Portal Space Systems’ Post

#ICYMI – The new #CORDIS Results Pack on In-space Electric Propulsion is showcasing the achievements of 12 #H2020 projects funded under the Strategic Research Cluster (SRC) on #ElectricPropulsion. ⚡ 🛰️ As a key strategic technology, electric propulsion is an essential enabler for the EU Future Space Ecosystem and for ensuring European global leadership in the areas of in-space operations and transportation. ➡ https://europa.eu/!VMwrpc #EUSpaceResearch #EUSpace #SpaceIndustry EU Space

🚀 Excited to share my latest blog post: "Propelling the Future: A Comprehensive Guide to Satellite Propulsion Systems." 🛰️ Explore the fascinating world of satellite propulsion systems with me as we delve into the mechanisms, types, and design considerations shaping the future of space exploration. From chemical rockets to electric thrusters, satellite propulsion systems drive the precision and agility of our silent sentinels in space, enabling essential services like communication, weather monitoring, and scientific research. Join me on a journey through the intricacies of these marvels of engineering as we uncover the critical role they play in navigating the vast expanse of the cosmos. Whether you're a space enthusiast, a seasoned engineer, or simply curious about the wonders of satellite technology, this blog post has something for everyone. Join the conversation and let's propel the future of space exploration together! 🌌✨ Read the full blog post here: https://lnkd.in/dP9uiwkU #SatelliteTechnology #SpaceExploration #PropulsionSystems #Engineering #FutureTech #ChemicalPropulsion #IonPropulsion #NuclearPropulsion #SatelliteDesign

🚀 Exploring the Future of Space Travel with Hybrid Propulsion Systems 🚀 The quest for efficient and versatile space propulsion is more critical than ever as we set our sights on deeper and longer missions into the cosmos. Imagine a propulsion system that combines the best of both worlds: the high efficiency and longevity of ion and plasma engines with the precision of photonic propulsion. This hybrid approach could revolutionize our capabilities in space exploration. In my latest article, I dive into the potential of hybrid propulsion systems, discussing how integrating these advanced technologies can enhance performance and operational flexibility for a wide range of space missions. From the technical intricacies of ion thrusters and VASIMR engines to the promising advancements in photonic propulsion, I explore the possibilities and challenges of this innovative approach. Curious about how hybrid propulsion could pave the way for more ambitious space endeavours? Check out the full article below #SpaceExploration #HybridPropulsion #Innovation #Technology #Aerospace #FutureOfSpaceTravel 🚀✨

What do you know about space propulsion systems? Historically, hydrazine-based propulsion systems have been at the forefront of technology for various applications, such as launchers and satellites of all sizes. These systems boast a long and distinguished history, along with a broad array of space-qualified, off-the-shelf components. However, hydrazine is a toxic, carcinogenic, and mutagenic monopropellant, while MMH (Monomethylhydrazine) and UDMH (Unsymmetric Dimethylhydrazine) are similarly hazardous bipropellants. Special precautions are necessary during both the field and operational phases when using hydrazine or its derivatives. Since hydrazine was classified as a substance of very high concern under the REACh legislation in 2011, there is a potential for future bans on these systems… But we can propose you an alternative! The chemical compound hydrogen peroxide, with the formula H₂O₂, is a colorless liquid that is slightly more viscous than water in its pure form. It serves as a powerful oxidizer and is commonly used for bleaching, disinfection, and as a rocket propellant! And of course, at AGENA SPACE, we design, test and qualify space propulsion systems based on H2O2. Are you interested in our H2O2 solutions, or do you want to work with? Do not hesitate to look at our website: https://agenaspace.fr #innovation #aerospace #propulsion

✨🔵 COTS, Customised or In-House for the Space Industry? 🔵✨ Piers Olsen CEng, discusses the industry shift towards adopting (COTS) components over customised or in-house development. This article explores the advantages and challenges of each approach, emphasising the importance of flexibility and adaptability in component manufacturing to meet the evolving needs of space missions. It also talks about the emergence of NewSpace companies, characterised by their agility and willingness to take calculated risks, and how they've challenged traditional players in the space industry. Read Piers' (CEO of Olsen Actuators & Drives) article here in the Orbital Today magazine: https://lnkd.in/exkWUdca #space #spacecomponents #spacemanufacturing #spacetechnology

🛰 See you there?! 🛰️ For the space community, August = Small Satellite Conference (SmallSat) in 📍Logan, Utah. We’re excited to share that GATE Space CTO Alexander Sebo, CFO Clemens Weisgram, and Systems Engineer Johannes Pammer will be there representing our company. Want to schedule a meeting to discuss your propulsion needs? Use the link in the comments. ⬇️ #space #engineers #technology #SmallSat

Supernova gensets are essential for space research organizations, ensuring the seamless operation of critical systems #PerkinsPowered #SustainablePower #PerkinsEngines #ReliablePowerGeneration #NextGenGensets #CPCB4Plus #SupernovaGenerators #PowerSystem #PowerOutage #SupernovaDieselElectricGenset

One of the elements barring industry, academia and other entities to more easily work in orbit is the modularity of current satellite systems. 🛰️ That's where AFRL comes in. Our teams are working to standardize interfaces between satellite bus's and their propulsion systems - creating a more efficient space to operate which you can launch into learning more about below. #AFResearchLab | #SmallSats | #SatelliteTechnology | #AFRLSpace

Sirius Space completes a successful hot-fire test of the STAR-1 rocket engine, setting the stage for the first full-scale engine test in Q2 2025. https://lnkd.in/dU77pSdV

It was a pleasure to present the work done in the RETRO project, as part of ESA ́s Future Launchers Preparatory Programme (FLPP), at Space Propulsion conference #SP2024. A big thank you goes to Sebastian Karl, Tamas Bykerk and Daniel Kirchheck. The paper describes the CFD based aerothermal load predictions for a Vertical Take-off Vertical Landing (VTVL) reusable launcher configuration during the retro-propulsion phase. Parametric studies are performed to evaluate the effect of the number of operating engines, thrust vector control and different fuels (hydrocarbon vs. hydrogen).