N.O.M.A.D. 🛰🪐🌛

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N.O.M.A.D. 🛰🪐🌛

N.O.M.A.D. 🛰🪐🌛

@HahnTronics

Operational Electronic System Analysis | Telecommunications Systems | FAALINCS & FTI SYSTEMS, V/UHF, FIBER, M/W

Planet Earth Se unió Kasım 2015
431 Siguiendo317 Seguidores
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N.O.M.A.D. 🛰🪐🌛
N.O.M.A.D. 🛰🪐🌛@HahnTronics·
Human Accessible Habitation Node (H.A.H.N) Creator of the Human Accessible Habitation Node (H.A.H.N), a starship variant that sectionalizes the second stage of a starship vehicle into at least four separate modules each consisting of varying degrees of habitability, life support, research, living quarters, science, and operational functions. The nose cone houses several RVAC rocket engines optimized for space transport and station keeping. Each node connects autonomously to each other in either a vertical or horizontal configuration or a combination of both in order to form multiple layers or stories to form a complete orbiting structure above the earth and or the Moon or other celestial bodies. A completed station or any sub level of modules can break away and form another station. Once separated, each individual node is equipped with its own engines and thrusters to autonomously leave orbit and land on the surface of the moon or other body. Each initial iteration is also equipped with its own landing pad which is released just before landing and remains on the surface to be used by other vehicles for landing. Future iterations of the nodes would then ferry supplies to and from the surface while construction and colonization of the moon proceeds for permanent human occupancy. Once sufficiently supplied, in situ resource utilization, mining, and manufacturing can commence. Further use of local resources can then be used to expand lunar station and habitable structures. With the Lunar Station becoming self-sufficient, future support and supplies from earth can be reduced with limited resupplies and necessities for sustainability.
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National Air and Space Museum
On this day in 1954, John Stapp took his first ride on the Sonic Wind 1 rocket sled, enduring 22 Gs. The rocket sled was powered by 9 solid fuel rockets with 40,000 pounds total thrust for 5 seconds. It's on display in "Nation of Speed": s.si.edu/3JRAv1a #AirSpacePhoto
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SolarHam
SolarHam@SolarHam·
The first CME that was expected to reach Earth today has yet to be detected and geomagnetic activity remains at quiet levels. The plasma cloud that left the Sun on March 16th may be running late or it could turn out to be a dud. I was initially not very impressed with the look of the CME, but perhaps we will get surprised. A further update will be provided should conditions change.
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Avid Space
Avid Space@LabPadre·
Pad 2 has completed a 60+ second deluge test.
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N.O.M.A.D. 🛰🪐🌛
N.O.M.A.D. 🛰🪐🌛@HahnTronics·
@RocketLab @esa Hardware, Software, Satellites, Rockets, Engines, Guidance, Navigation, Communications... Am I missing anything RKLB? Seems you've cornered the market for small to medium launch payloads!👏👏 How's the Neutron development progressing?
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Rocket Lab
Rocket Lab@RocketLab·
Satellites integrated and encapsulation complete for our upcoming launch for the European Space Agency @esa. The "Celeste" IOD-1 & IOD-2 satellites will test next-gen satnav technologies in LEO that support ESA's current Galileo system in higher orbit.
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Phil Metzger
Phil Metzger@DrPhiltill·
Solid piece on Space Data Centers by J. Callison and my good friend Joe Minafra (one of the coolest people in the world, BTW, and head of innovation for NASA SSERVI). They argue the need for supply chain and in-space maintenance of space data centers. 1/2 spacenews.com/hardware-is-no…
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Astrolab
Astrolab@Astrolab_Space·
A lunar family portrait! Meet each member of our rover team: FLEX-Lunar Terrain Vehicle (LTV): All the capabilities of our commercial rover, but also ready to transport crew, support Artemis sample collection, and enable exploration on the lunar surface. FLIP: A technology demonstration mission launching to the Moon this year to test hardware and software that will be used on our FLEX rovers. FLEX-Commercial: Operated telerobotically, designed to provide multi-year surface mobility and logistics, including lunar infrastructure deployment, payload transportation, in-situ resource utilization and construction operations.
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Elysia Segal
Elysia Segal@elysiasegal·
Meet the Platypi: NASA’s Newest Astronaut Candidate Class : Ten explorers are currently training at NASA’s Johnson Space Center in Houston to become flight-eligible astronauts.  Selected in 2025, the astronaut candidates are building the technical and op… ift.tt/9ugbPdA
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Elysia Segal
Elysia Segal@elysiasegal·
NASA’s Roman Observatory Passes Final Major Prelaunch Tests: NASA’s Nancy Grace Roman Space Telescope team recently blasted the observatory with extreme sound, shook it, and listened to its electronic hum. Roman passed all three assessments, which aimed … ift.tt/3uadyls
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Lunar Outpost
Lunar Outpost@LunarOutpostInc·
Lunar Outpost and @michigantech just wrapped our NASA Phase II STTR on Lunar Surface Site Prep (LSSP), a two‑year effort advancing the tools and tech needed to construct regolith‑based infrastructure on the Moon. Over the past 24 months, we: • Developed REGOWORKS, an interactive ConOps planning tool for designing roads, landing pads, and foundations in lunar regolith. • Correlated bulk density to bearing strength and bulk modulus through atmospheric and vacuum test campaigns. • Designed a vibrating plate compactor prototype to characterize regolith compaction performance. From roads, habitats, all the way to safe landing zones, infrastructure starts with regolith. We’re proud to help lay the groundwork—literally—for sustained lunar operations. @NASA #TheNextLeap #LunarOutpost #DrivingArtemis #SpaceTech #Innovation
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Lukas C. H.
Lukas C. H.@GewoonLukas_·
JAXA announced that the 8 cubesats of their 4th "Innovative Satellite Technology Demonstration" are now set to launch NET April 23rd on Rocket Lab's Electron. The mission named "Kakushin Rising" was previously scheduled for Q1.
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JAXA(宇宙航空研究開発機構)@JAXA_jp

[プレスリリース] 革新的衛星技術実証4号機キューブサットの打上げ時期の変更 #JAXA jaxa.jp/press/2026/03/…

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Elysia Segal
Elysia Segal@elysiasegal·
Australia’s “Red Centre” Turns Green: Abundant rainfall in February and March 2026 transformed the desert landscape of Central Australia. 👉🏻 ift.tt/Ld3rvnk
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N.O.M.A.D. 🛰🪐🌛@HahnTronics·
Punishment or restitution may consist of either food rationing, or in most cases extra work hours or additional tasks to maintain the operation of the settlement.
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N.O.M.A.D. 🛰🪐🌛
N.O.M.A.D. 🛰🪐🌛@HahnTronics·
"THE RED CHARTER" The governing system of the Martian Colony. No Political Parties No Congress No Law Enforcement No crime No prisons A three "person" Tribunal consisting of: One Person of Merit One Resident of Mars One Autonomous Robot The Tribunal determines all disputes
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AstroForge
AstroForge@AstroForge·
Fresh science is the best science. Also, fun fact: Andrew Ryan, who lead OSIRIS-REx's sample physical and thermal analysis working group joined AstroForge a few months ago after completing this study!
NASA@NASA

When OSIRIS-REx reached the asteroid Bennu in 2018, scientists expected to find a smooth, beach-like surface. Instead, they encountered a jagged, rugged world. Samples of the asteroid, brought back to Earth in 2023, are helping untangle the mystery: go.nasa.gov/4cMGBPb

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N.O.M.A.D. 🛰🪐🌛
N.O.M.A.D. 🛰🪐🌛@HahnTronics·
Within the Space Industry, having a $2B backlog may seem like a good place to be.🚀 However, if that backlog doesn't diminish for the right reasons, it may very well diminish for the wrong ones!🚀
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