N.O.M.A.D. 🛰🪐🌛

Electronic Systems Analysis | C⁴
Telecommunications | @NASA / @X / @Xai / @Starlink / @Spacex / @Tesla / @Neuralink / $SPCX /

[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.

[N.O.M.A.D. 🛰🪐🌛 @HahnTronics]

The most prominent concept in this portfolio is the Human Accessible Habitation Node (H.A.H.N.), which serves as a flagship design for future human space habitation. Key features of the HahnTronics design philosophy include:
Core Design Principles
Modular Architecture: Spacecraft and stations are designed as interconnected, scalable units. This allows for mission-specific configurations, such as expanding a small outpost into a large-scale colony hub.
Artificial Gravity Solutions: Many designs incorporate rotating sections or counter-rotating rings. These are intended to mitigate the health risks of long-term zero-gravity exposure, such as muscle atrophy and bone density loss, by generating centrifugal force.
Biophilic Integration: A unique aspect of the N.O.M.A.D. universe is the inclusion of green spaces and hydroponic farms. These areas serve a dual purpose: providing life support (oxygen and food) and maintaining the psychological well-being of the crew.

[N.O.M.A.D. 🛰🪐🌛 @HahnTronics]

System Overview & Design Philosophy
The H.A.H.N. Node is a wide flat cylindrical “hockey-puck” module optimized for lunar gravity (1.62 m/s²). Its low center-of-gravity geometry, central underside propulsion, and ejected landing disc provide unmatched stability and reliability.
Key Design Features
No landing legs — stability achieved via ejected 9.5 m composite disc.
9-engine cluster (three 3-clusters) mounted underneath the main body.
RCS thrusters grouped symmetrically around top and bottom circumference edges.
Top-mounted flat solar array — stowed during transit, autonomously deploys post-landing.
Modular circumferential docking ports for node-to-node mating and expansion.

[The Boring Company @boringcompany]

Tunneling in 3 geologies in 3 cities - Las Vegas clay/caliche, Nashville limestone, and Bastrop sandy clay

[Tory Bruno @torybruno]

One of the coolest jobs in exploration is be a Principal Investigator. Blue’s Chief Scientist Steve Squyres was the PI for the scientific payloads on Spirit and Opportunity, the intrepid Mars Rovers. Fun conversation on the Ascending Node, out next week! Here's a clip to hold you over.

[Angela Braden @cowpox81]

@sheetz Cherry coke or cherry pepsi 🍒

[National Air and Space Museum @airandspace]

The Mercury capsules that took the Unites States’ first astronauts to space were built by McDonnell Aircraft Corporation in St. Louis, Missouri. The Museum has five of the six crewed Mercury spacecraft in our collection, including John Glenn's Friendship 7.

[Jared Isaacman @rookisaacman]

Congrats to @elonmusk and @SpaceX on the largest IPO in history. Tens of thousands worked to tackle some of the hardest engineering problems imaginable, revolutionizing an industry in service of their nation and humanity, are now fully realizing the American Dream🇺🇸

May this moment spark many more companies like it across the domains of the future, unlocking new capabilities and prosperity for those who dare to dream.

[N.O.M.A.D. 🛰🪐🌛 @HahnTronics]

@brianweeden They're all bound to recover as soon as $SPCX hype settles and the market stabilizes next week. The problem with market stability is the rapid human emotional transitions associated with new data, markets, targets, and shall I venture to say, opportunities 🤔

[Nasdaq @Nasdaq]

The ball ascends for the first time in its history, shining bright like Mars—a symbol of what comes next. Congratulations, @SpaceX on this historic achievement. $SPCX

[Nasdaq @Nasdaq]

$SPCX. Now trading on Nasdaq.

[Elon Musk @elonmusk]

@Supermicro @SpaceX @xai Thanks!

[Supermicro @Supermicro]

Congratulations to @elonmusk and all our friends at @SpaceX on their IPO launch!

Supermicro is proud to support SpaceX and @xai's bold vision, including the ambitious plan for a Gigawatt AI data center in space.

Wishing the entire team tremendous success ahead.

[The Popcast Brothers @PopcastGuys]

@WilliamShatner To busy saving Stargate 🤷

#SaveStargate

[Tom Mueller @lrocket]

@WilliamShatner I did!

[Amazon Leo @Amazonleo]

.@ULAlaunch is targeting Friday, July 3 at 12:03 a.m. ET for the launch of Leo Atlas 8 (LA-08) from SLC-41 at Cape Canaveral Space Force Station in Florida.

Every mission adds coverage and capacity to the Leo network, and LA-08 — our fourth Atlas V in three months — is on track to be our 14th overall launch as we work to deliver fast, reliable internet to customers around the world.

Follow mission updates here: https://t.co/Z6gMsOvrxt

[AstroForge @AstroForge]

Congrats to @SpaceX on the IPO!

For years, the bottleneck to deep space was the cost of getting off Earth. That’s becoming a solved problem.

Now the challenge is building low-cost spacecraft that can operate there...good thing we’ve been busy. More news drops next week.

[Jason Kim @Jason_Lil_Kim]

Multiple generations of space pioneers were gathered last night to celebrate the @NatlAero Collier trophy award to the @FireflySpace Blue Ghost Mission 1 team. Thank you to NAA, @NASA, @NASAAdmin, @SolarGirl2018, and all of the sponsors that made this night memorable.

Can’t say there was a dry eye in the room after reflecting how much hard work, ingenuity, and sacrifice was put in by the entire Team to make this mission a 100% success. Congrats Firefly Blue Ghost Mission 1 Team!

[Rocket Lab @RocketLab]

More rockets in the hangar at LC-1 than we’ve ever had before. We’re lining up a busy few weeks of back-to-back-to-back-to-back launches from the world’s first private orbital launch site 🚀🚀🚀🚀

[ispace @ispace_inc]

Congratulations to the teams at JAXA and Mitsubishi Heavy Industries on today's successful H3 launch! 🚀✨

@JAXA_en @JAXA_jp @MHI_Group @MHI_GroupJP

[SpaceX @SpaceX]

Follow today’s $SPCX events → https://t.co/xwwzZlEt1o