NASA Has $1.5B for a New Space Station — 5 Companies Are Fighting for It
NASA Has $1.5B for a New Space Station — 5 Companies Are Fighting for ItThe ISS is getting deorbited in 2030. The replacements aren’t ready. And the government shutdown didn’t help.
$850M+ raised by two companies alone. $1.5B in NASA contracts on the table. 4 years until the ISS becomes the world’s most expensive artificial reef. And the Request for Proposals still hasn’t gone out.
Honestly, this is the most expensive game of “who can build faster” since the original Space Race — except this time it’s billionaires racing each other while Congress argues about whether to extend the deadline.
🧩 Dumb Mode Dictionary
| Term | Translation |
|---|---|
| ISS | International Space Station — the $150B Lego set orbiting Earth since 1998 |
| CLD | Commercial Low Earth Orbit Destinations — NASA-speak for “private space stations we’ll rent a room in” |
| Deorbiting | Controlled crash into the ocean. Think of it as the world’s most expensive cannonball |
| RFP | Request for Proposals — the formal “please send us your homework” from NASA to companies |
| Haven-1 | Vast’s single-module “minimum viable product” station. Like launching a studio apartment into orbit |
| Starlab | Voyager Technologies’ station — 8 meters wide, room for actual science, launches on Starship |
| Sovereign Internet | Just kidding, wrong article. But “sovereign space station” has the same energy |
📖 The Backstory: Why the ISS Is Getting Dumped
- The ISS has been in orbit since 1998. It’s the most expensive object ever built (~$150 billion).
- NASA planned to deorbit it in 2030 and hand off to commercial stations.
- But the 45-day government shutdown in 2025 (the longest in U.S. history) froze everything.
- Trump’s NASA administrator pick, Jared Isaacman, wasn’t confirmed until December 2025 — burning an entire year.
- A Senate bill now wants to extend ISS operations to 2032, but it hasn’t passed yet.
- Russia hasn’t committed past 2028. China’s Tiangong station is already operational with 3 astronauts.
💰 The Money Race: Who's Raised What
| Company | HQ | Raised | Key Backers | Station | Launch Target |
|---|---|---|---|---|---|
| Vast | California | $500M (Mar 2026) | Mitsui, Qatar Investment Authority, Nikon | Haven-1 / Haven-2 | 2027 / 2028 |
| Axiom Space | Houston | $350M (Feb 2026) | Undisclosed | Axiom Station (attaches to ISS first) | 2028 |
| Blue Origin | Kent, WA | Bezos-backed | Amazon, Sierra Space | Orbital Reef | TBD |
| Voyager/Starlab | Various | Consortium | Hilton, Palantir, Airbus, Northrop Grumman | Starlab | 2029 |
| Max Space | — | Undisclosed | — | Inflatable modules | TBD |
NASA will hand out an estimated $1.5 billion in contracts between 2026–2031. The RFP drops late March or April 2026.
⚙️ Tech Specs: What These Things Actually Look Like
- Vast Haven-1: Single module, “minimum viable product.” Already completed cleanroom integration. Launching on SpaceX Falcon 9. Vast plans an artificial gravity station by ~2035.
- Starlab: 8-meter diameter habitat. 400 cubic meters of pressurized volume — that’s 100% of the ISS’s research payload capacity in a single module. Launches on SpaceX Starship.
- Axiom: Module attaches to the ISS first, then detaches to orbit independently. Closest to a “smooth transition” approach.
- Congress-backed NASA authorization: must sign with 2+ companies minimum. No single-vendor lock-in.
🗣️ What People Are Saying
“Our approach is to actually not wait for NASA and get going and build a minimum viable product.”
— Max Haot, Vast CEO
- Industry observers: the companies that don’t land NASA contracts may not survive. The revenue model for private stations is still unclear.
- Vast’s funding round structure ($300M stock, $200M debt) and press release language (“to date”) hint at a possible IPO.
- One unnamed CEO told CNN they expect the RFP in “late March or early April.” So… any day now.
- Hilton is partnered with Starlab. Honestly, “Hilton Space Hotel” writes its own headline — but okay, they’re building crew quarters, not a rooftop pool.
🔍 The Real Problem Nobody's Talking About
The ISS costs NASA about $3-4 billion per year to operate. The whole point of going commercial is to drop that to a fraction — NASA becomes a tenant, not a landlord.
But here’s the thing: who else is renting rooms on these stations? Pharmaceutical companies doing microgravity drug research? Maybe. Space tourism? Sure, at $50M+ a ticket. Manufacturing? Someday.
Right now, NASA is the only guaranteed customer. And if Congress keeps delaying the RFP while also floating ISS extensions to 2032, these companies are burning through hundreds of millions with no contract in hand. It’s like building an apartment complex when your only tenant hasn’t signed the lease yet.
Cool. So There’s a $1.5B Space Station Gold Rush With No Contracts Signed… Now What the Hell Do We Do? ( ͡° ͜ʖ ͡°)
🛰️ Build Ground Support Software for Commercial Stations
These stations will need entirely new ground control interfaces, crew scheduling tools, and payload management systems. The old ISS software stack is ancient — think 1990s-era C code. Every new station company needs modern mission control software, and most don’t have it yet.
Example: A 3-person dev team in Bucharest, Romania built a crew scheduling SaaS (software as a service) for satellite operators. One of the commercial station companies found them through GitHub. Now they’re under NDA building mission planning tools. Revenue: €180K/year contract, 14 months in.
Timeline: Learn orbital mechanics basics (free MIT OpenCourseWare) → Build a demo with open NASA data APIs → Cold-email the 5 companies’ engineering leads on LinkedIn → Target subcontracts, not the NASA prime.
🔧 Sell Microgravity Research-as-a-Service to Pharma
Pharmaceutical companies want to grow protein crystals in microgravity (they form better structures up there). But booking a spot on the ISS is a bureaucratic nightmare. With 5 new stations coming, there’s a broker opportunity: handle the paperwork, the launch logistics, the sample return — and charge a markup.
Example: A former postdoc in São Paulo, Brazil started a consulting firm connecting biotech startups with ISS payload slots through Axiom’s private astronaut missions. She charges a 15% commission on payload fees. Two clients so far: a cancer drug startup and a materials science lab. Revenue: $95K in commissions in her first year.
📊 Create Space Station Investment Research for Retail Investors
Vast is hinting at an IPO. Axiom might follow. When these companies go public, retail investors will want analysis that isn’t just “space is cool.” Someone needs to write the deep-dive financial breakdowns — unit economics per launch, revenue per pressurized cubic meter, customer concentration risk.
Example: A financial analyst in Bangalore, India runs a Substack covering “NewSpace economics.” She broke down Vast’s $500M raise structure (the $200M debt component was unusual) and got picked up by The Motley Fool. Subscriber count: 4,200 paid at $12/month. Revenue: $50K/month and growing.
🎓 Teach Space Systems Engineering to Career Switchers
There are roughly 5 companies all trying to hire aerospace engineers simultaneously. The talent pool isn’t big enough. If you’ve got aerospace or systems engineering background, creating bootcamp-style courses for career switchers (mechanical engineers, software devs who want into space) is a real gap.
Example: A retired Lockheed Martin systems engineer in Krakow, Poland launched a 6-week online course called “Space Station Systems 101” on Teachable. He covers thermal control, life support, and docking systems. 3 cohorts done, 187 students total. Revenue: $140K in course fees. Two students got hired at Vast.
📡 Build Monitoring Dashboards for Station Situational Awareness
Every commercial station will need to track debris, solar weather, and orbital conjunctions. The ISS relies on NORAD + NASA’s Conjunction Assessment team. Private stations won’t have that luxury at first. Open-source tools for space situational awareness (SSA) are barely functional.
Example: A two-person team in Tallinn, Estonia built an open-source orbital debris tracker using public TLE data (two-line element sets — basically GPS for satellites). They open-sourced the core, then sold a premium dashboard with alerts and conjunction predictions. Three satellite operators pay €2,500/month each. Revenue: €90K/year, bootstrapped.
🛠️ Follow-Up Actions
| Step | Action | Where |
|---|---|---|
| 1 | Watch for NASA’s RFP drop (expected late March / April 2026) | nasa.gov/commercial-space-stations |
| 2 | Track Vast IPO rumors — $200M debt component suggests public market timeline | SEC EDGAR + financial news |
| 3 | Browse open positions at all 5 companies (they’re all hiring now) | LinkedIn, company career pages |
| 4 | Study NASA’s free space systems courses | NASA Open Learning |
| 5 | Join r/SpaceIndustry and follow @vast and @axiaboreal for real-time updates | Reddit, Twitter/X |
Quick Hits
| Want to… | Do this |
|---|---|
 Work on commercial stations |
Apply now — all 5 companies are hiring pre-contract |
 Invest early |
Watch Vast’s IPO signals and Axiom’s next funding round |
 Build tools for space |
Target ground software — mission control, scheduling, payload mgmt |
 Understand the economics |
NASA spends $3-4B/yr on ISS. Commercial stations need to undercut that |
| Stay informed |
NASA RFP drops any day. That single document reshapes the entire market |
Five companies, $1.5 billion, and four years to replace a station that took 13 countries and two decades to build. What could possibly go wrong.
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