N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@HahnTronics) header
N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@HahnTronics) profile picture

ELECTRONIC SYSTEMS CONTROL TECHNOLOGIST | C⁴ | @NASA | @Xai | @Starlink | $SPCX | $RKLB | $LUNR | $FLY | Follow for fun!

Joined November 2015
Photo by N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@HahnTronics)Photo by N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@HahnTronics)Photo by N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@HahnTronics)Photo by N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@HahnTronics)Photo by N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@HahnTronics)Photo by N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@HahnTronics)Photo by N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@HahnTronics)Photo by N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@HahnTronics)Photo by N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@HahnTronics)Photo by N.O.M.A.D. πŸ›°πŸͺπŸŒ› (@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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If we're going to live & work in space, on the moon, and Mars, ✨️ we have to change our earthly living styles and adapt accordingly to off-planet conditions. Renders of Dyson spheres or O'Neill cylinders with open water lakes, or roads with cars, can't exist in that space!!
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Starship iterations are starting to look a little like spaceships and not just rockets.
Ship 43 onward to Pad 2 ahead of flight 15.
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The Ideal moonbase Structural "Sandwich" If you were to layer materials to create a safe wall, the cross-section from inside to outside would look like this: Interior Layer: Polyethylene (to block remaining radiation and provide a clean living space). Pressure Bladder: Kevlar/Vectran weave (to hold in the breathable air). Insulation Layer: Aerogel vacuum gap (to stop heat from escaping). Structural Frame: Titanium or Aluminum-Lithium alloy skeleton. Outer Shielding: A multi-meter thick mound of sintered Lunar Regolith bricks (the primary shield against space).
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NOW THAT'S HOW YOU LAND UPRIGHT ON THE LUNAR SURFACE!
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Day 2 on the island
Fieldwork is underway on Nikumaroro! The Taraia Object expedition team is putting a long-standing Amelia Earhart hypothesis to the test while gathering new environmental data about the remote South Pacific island. Read the latest update. ⬇️ purdue.university/4s7ongW
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You got my vote for success πŸ™Œ βœ…οΈ βœ”οΈ πŸ‘ πŸ™ @FireflySpace
Peep our Elytra orbiter being assembled in the cleanroom πŸ‘€. This spacecraft is part of our Riders 2 the Dark mission β€” America's first mission to land on the Moon's far side. Without direct line-of-sight to Earth, communication on the far side is impossible without a relay. That's where our Elytra orbiter comes in πŸ›°οΈ. Elytra will serve as a transfer vehicle and communications bridge between Blue Ghost and Earth, enabling critical science operations on the lunar surface and setting the stage for future missions.
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Replying to @MarionRKerr
Land in sight! πŸ‘€ The Taraia Object expedition team has reached Nikumaroro after days at sea. The team is preparing to make landfall and begin the next phase of its search for answers about Amelia Earhart’s disappearance. Get the latest update. ⬇️ purdue.university/3TA6URD
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Now that works!!🀣🀣🀣🀣🀣
Excited to announce that all super intelligence organizations have now jointly agreed to the ultimate in AI/SI safety: Moving all testing to Delta Airlines flights, where accessing the Internet is utterly impossible!
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SpaceX signs it's work of art!!! πŸ˜€
SpaceX showing off. Starship Flight 14 painted an "X" into the sky above Starbase. πŸ“Έ @Jordanguidry6 - SPI Helicopters - WAI Media
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Nasa Boeing Starliner update is LIVE
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Luv it when thos COPV's go airborne!!!!!!
Well they are not going to be recovering Ship 41! πŸ˜‚Bravo SpaceX. A few things to look into, but so many incredible firsts in this mission. The first V3 Starlinks in orbit! Hell yea! πŸ₯³
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Beautifule display of ship and satellite moving away from each other. Good job @SpaceX
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