HPS High Performance Space Structure Systems GmbH’s Post

🛰 The 'Small #Satellite Initiative' was launched launched by the German government to strengthen the German #space industry and promote small and medium-sized enterprises (#SMEs) and, in particular, #startups in the field of small satellites. The German Space Agency at DLR has managed three competitions, the winners of which were announced at the 2023 Small Satellite Conference in Berlin on 23 November. Small satellites are versatile and can be used flexibly – for telecommunications services, Earth observation and climate research or testing new technologies in space. They can be produced in larger quantities and are therefore more cost-effective and can be manufactured more rapidly than conventional satellites, opening up a wide range of new opportunities for commercial services and science. 🏆 Learn more about the winners here 👇

🛰️ DLR awards €18 million contract to Exolaunch for small satellite launch services 🚀 The German Space Agency (Deutsches Zentrum für Luft-und Raumfahrt e.V.) recently awarded Exolaunch, a Berlin-based company, a €18 million contract to provide comprehensive launch services for 12 deserving winners of the #SmallSatellite and Small Satellite Payload Competitions. Small satellites provide a versatile and flexible approach to space exploration, enabling telecommunications services, Earth observation, climate research and technology testing. They offer scalability and cost-effectiveness, paving the way for innovative commercial services and scientific endeavors. Recognizing this potential, the German government initiated the Small Satellite Initiative, which is managed by DLR on behalf of the Federal Ministry of Economics and Technology (BMWK). Exolaunch GmbH, with its extensive experience in small satellite launches, was awarded the contract, leveraging its track record of over 80 percent of German small satellite launches over the past decade. The contract covers various aspects, including launch vehicle procurement, launch campaign coordination, satellite and payload procurement, technical support, and oversight of qualification testing and manufacturing activities. In 2023, European research institutions and companies submitted proposals for small satellites or payloads, culminating in the announcement of the winners at the Second National Small Satellite Conference in Berlin on November 23, 2023. The winners will benefit from a free small satellite platform and a launch opportunity on a European micro launch vehicle in 2025. Read more about the competition and the importance of this partnership for #AirportRegionBB and beyond. 👉 https://lnkd.in/dMG6XBKQ   #Aerospace #DLR #smallsat Berlin Partner Unit for Mobility and Logistics

📣 We are excited to announce that SPiN has been awarded a prestigious contract under the Invest element of the European Space Agency - ESA ScaleUp programme! 🎉 🛰 The programme will support the manufacturing, launch, and operation of SPiN's 3U CubeSat for In-Orbit Demonstration (IOD). 📡 This platform will use MA61C CubeSat to integrate a payload into a heritage satellite platform. The 3U CubeSat will be launched in October 2025. 🚀 The demonstration will carry an innovative Space Situational Awareness payload that ARCA Dynamics provides ☄ These significant milestones would not have been possible without the collaborations with German Orbital Systems GmbH and Exolaunch, who will contribute to the project through manufacturing, operations, and launch services. The ScaleUp INVEST Element aims to accelerate the commercialisation of space technologies and drive innovation in Europe. We are incredibly grateful to the European Space Agency (ESA) and the Luxembourg Space Agency for their support and trust. #MA61C #CubeSat #InOrbitDemo #SpaceInnovation #ESA #NewSpace #Sustainability #SatelliteTechnology #CommercialSpace #Innovation #Teamwork #ScaleUp #SpaceSituationalAwareness #SSA

The new Liquid Propulsion Technologies for Future Space Transportation (FIRST! Propulsion) call is open! The goal of this call for ideas is to:  - Identify Technology Providers in certain technology fields which are key for future European Space Transportation. - Identify Space Transportation Service Providers and Industrial Primes interested in technology disruptions in these fields, their needs and preferences. - Identify potential Investors interested in key Technology Providers for ESA future STS. FIRST!, an initiative of the European Space Agency - ESA STS Future Launchers Preparatory Programme (FLPP), aims at identifying and maturing disruptive technologies in various domains, to foster performance, competitiveness and sustainability of the future space transportation ecosystem. Discover more and submit your idea by 16 September, 2024: https://lnkd.in/dK8bKvX3 #SpaceTransportation #Space #SpaceInnovation

FIRST! Propulsion is the call for The new Liquid Propulsion Technologies for Future Space Transportation! The submission of an Idea Proposal can be done via OSIP from June 20th until September 16th 2024! 

Tehiru's Groundbreaking Rocket Booster Technology at Glance: Tehiru, a pioneering aerospace company, is leading the way with its innovative Tehiru Rocket Booster, a cornerstone in modern aerospace technology. This advanced booster is designed to significantly enhance the efficiency and sustainability of space launches, aligning with today’s demands for more environmentally friendly and cost-effective space exploration solutions. Innovative Features of the Tehiru Rocket Booster: - Air-Launched Capabilities: Tehiru’s booster is uniquely designed for air-launch, offering greater flexibility and reducing the logistical constraints associated with traditional ground-launched rockets. - Thermo-Electric Technology: Incorporating cutting-edge thermo-electric technology, the Tehiru Rocket Booster maximizes energy efficiency, reducing waste and minimizing environmental impact. - Support for Small Satellite Missions: The booster is particularly suited for small satellite deployments, capable of carrying payloads up to 550 kg to Low Earth Orbit (LEO), making it an ideal choice for both commercial and scientific missions. Benefits of Tehiru's Technology: - Cost Efficiency: Reduces launch costs through reusable technology and efficient fuel usage. - Environmental Sustainability: Minimizes carbon footprint with its innovative thermo-electric technology. - Enhanced Accessibility: Facilitates broader access to space for research and commercial purposes through cost-effective and frequent launch opportunities. Tehiru is not only advancing technological boundaries but also fostering a sustainable approach to space exploration. With ongoing developments and a focus on innovation, Tehiru continues to set new standards in the aerospace industry, promising an exciting future for space technology. For organizations and entities interested in the cutting edge of aerospace technology, Tehiru offers not just a product, but a gateway to new possibilities in space exploration and satellite deployment. Contact Tehiru Today: Join us in shaping the future of aerospace. Explore how our rocket booster technology can support your missions by visiting our website or contacting our expert team. Stay tuned for updates and insights into our advancements in rocket technology, and see firsthand how Tehiru is revolutionizing access to space. #Tehiru #RocketBooster #AerospaceInnovation #SpaceExploration #SustainableTechnology #AirLaunchedRockets #ThermoElectricTechnology #SmallSatellites #CostEfficiency #EnvironmentalSustainability

We are thrilled to be part of this exciting project and to collaborate with our esteemed partners, HPS High Performance Space Structure Systems GmbH and the Deutsches Zentrum für Luft-und Raumfahrt e.V. - Institute for Space Systems in Bremen. The recent 1 MEUR co-funding contract awarded by European Space Agency - ESA is a significant milestone, and we’re eager to contribute to the development of innovative foils for space applications, particularly in reducing spacecraft reflectivity—a game-changer for the astronomical community. The immediate kick-off of the project is a testament to the swift and effective processes enabled by ESA’s new GSTP sub-programme "Product Initiative." It's impressive how quickly ESA identified, accepted, and moved forward with this project, turning an idea into a contract within just six months. This efficiency is exactly what the European space ecosystem needs, especially for driving innovation among SMEs. At Aerospace & Advanced Composites GmbH (AAC), we are fully committed to ensuring the success of this initiative. The innovation processes we’ve launched for these foils are set to result in groundbreaking products that will have a lasting impact on space technology. Working alongside such dedicated partners guarantees that the outcomes will be nothing short of exceptional. Thanks to European Space Agency - ESA for their ambition and to FFG Österreichische Forschungsförderungsgesellschaft mbH for their support. We look forward to the incredible advancements this collaboration will bring. For more project details, visit: https://shorturl.at/Swo9N #spaceindustry #spacetechnology #Aerospace #Innovation #SpaceExploration #materials #Polymers #AAC ##astronomy

Pleased to see the results of the Novaspace (Merger of Euroconsult & SpaceTec Partners) report we contributed to regarding High-Aspect Ratio (HAR) satellites for the European Space Agency - ESA, alongside Initium Space. So, what are they and why should you care? HAR satellites feature a design where the length exceeds the thickness by four times or more, minimizing mass and volume to maximize the amount of satellites per launch. HAR satellites' stackability reduces costs and speeds constellation deployment for quicker operator revenues. They simplify assembly to scale networks quickly and meet demand while their high surface-to-volume ratio supports efficient power and communication with additional arrays and antennas. Low and adjustable drag allows HAR satellites greater efficiency; increased lifespan; eases decommissioning; and aligns with sustainability goals. For this project, we conceived a SAR satellite concept using deployable antennas and COTS parts for cost-effectiveness addressing the need for rapid revisit times in Earth Observation (EO) applications. Read about the results of the study at the link, including the potential and challenges of the HAR concept on future constellations.

Bellatrix Aerospace, a #spacestartup located in Bengaluru, has scheduled the launch of Polar Satellite Launch Vehicle-C55 on Saturday. The vehicle is carrying an experimental payload called the Hall-effect thruster (HET). The Indian Space Research Organisation (ISRO) will use the PSLV Orbital Experimental Module (POEM), where the rocket's last stage serves as an #orbitalplatform for orbital experiments, to house the ARKA-series HET, which will demonstrate the #solarelectric propulsion engine for small satellites. According to Bellatrix Aerospace co-founder Yashas Karanam, "it is something like taking this #evrevolution to space, but actually, the technology is much more complex and very different from how we operate here," PTI was told. According to him, Bellatrix's HET #technology offers a significantly higher specific impulse or mileage in comparison to classic rockets, hence decreasing reliance on #harmful and carcinogenic traditional fuels like hydrazine. According to Karanam, Bellatrix has prioritised maximum #indigenization of sub-systems over reliance on outside vendors. "With this particular launch, we would be in a position to validate and reassure ourselves of our indigenisation capabilities across the spectrum for all the subsystems that have gone into it," according to him. Solar panels positioned around the PS4 tank and a Li-Ion battery provide electricity to the POEM component of a #PSLV. With the help of a helium gas storage, it carries specialised control thrusters and navigates using four #sunsensors, a magnetometer, gyros, and NavIC. Telecommand functionality is enabled, according to the #isro. The Singaporean earth observation satellite TeLEOS-2 will be the primary payload of the PSLV C55 mission. Additionally, it will launch Lumilite-4, a satellite that was jointly created by the National University of Singapore's #satellitetechnology and Research Centre (STAR) and A*STAR's Institute for Infocomm Research (I2R) into orbit. The POEM component will also carry payloads from the Indian Institute of Astrophysics, DhruvaSpace, and the ISRO in addition to the ARKA-series HET. https://lnkd.in/fzpnPPW #spacequalification #propulsionsystems #spacestartup #PolarSatellite #solarelectric #satellites #IndianSpace #satellitetechnology #commercialspace #spaceexploration Bellatrix Aerospace Saurabh Nerkar

Minister of Science, Technology and Higher Education, Elvira Fortunato, visited ISTsat-1, at the Taguspark campus of Instituto Superior Técnico, before its departure to French Guiana, from where it will be launched into space, as a part of the inaugural flight of the Ariane 6 rocket, scheduled for June or July 2024, according to forecasts from the European Space Agency - ESA. 🛰️🚀 During the visit, it was possible to visit the IST NanosatLab clean room, opened in 2022 by Técnico and Instituto de Telecomunicações (IT), where ISTsat-1 is located, the IST NanosatLab laboratory and the satellite tracking room, CS5CEP. The project is coordinated by Rui M. Rocha, professor at DEEC Técnico, researcher at IT, and one of the founders of IST NanosatLab. 👉https://lnkd.in/eBgp8cEj #NetworksandServices #AntennasandPropagation #Space #ISTsat1 #NanosatLab