COO@muspacetech // Electrical Eng. B.S.@ Prince of Songkla Uni., Electrical Eng. M.S.@ Uni. of Texas at Arlington, USA // ex Thaicom
Joined April 2024
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samathorn teankingkaeo retweeted
Landing an orbital-class rocket was once considered almost impossible.
SpaceX has now done it 650 times
First landing: December 21, 2015
650th landing: August 15, 2026
samathorn teankingkaeo retweeted
SpaceX’s orbital AI satellite revenue is going to one day dwarf every business it has today... I repeat, I believe this is a future $100 trillion company trading at $1.4 trillion today. If I was a betting man, I'd be BTFD.
samathorn teankingkaeo retweeted
Elon and the SpaceX team are aiming to launch 1 MILLION AI satellites into space and when this happens… this company is going to look dirt cheap at $2 trillion.
Any company serious about AI will be relying heavily on SpaceX for compute.
Mark my words.
samathorn teankingkaeo retweeted
NASA just officially unveiled their master plan for a permanent Moon Base at the lunar South Pole
This is not just about flags and footprints. NASA is moving to establish an enduring, sustained human presence, and they are heavily relying on commercial innovators to build it
The roadmap is highly aggressive:
• Phase 1: Heavy robotic missions and commercial payload deliveries
• Phase 2: Semi-permanent infrastructure, including fission surface power and lunar drones
• Phase 3: A sustained, permanent human outpost
The most important takeaway is NASA explicitly stated this base is the ultimate proving ground to prepare humanity for missions to Mars
While legacy aerospace companies are still struggling to reliably get a small capsule to the ISS, NASA is setting the stage for massive lunar infrastructure....which is exactly the kind of heavy-lift planetary deployment SpaceX’s Starship was designed for
The multi-planetary economy is officially kicking off
samathorn teankingkaeo retweeted
Starship has a side hatch that works like a PEZ dispenser
SpaceX literally calls it the “PEZ dispenser”
Flat satellites are stacked vertically inside. A small side hatch opens and a motorized track pushes them out one at a time - exactly like a PEZ dispenser. After one deploys, the next drops into position and repeats
Right now, launching satellites means:
→ Expensive rockets or long waits for rideshares
→ $50–200 million per launch
→ One or a few satellites at a time
With Starship’s PEZ dispenser:
→ Dozens per launch (up to 60+ Starlink V3)
→ Projected $10–30 million per launch (fully reusable)
→ Targeting well under $100 per kg
Current rideshare prices sit at ~$7,000 per kg on Falcon 9 and are significantly higher with other providers
Starship is projected to bring that cost down to well below $100 per kg, a potential 10–100x cost reduction depending on flight rate and reuse
The satellite industry spent 60 years building around expensive, infrequent launches
SpaceX just turned the entire model into a high-volume vending machine
samathorn teankingkaeo retweeted
Nice pic btw! solar size probably > 5X smaller in space but more radiators
This is the footprint ratio of data center to solar panels in the sunniest country in the world.
Yeah, I think we're gonna have to go nuclear.
Readers added context they thought people might want to know
This is not a photo of data center, nevermind an illustration of any footprint ratio. The circled area is the power substation for the 900MW solar block, part of the larger Mohammed bin Rashid Al Maktoum Solar Park. It powers both Moro Hub data center and the city of Dubai.
acwapower.com/en/what-we-do/…
x.com/philroberts/st…
samathorn teankingkaeo retweeted
Starship 40 is rolling out to Starbase Massey's test site tonight for initial cryo proof testing. This will be the ship for Starship test flight 13.
5/2/26
ALT https://www.patreon.com/c/StarshipGazer
samathorn teankingkaeo retweeted
🚀 Smart Signals for the Future of Space! 📡
mu Space is pushing the boundaries of satellite communication with Meta-surface technology. By integrating this into S-band patch antennas, we’re making satellite signals "smarter" improving gain, reducing size, and ensuring more stable connectivity in the harsh environment of space.
Discover how engineering is reshaping satellite tech: 🔗 muspacecorp.com/meta-surface…
🤖 Made with AI
samathorn teankingkaeo retweeted
A NASA Spacesuit Isn’t Just Clothing — It’s a Complete Miniature Spaceship Worn on Your BackIn the lethal vacuum of space, there’s no atmosphere, no air, no mercy. That’s why a NASA spacesuit is far more than fabric — it’s a fully independent life-support system engineered to keep astronauts alive where nothing else can. Built to sustain human life in the deadly vacuum of space
Each suit costs around $12 million to build
Advanced systems deliver oxygen, regulate pressure, and provide active cooling
Integrated communications keep astronauts in constant contact with Mission Control
Multiple layers shield against micrometeoroids, extreme radiation, and temperature swings from -150°C to +120°C
Every single component — from the gloves to the life-support backpack — is crafted with obsessive precision and redundancy
A single point of failure can be fatal. There is zero margin for error
In space, survival isn’t luck.
It’s pure, relentless engineering excellence.Every stitch, every valve, every layer exists for one reason: to bring the astronaut home alive. Out there, every detail matters.
Every system saves lives.NASA
samathorn teankingkaeo retweeted
The Orion crew module flown on Artemis II represents a dramatic leap forward in spacecraft design compared to the Apollo Command Module America used on the final Apollo 17 mission in 1972.
Orion is noticeably larger, with a diameter of 16.5 feet versus Apollo’s 12.8 feet, giving it roughly 57% more habitable volume. Even with four astronauts aboard instead of three, each crew member enjoys significantly more personal space.
Inside, Orion feels far more open and livable, featuring dedicated areas for sleeping, a proper galley for meal preparation, and — most notably — a real toilet with privacy.
In contrast, the Apollo capsule was extremely cramped, with the three astronauts tightly packed together and forced to use basic waste collection bags for the entire mission.
These improvements, combined with modern life support systems, better radiation shielding, and advanced avionics, make Orion far more comfortable for deep-space travel.
Readers added context they thought people might want to know
This image was generated using AI. Orion capsule does not have this design.
nasa.gov/gallery/inside…
samathorn teankingkaeo retweeted
Artemis II Moon mission complete!
✅✅✅✅✅✅
- Space Launch System rocket launched crew into space
- Orion spacecraft kept astronauts safe
- Flew around the Moon, observed its far side
- New human spaceflight distance record
- Crew safely returned to Earth
- Inspired the WORLD
samathorn teankingkaeo retweeted
29 more Leo satellites in orbit following last night’s launch, and we’re already looking ahead to upcoming missions.
We’ll be back on the pad in three weeks for Leo Atlas 6 (April 27) and Leo Europe 2 (April 28), and payloads are already stacked for those missions and four others — more than 250 satellites in total — including inaugural Leo missions on Vulcan and New Glenn.
Follow upcoming missions here: spr.ly/6016B6SHwI
samathorn teankingkaeo retweeted
Because the astronauts are traveling so far, a series of Earth-based satellites known as the Deep Space Network help keep us connected to our Moon-bound crew.
Did you know you can see those connections happening real-time? You can see which satellites are communicating with Orion by visiting: go.nasa.gov/4m6vnHP
ALT Deep space network screenshot. Credit: NASA
samathorn teankingkaeo retweeted
The SpaceX IPO is by far the largest IPO of 2026.
A $1.75T valuation would make them the 7th most valuable company in the world.
SpaceX has officially filed for an IPO targeting a $1.75T valuation.
Who currently owns SpaceX:
• Elon Musk: 42%
• Founders Fund (founded by Peter Thiel): 10.4%
• $GOOGL Ventures: 7.4%
• Others: 30%
samathorn teankingkaeo retweeted
A closer look at how Amazon Leo payloads stack up across our launch lineup.
Upcoming Atlas V missions are increasing from 27 to 29 satellites, and heavy-lift launches with Ariane 6, New Glenn, and Vulcan will send even more Leo satellites into orbit at a time and help accelerate deployment plans.
Learn more our upcoming manifest: spr.ly/6018B65cXg
samathorn teankingkaeo retweeted
Tesla’s TeraFab officially begins TODAY 🏭 This is make or break for possibly the whole AI industry
Elon’s trying to build a 2nm chip fab from scratch. The most advanced process node on Earth.
Only 3 companies can do this. TSMC spent $165 billion on their Arizona cluster alone. It took decades of institutional knowledge.
Tesla has manufactured zero semiconductors. Ever.
But they don’t really have a choice choice:
Even in the best-case scenario where TSMC, Samsung, and Micron all max out production for Tesla, it’s still not enough chips for the Optimus and Cybercab roadmap…let alone the rest of the industry
The AI5 chip this fab is designed to produce has 50x the compute of AI4. They need 100-200 billion of them per year. No foundry on the planet can commit to that volume on Tesla’s timeline.
If it works, Tesla becomes one of maybe 4 entities on Earth that can produce frontier AI silicon in-house, and the only one that also builds the robots and cars. It would be game over
samathorn teankingkaeo retweeted
SpaceX: The Road to $1.5T Valuation
🚀 2002 — SpaceX founded by Elon Musk
🚀 2008 — First successful Falcon 1 launch
🚀 2012 — Dragon becomes first commercial craft to reach ISS
🚀 2015 — First successful landing of a Falcon 9 stage
🚀 2020 — First commercial company to send astronauts to ISS
🚀 2024 — 133 successful launches in one year
🚀 2025 - 165 orbital launches, breaking the previous record again
🚀 2026 - SpaceX acquires xAI
@elonmusk
