airbus Demonstrates Very High-Speed Optical Link Between Space and Earth The French Space Agency (CNES) and Airbus have announced completion of the TELEO in-orbit demonstrator designed to prove that massive, rapid ground to space data transfer is possible.

📡 Pakistan achieves a major milestone in space technology with the successful launch of PRSC-EO1, its first indigenous electro-optical satellite. This groundbreaking achievement highlights the nation's progress in aerospace innovation and its commitment to self-reliance. Let's celebrate this historic step forward! 🚀 #PRSC_EO1 #SpaceInnovation #PakistanTech https://bit.ly/40GCi1q

Continuing our 2024 review... 🎬 🏆 And the award for "Best Static Test Fire of 2024" goes to... This Chinese rocket that went from "let's check the engines" to "surprise orbital attempt" in 3 seconds! 🚀 Watch until the end... 💥 Not every test goes according to plan. Space Pioneer's rocket decided to take an unplanned flight during what was supposed to be a static fire test. A good reminder that space is still hard, now that we start the new year. How was your year in aerospace? #SpaceIndustry #YearInReview2024

Are you an expert in #activedebrisremoval and #proximityoperations? Are you working on #orbitdetermination techniques and #SST services such as #reentry, #fragmentations and #conjunctionanalysis? Are you exploring #spacebased and #cislunar #SSA applications? If at least one answer is yes, please consider sharing the latest advances of your #research in the #spacesurveillanceandtracking fields by contributing to this special issue of Aerospace MDPI. #spacedebris #spacetrafficmanagement #spacesituationalawareness

🚀 We continue to introduce the space companies that have joined our platform. We are happy to see EXOS Aerospace Systems & Technologies joining us! Exos Aerospace is a leading innovator in reusable space launch technology, specializing in cost-effective, rapid-launch solutions. As one of the few FAA-licensed providers of reusable launch vehicles, Exos focuses on delivering reliable access to space for commercial, defense, and scientific missions. The company’s advanced Type 5 tank technology has been utilized in lunar missions, and its upcoming Orbital Transfer Vehicle (OTV) aims to provide efficient last-mile propulsion for satellite rideshares. Exos is committed to accelerating the pace of space exploration while reducing costs through hardware-centric, iterative development and strategic partnerships. 🔗 Discover more about Exos Aerospace’s solutions: https://lnkd.in/dj5kkJCe For more information, feel free to reach out to John Quinn

The global #LEOSatellitemarket size is estimated to be worth USD 5162.6 million in 2022 and is forecast to be a readjusted size of USD 16740 million by 2028 with a CAGR of 21.7% during the forecast period 2022-2028. Full Report: https://shorturl.at/oELQV Key Players: SpaceX Planet Labs Boeing Co LockHeed Martin Thales Alenia Space OneWeb Satellites SSL (Space Systems Loral) Northrop Grumman ISS-Reshetnev Kepler Communications #leosatellitemarket #market #marketanalysis #marketforecast #marketgrowth #valuatesreports

Our latest paper "Addressing Inaccurate Phase Center Offsets in Precise Orbit Determination for Agile Satellite Missions" is now online on Navigation -> https://lnkd.in/eghWE3zY In this study, Kevin Gutsche, Thomas Hobiger and Stefan Winkler demonstrate that it is possible to account on-the-fly for incorrectly calibrated antenna phase center offsets in precise orbit determination when satellites are performing agile maneuvers. The Institute of Navigation Aerospace Engineering and Geodesy | University of Stuttgart University of Stuttgart Spirent Positioning, Navigation, and Timing ATLAS_CRC_1667