satsearch’s Post

When CERN needed to model evacuation scenarios for their large underground cavern, Pathfinder delivered precise, reliable results. Our advanced simulation tools helped optimize evacuation plans for one of the world's most complex scientific facilities. From research centers to high-rises, Pathfinder ensures safety in the most critical environments. 🔗 Learn more about this success story: https://lnkd.in/gt8mDgwz

Watch EPC Space's new video - How to use EPC Space's Cross Reference Tool and Electro-Thermal Calculator Watch how to generate a technical cross reference between Silicon and EPC Space GaN, while comparing electrical and thermal setpoints for a given operating condition. #GaN #RadHard #Space #SpaceTravel https://hubs.li/Q02KzcRn0

Redwire Space, a leading provider of spacecraft hardware, uses Epsilon3 to manage complex assembly, integration, and test procedures. Like many of our customers, they needed a secure yet collaborative platform to write, review, release, and track procedures that incorporate bill of materials (BOM) and inventory management. They knew generic manufacturing execution (MES) and resource planning (ERP) software would only slow them down. By streamlining production workflows with Epsilon3, Redwire Space can quickly and efficiently build advanced products without compromising quality or reliability—both of which are critical to their customers and mission partners. Watch the case study video and download the white paper to learn more! https://lnkd.in/gBKcrca8 #spacecraft #hardware #engineering #manufacturing #testing #software

The Impact of Gravity on Cage Instability in Reaction Wheel Assemblies and Gyroscope Bearings Pleased to share that BEARING NEWS has published our recent article in their September paper edition! In this piece, we explore the relationship between gravity—or its absence—and the phenomenon of cage instability in reaction wheel assemblies and gyroscope bearings. Our research reveals the subtle yet significant impact of gravitational forces on these critical components, along with a detailed discussion on the qualification process for space applications. By referencing real-world cases, we highlight the challenges posed by cage instability in current projects, offering valuable insights that could influence future developments. Through its deep understanding of the mechanisms governing cage instability and the development of original modeling tools, APO-GEE has completely solved the problem. This opens up new perspectives for space mechanisms, as well as for many terrestrial applications (machine-tool spindles, boat stabilizers, turbomolecular pumps, etc.). For those interested in learning more or discussing this further, feel free to reach out or visit www.apo-gee.tech

In space, even a single high-energy particle can cause a surge in current, risking system lock-up. But with mmWave radar, the low voltage, combined with precise electronic design, provides resilience against these challenges. This makes mmWave radar an ideal choice for space applications where reliability is everything. Our new technical paper, 'Sensing in space' explains how this our mmWave radar technology is engineered to withstand harsh space environments and ensure stable, continuous operation—even under extreme conditions. Explore the science behind robust radar design for space missions. Download the paper for free to learn how mmWave radar is helping to set new standards in space technology: https://lnkd.in/ec45BqPv #RadarTechnology #SpaceReliability #SensingInSpace #mmWaveRadar #SatelliteTech #SpaceExploration

💫Happy to present the A-IQ Ready project-related #research - Satellite-based InSAR Geodesy and Collocation with GNSS! 📰In this work, an optimal procedure for assessing a suitable collocation properties for InSAR and GNSS techniques is discussed, along with the proposal for the methodology to determine the spatial relationship between the reference points of both techniques. The study analyzes three collocation stations in Slovakia using their radar backscattering characteristics. 💡InSAR achieves an intrinsic accuracy of up to 1 mm but has uncertainties several orders of magnitude larger in 3D space. A collocation of InSAR measurements with GNSS can tie relative InSAR displacement estimates to an absolute reference frame. 🤝Thanks for the authors: juraj papco, Matúš Bakoň, Lukas Kubica, Gabika Belicova, Branislav Droscak, Martin Ferianc, Martin Rovňák, Antonio M. Ruiz, Joaquim J. Sousa! 👆Full open access paper for more information https://lnkd.in/dtjJZDmZ

Ready for our first Coffee with an Expert webinar of 2025? 28 January 2025 @ 10am CET [PLEASE NOTE THE NEW DATE] 📡 PyAEDT for Array Antenna Design and Optimization Whether you’re designing antennas for communications or radar systems, every design decision requires careful consideration. With PyAEDT, engineers can automate workflows, streamline the design process, and optimize antenna performance more efficiently. In this session, we’ll walk you through the installation of PyAEDT, starting a project, and creating a phased array antenna. For more info and to secure your place: https://lnkd.in/eJAWup_Q #antennadesign #space #optimization #experts #simulation

Join our live webinar with Fatemeh Hoveizavi and Rich Davies to learn more about Ansys PyAEDT for Array Antenna Design and Optimization. Register for free today! #edrmedeso #pyaedt #antenna #design #optimization #livewebinar

#ComNav Technology developed a highly advanced #GNSS unit with laser pointer and has gone on to create a family of receivers with different capabilities of Laser and GNSS. This convergence signifies a groundbreaking advancement in #surveying, enhancing accuracy, reliability, and applicability. Learn more: https://lnkd.in/eADiY-tg #SinoGNSS #survey #landsurvey #positioning #mapping #construction #laserrtk