Space Applications Services NV/SA’s Post

📣 𝗦𝗽𝗼𝘁𝗹𝗶𝗴𝗵𝘁 𝗼𝗻 𝘁𝗵𝗲 𝗚𝗮𝗹𝗶𝗹𝗲𝗼 𝗥𝗲𝘀𝗲𝗮𝗿𝗰𝗵 𝗚𝘆𝗿𝗮𝘁𝗼𝗿𝘆 𝗖𝗼𝗺𝗽𝗮𝗰𝘁𝗼𝗿 The GALILEO Gyratory Compactors stand as the most advanced models available globally. 🛣 Offered in two versions - Galileo and Galileo Research - these compactors are designed to deliver the highest level of accuracy. With a high-precision load mechanism and an extremely rigid frame, the Galileo Gyratory Compactors ensure maximum reliability and performance for your testing needs. 📈 Discover the excellence of the Galileo Research model in your compaction processes. Read our brochure ⬇ #AsphaltMix #MaterialsTesting #CivilEngineering #LaboratoryTesting

We can expect cesium Atomic clocks and LEO based solutions such as STL to play a very important role in the interim, providing some autonomy for potential GPS service interuptions, as well as several other alternatives currently under development. The combination of public and privately owned alternatives in my opinion, present a very positive scenario for faster development and deployment.

One technical method proposed for changing antenna reception to reduce LEO overcrowding.

Cost Savings in Space Missions: The Power of Reliable EGSE 🚀 Investing in robust Electrical Ground Support Equipment (EGSE) isn't just about technology; it's a smart financial move for planning space mission. Here's how reliable EGSE translates into significant cost savings in the Assembly, Integration, and Testing (AIT) phase: ✔️ Enhanced Testing Precision: Reliable EGSE helps identify and fix issues early, avoiding costly delays. ✔️ Reduced Downtime: A robust EGSE setup enables seamless connectivity and communication with the spacecraft, reducing downtime during testing. ✔️ Optimized Resource Utilization: With reliable EGSE, streamlined testing minimizes manpower and time requirements. ✔️ Data-Driven Decision Making: Reliable EGSE also generates valuable data for analysis that allows to prioritize resources, allocate budgets effectively, and make strategic choices that contribute to overall cost efficiency. To ensure the reliability of our EGSE solutions, we go the extra mile. We not only design them to meet and surpass industry-specific standards, but also tailor them to fit your spacecraft's specific needs, ensuring maximum efficiency. We collaborate closely with our clients, understanding their requirements to deliver EGSE solutions that go above and beyond expectations. With our EGSE, you can count on optimal performance, significantly reducing the chances of costly repairs or delays. By using reliable EGSE solutions, you can achieve substantial cost savings without compromising mission integrity. Check out our website for more information on our EGSE solutions 👉 https://lnkd.in/dYJbCZFE #TermaSpace #Space #WorldClassExpertise #ChallengingTasks 

Product Introduction:   The KTD13CSA dipole array antenna is used for ground installation to achieve information communication with satellites.   Product features:   The product adopts a metal dipole, with high gain; The product has a wide frequency band and a wide coverage band; The product assembly process is simple and the structure is stable.

SURVEY ON SMALL TECHNOLOGY PAYLOAD DEVELOPMENT AND FLIGHT!!! The Lunar Surface Innovation Consortium (LSIC) is conducting a survey  to understand what is working to enable opportunities to fly technologies and where challenges still exist for small technology payload development and flight. We will collect responses to this survey  through September 20, 2024. The results of this survey  will be evaluated and presented at the LSIC 2024 Fall Meeting and be the basis of a LSIC Fall Meeting breakout session dedicated to discussing how to reduce barriers to flying technology being developed by the LSIC community. We encourage anyone developing technologies that currently or will leverage opportunities to fly to complete the survey. https://lnkd.in/eZk2GRtf

Payload activation is now underway following the successful completion of the commissioning phase of LizzieSat-1 (LS-1) by Sidus Space. The Payload operations phase aims to fulfill customer needs, goals, and objectives while optimizing LizzieSat-1 performance to achieve mission success within required power, thermal, attitude control, and data downlink constraints. Sidus expects to achieve primary objectives in the coming weeks.

With Ansys STK, you can design a satellite, model constraints, vary parameters, and analyze the performance within the entire space system while continually validating the design against the operational environment in which it will need to perform. Join us for a Space Mission Analysis and Design training series, divided into three parts which focus on some of the crucial aspects of space missions: Orbit Design, Solar Power & Design, Communications & Design. #SMAD #DigitalMissionEngineering

The ADM technical diagram for a compact LFTR designed for use on spacecraft. Combines a traditional steam generator with an innovative thermoelectric generator which promotes cooling, temporary power in case of unplanned reactor shutdown, and increases the overall efficiency of the reactor system. Note: For those who are familiar with LFTR's, I know microgravity means the emergency dump system probably isn't passively safe, and will require a pump powered by the thermoelectric generator. This solution seems inelegant.