The Allocator's Blueprint: Where Space Economy Dollars Flow Next

Zach Martin

Welcome to SPACE CAPITAL on KMKT IR Hub Radio. I'm Zach Martin, and it's autumn 2026. That gives us enough distance from the summer to see what the summer actually did. Earlier this year we set the scoreboard with the Q2 Space IQ numbers, and we walked through conversations from the Space Capital Summit at Nasdaq MarketSite. I'm not replaying either one today. Today is the allocator's blueprint. Say you manage capital, and you have to decide how much of the space economy you want to own. What changed in the plumbing, and what does that mean for where the dollars flow next? My argument is that four things have converged: public equity, corporate debt, outcomes based federal contracting, and fabless manufacturing. Any one of them is a story by itself. Together they rewire how money moves through all three layers of Space Capital's framework, Infrastructure, Distribution, and Applications. Real assets, real ideas, a brighter tomorrow. Let's get into it.

Zach Martin

I want to start with a number that doesn't look like a headline, because I think it explains everything that follows. Since 2009, pure launch, the rockets themselves, has attracted $18.3 billion. That's roughly 4% of all the capital invested in the space economy. Satellites took 81%. Sit with that for a second. When most people picture the space business, they picture a rocket on a pad with a countdown clock. That's the glamorous part, and the money has overwhelmingly gone somewhere else, to the things that sit in orbit and do a job once the rocket has dropped them off. Space Capital's line is that launch alone doesn't make a great business. Launch is a transport wedge. The value accrues to what you own once you're up there. Keep that sentence in your pocket. We'll take it out again when we talk about Rocket Lab, and again when we talk about SpaceX.

Zach Martin

Now the bigger scoreboard, so we're all standing on the same ground. Space Capital's data says more than $488 billion has been invested in the private space economy since 2009, across more than 3,000 curated companies. The year 2025 closed at a record $55.3 billion. Then the first half of 2026 arrived and beat it. Through the first six months, the total was $67.6 billion. That's $36.0 billion across 148 companies in the first quarter and $31.6 billion across 129 companies in the second. One half year surpassed the entire record year before it.

Zach Martin

There's a detail in those two quarters that I don't want to skip, because it's the kind of thing that gets lost when everyone is excited. The second quarter came in softer than the first, on both capital and deal count. $36.0 billion across 148 companies became $31.6 billion across 129. That's a slight cooling, not a collapse. Here's my read, and I'll flag it as a read and not a fact: it looks like selectivity. When an asset class gets this much attention, you'd expect indiscriminate money to pour in. Instead, the dollars concentrated in fewer deals, and some of those deals were enormous. Large checks to fewer names is what an institutional market looks like when it starts to sort winners from the merely interesting. Venture speculation spreads itself thin. Industrial capital picks its spots.

Zach Martin

Let me give you the framework in plain language, because I'm going to lean on it all hour. Space Capital sorts the space economy into three technology layers. Infrastructure is the stuff that gets built and put into orbit or onto the Moon: launch vehicles, satellites, the physical backbone. Distribution is the layer that moves and extracts value from that infrastructure, the connectivity, the data, and the intelligence layers that sit between the hardware and the customer. Applications is where a company faces a direct use case in a vertical market. Their examples from the Q2 materials are useful. ICEYE builds satellites, and that's Infrastructure. Companies like Skild AI and Physical Intelligence build models that help physical systems perform in the real world, which Space Capital places in Distribution. Saronic, in maritime autonomy, is an Applications company. Where a company touches several sectors, they classify it by where its value primarily accrues. That's a sensible rule, and it matters, because when we get to SpaceX, the interesting thing is that it sits in all three at once.

Zach Martin

That brings us to the newest wrinkle in the taxonomy, Launch+. In the Q2 Space IQ, Space Capital added a segment for companies that operate across launch plus at least one other space industry. And the evidence they offer for why it matters is striking. Launch+ led all Infrastructure investment at $14.6 billion year to date, and it drove 71% of the quarter's top Infrastructure deals, in what they describe as the largest Infrastructure quarter on record. So here's the paradox in one breath. Pure launch is 4% of cumulative capital, yet the companies that combine launch with something more are leading the biggest Infrastructure quarter ever. Both statements are true, and the reconciliation is the whole thesis: the plus is the business.

Zach Martin

They describe two kinds of Launch+ company. Integrated operators combine launch with at least one other industry. SpaceX is the fullest expression. Launch and satellites, plus stations through Dragon's crew and cargo service to the ISS, logistics through Stargaze, its Starlink based space situational awareness system, and industrials through Starfall, a cargo return capsule for in space manufacturing, with lunar still ahead. Blue Origin combines launch, satellites, and lunar. Rocket Lab combines launch, satellite manufacturing, and satellite communications, with a pending $8 billion Iridium deal that we'll get to. Firefly pairs launch with lunar landers and orbital vehicles. The second kind is digital engineering companies, such as Prometheus, Nominal, Sift, and Revel, which provide the engineering infrastructure from design and simulation through telemetry, testing, and operations. Prometheus is the stress test. It's an AI company, and Space Capital still puts it in the launch category, because of the market it serves and the privileged access it has. It raised what the firm calls the largest deep tech round ever for physical industrial engineering, aerospace is a stated target market, Jeff Bezos has pointed to Blue Origin as the case study customer, and Blue Origin's CEO, David Limp, sits on its board.

Zach Martin

Now let me say something about the messenger, because an allocator should always ask who is holding the microphone. Almost everything I'm using today comes from Space Capital's own research and writing. That's a venture firm. On March 11, 2026, it announced Space Capital IV and said it had crossed $1.0 billion in assets under management. The firm says only 17% of venture capital firms ever reach a Fund IV, and it says it maintains top decile performance against Carta benchmarks. Those are the firm's claims, and I'm reporting them as the firm's claims. On May 6, 2026, Space Capital and Nasdaq announced a formal partnership, led on the Nasdaq side by its chief revenue officer, Jeff Thomas, to broadcast quarterly Space IQ briefings from Nasdaq MarketSite. Space Capital's stated logic is that Nasdaq has been there to support every major technology revolution, and they fully expect it to play the same role here.

Zach Martin

Here's the part I'd ask you to hold onto. This firm is also an interested party in several of the companies we're going to discuss. Space Capital backed Lunar Outpost at the seed stage in 2022. It led the seed round for Eclipse Space. Impulse Space is a portfolio company. So when I tell you what the firm thinks the convergence means, hear it the way you'd hear any fund manager talking about the market they're in: informed, close to the data, and not neutral. My job is to lay out the facts, mark the interpretation, and let you do the weighing. And one more thing worth noticing before we move on. When an exchange builds an intelligence partnership around a sector and puts a quarterly briefing on its own trading floor, that's a signal about how the sector is being categorized. Space is being moved out of the exotic pile and into the macro pile. The question is what flows in once that happens, and the biggest flow of all happened on June 12.

Zach Martin

On June 12, 2026, SpaceX debuted on Nasdaq under the ticker SPCX. It closed its first day up 19% at a market capitalization north of $2 trillion, which Space Capital describes as the largest IPO in history. And here's what I find most revealing. The company didn't list as a rocket company. Its S one filing describes, and I'm quoting the filing as Space Capital quotes it, the only company building the integrated hardware and software infrastructure of the future across space, connectivity, and AI. For two decades the world understood SpaceX as a launcher and a satellite operator. The filing says the company has outgrown that description, and on day one the market agreed.

Zach Martin

Now let's talk about what happened to the way SpaceX uses money, because that's the capital flow story. Before 2026, SpaceX had made four acquisitions in its entire history, and none was larger than $525 million. Then, within a single quarter, a few things happened. It merged with xAI ahead of the IPO. It bought an option to acquire Cursor, then exercised it in a $60 billion all stock deal days after the debut. In that same quarter it sold AI compute to Anthropic and Google at roughly $26 billion annualized, which Space Capital says is more than double the revenue it took the company 23 years to build. It plans to make AI chips with Terafab to power its orbital data centers. And it launched a $25 billion notes offering, which Space Capital describes as following big tech into the debt markets to fund an AI buildout.

Zach Martin

Let me translate that for an allocator, because I think the mechanism is the story. A private company that wants to buy something has to pay in cash, or it has to find a seller who'll accept paper that can't be sold. A public company with a record valuation has a currency. The $60 billion Cursor deal was priced in SpaceX's own stock. That's a company that can buy things by printing a security the sellers want to hold. And the debt offering is the second pocket: once you're a public company of that scale, you can borrow in the same markets the largest technology companies borrow in. So public equity and corporate debt aren't just ways for early investors to get paid. They're the machinery of the next phase of buildout. The balance sheet becomes a weapon. For a decade the knock on space was exits. Space Capital's argument is that the exit question is over and the acquisition question has begun.

Zach Martin

And the exit numbers are, frankly, hard to argue with. Space Capital says the SpaceX IPO is the largest liquidity event in venture capital's history. It single handedly surpasses the full year exit value of 2021, the previous high water mark, and it generates more exit value than every venture backed IPO of the past decade combined. It didn't happen in isolation either. HawkEye 360 listed. And Blue Origin acknowledged for the first time that it will need outside capital to scale, and did not rule out going public. So in one quarter you have a trillion dollar listing, a mid cap listing, and the most famous private launch company in the country signaling that the private balance sheet may not be enough. That's an open IPO window, and companies are walking through it.

Zach Martin

But I'd be doing you a disservice if I stopped at the party. Public markets come with public discipline. Space Capital's own roundup of coverage of the quarter includes a MarketWatch piece with the headline, and I'll read it as it is: SpaceX ushered in a new era for investing in space. Why the stock is now cratering. I don't have the figures behind that headline in front of me, so I won't invent a drawdown number. What I can say is that the headline exists, and it points at a truth every allocator has to price in. A $2 trillion valuation was set at a moment of enormous enthusiasm, and public markets reprice quarterly. Earnings, capital expenditure, and margin defense show up on a schedule. Venture marks move when a round closes. Public marks move every day. If you're bringing space exposure into a portfolio that has liquidity needs, that difference is not a footnote. It's the first line of the risk memo.

Zach Martin

Now let's go to the second great transaction pattern of the summer, and this one is about spectrum. Rocket Lab had a quarter that Space Capital holds up as the playbook. It joined the Nasdaq 100. It broke its own launch turnaround record by more than ten hours on a U.S. Space Force mission. It closed its acquisition of Mynaric, adding laser optical terminals and its first European entity. Then it announced the headline: an $8 billion acquisition of Iridium, at $54 a share in cash and stock, expected to close in mid 2027. And in the same quarter, Amazon paid $11.6 billion for Globalstar. Two launch adjacent or connectivity hungry giants, two satellite operators with spectrum, one quarter.

Zach Martin

Why spectrum? Space Capital's answer is blunt and I think it's right: spectrum is the scarcest asset in the space economy, because no one can make more of it. And Iridium's L band licenses are globally harmonized, meaning they work everywhere on Earth rather than country by country. That spectrum, 2.5 million subscribers, and decades of government and safety of life contracts give Rocket Lab an installed base in the markets that are heating up fastest: direct to device, positioning and timing, and aviation. Think about what that does to the old thesis. Rocket Lab built a launch business. It used launch to establish credibility and cash flow, and now it's buying an asset that exists once you're in orbit, with customers already attached. That's the corollary Space Capital keeps stating: the value of reaching orbit is what you own once you're there.

Zach Martin

Notice, too, how those deals are paid for. Space Capital points out that Rocket Lab is buying Iridium partly with its own stock. So it's the same currency story again, just at a smaller scale than SpaceX: a public company with a rich valuation converts that valuation into spectrum, subscribers, and contracts. That's cross layer consolidation, and it's what Space Capital's summit materials describe as accelerating. Infrastructure operators are acquiring Distribution assets, the spectrum and the subscribers, so that they own the customer relationship and not only the hardware that reaches it. A caution on timing, though. These are announced deals. Rocket Lab and Iridium is expected to close in mid 2027, and regulatory review timelines and closing conditions for both that deal and Amazon's Globalstar transaction are open uncertainties heading into next year. An announced deal is a plan, not a result.

Zach Martin

Let me pull the camera back and say what it means for the allocator. Before this year, an institution could defer the question of how much of the space economy to own. The best companies were private, the liquidity was thin, and the standard answer was a small venture sleeve. Space Capital puts the new reality this way: the most important space companies now trade on public exchanges, and every institutional allocator has to answer a question they could defer a year ago, how much of this market do you actually own? And here's the subtle consequence. If the largest assets are public and the acquirers are using their own stock, then the capital flow isn't only from investors into companies. It's from public companies into private companies, as acquirers. The venture exit changes shape: for many founders, the exit is now a conversation with a public buyer holding rich paper. That flows backward into seed and Series A pricing, and it changes what a good outcome looks like long before a company ever files an S one.

Zach Martin

One more thing about that SpaceX stack, because it connects to the framework in a way I find clarifying. Space Capital draws an analogy to the great vertically integrated industrial empires. Standard Oil owned the wells, the refineries, the pipelines, and the tank cars. Carnegie owned the mines, the mills, and the railroads. Ford owned everything from the rubber plantation to the assembly line. Their claim is that SpaceX is building the equivalent stack for the AI era: launch, satellites, orbital compute, and now intelligence, from silicon to orbit to the autonomous edge. They say no competitor has an analog. That's a strong claim, and I'd treat it as the firm's thesis. But it does answer the identity crisis in the space community, the question of whether SpaceX is even a space company anymore. Space Capital calls that the wrong question. Space infrastructure and terrestrial infrastructure are converging, pulled together by the two bottlenecks that govern AI, energy and compute. Space is becoming AI infrastructure, and AI is becoming the economic engine of space. And if that's true, then the next question is who else is writing checks for the buildout, and the answer is the biggest customer on Earth.

Zach Martin

The biggest customer on Earth is, of course, the government, and the interesting change this year is not how much it spends. It's how it buys. Let me start with NASA. At the Space Capital Summit, NASA Deputy Administrator Matt Anderson laid out a posture that Space Capital summarized in a headline I like: anchor customer, not sole builder. That's operating under national policy mandates, including the Ignition plan that NASA Administrator Jared Isaacman announced in March 2026, a ten year, three phase commitment to establishing a permanent Moon Base. Now, the language that matters for capital is the contracting language. NASA is moving to fixed price, outcome based milestones. The idea, in Space Capital's phrase, is incentivizing excellence. And the sentence that I'd put on a sticky note for any founder or investor is this one: deliver on cost, schedule, and performance, and you get repeat business. Miss, and your contract gets canceled.

Zach Martin

Why does that rewire capital? Think about the old model, cost plus. The government reimbursed your costs and added a fee. In Lunar Outpost's own telling, which Space Capital published in August, the founders came out of Lockheed Martin convinced that cost plus contracting rewarded delay and perfection over learning. If the contract pays you for effort, then your balance sheet is mostly insulated from the quality of your outcome, and an investor in that company is mostly underwriting a relationship. A fixed price milestone contract flips it. Now your margin depends on your engineering and your schedule. The company carries the execution risk, and the investor is underwriting execution. That's a venture shaped risk, and it's why commercial capital can show up at all. A fixed price contract with a creditworthy customer is something a lender, an equity investor, or a public market can analyze. It's a revenue line with a spec attached.

Zach Martin

Anderson also named the milestones, and they're worth hearing because they're the delivery dates the whole supply chain is now organized around. Artemis II flew its crewed lunar flyby in April 2026. Artemis III is set for 2027, and as the summit materials describe it, the plan puts SLS, Starship, and New Glenn in orbit within days of each other for what Anderson summarized as three rockets, two dockings, and one splashdown. Artemis IV, under the Ignition plan's resequencing, targets 2028 as the first crewed landing of the new era. And by 2030, with the International Space Station retiring, NASA aims for a complete commercial handoff of low Earth orbit stations. I'd flag that these are targets stated by NASA officials and in Space Capital's accounts of them, not guarantees. But look at the shape: three rockets, from at least two different commercial providers, in one mission. NASA isn't buying a vehicle. It's buying an outcome, and the vendors race to deliver it.

Zach Martin

Now the case study, because I think it's the cleanest illustration of the entire mechanism: Lunar Outpost. On May 26, 2026, NASA selected Lunar Outpost and Astrolab to deliver the first human rated lunar terrain vehicles to the lunar surface. Space Capital notes it was the first time NASA had selected commercial companies to provide astronaut surface mobility as a service, rather than build it in house. The selection came as a $220 million firm fixed price task order to advance Pegasus, a lighter lunar terrain vehicle variant that carries two astronauts side by side. The broader Lunar Terrain Vehicle Services program carries a $4.6 billion ceiling through 2039, structured as per mission task orders, not one fixed contract. Read that structure carefully. It's a ceiling, not a guarantee. The money is released mission by mission, to vendors who perform. That's an outcome market. It rewards the winner with repeat business and gives NASA the option to move on.

Zach Martin

What I love about Lunar Outpost, as a story about capital and not just rovers, is the compounding. In 2021, NASA Administrator Bill Nelson handed the company a symbolic ten cent check, ten percent of its one dollar winning bid to collect a sample of lunar regolith, and Space Capital calls it the first sale of space resources in human history. A dollar bid. Then in February 2025, its small MAPP rover flew on Intuitive Machines' IM-2 mission. The Athena lander came to rest at an off nominal attitude, and the mission window closed within twenty four hours before MAPP could roll onto the surface. A failure, you might say. But the company's account is that in that window it validated its navigation computer, autonomous thermal control, stereo cameras, and the Talon deployment system. It stood up the first commercial 4G LTE network on the lunar surface with Nokia. And its Stargate command and control software reached technology readiness level 9, the highest NASA assigns. That's the company's account, and I'd note it's published by an investor, but the logic is a real one: fly hardware, learn, fly the next one better.

Zach Martin

The next step on that ladder is already scheduled. Lunar Voyage 2, set for the second half of 2026 aboard IM-3, carries MAPP to the Reiner Gamma magnetic anomaly, and it brings the first onboard GPU compute to the Moon, using NVIDIA edge processors so the rover can handle its own lidar and plan its own route rather than waiting on a signal from 384,000 kilometers away. The company says ten missions are contracted before 2030, and Lunar Voyage 5 deploys with Artemis IV in 2028. Its swarm software, developed under Air Force Research Laboratory and SpaceWERX contracts, gets its first orbital test this fall with MARS one on a Falcon 9. And its Luxembourg entity was picked in July as thermal and systems engineering lead for ESA's Moonraker orbiter. A recent $30 million Series B funds the software teams. Notice what that portfolio looks like from a capital seat: a company that began with a ten cent check now stacks NASA, ESA, the Air Force, and the Australian Space Agency as customers. Government demand didn't replace venture capital. It de risked the next dollar of it.

Zach Martin

Now let's talk about what happens when a government customer decides not to build at all. In early 2026, the U.S. Space Force canceled its billion dollar Resilient GPS program, deliberately pivoting to buy commercial positioning, navigation, and timing solutions that already exist. That's the Space Capital account, and it's a remarkable sentence if you think about it. A government agency looked at a bespoke constellation it planned to build and said, we'll buy the service. For Xona Space Systems, a Space Capital portfolio style story that we'll come back to, that's a direct demand signal. For the allocator, it's a pattern: where a commercial service exists, the government is increasingly willing to be a customer rather than an owner. That moves a whole category of spending from program budgets, where the money flows through a prime, into service contracts, where the money flows to whoever built the commercial asset.

Zach Martin

The same pattern is visible at the top of the defense budget. The proposed U.S. defense budget for fiscal 2027 reaches $1.5 trillion, up from $1.0 trillion in fiscal 2026, and it designates space as a primary operational theater. Those are the figures in my research brief, and I'd note that the fiscal 2027 number is a proposal, not an appropriation. The signal is the direction. And at the Summit, the person who explained what that looks like in practice was Marcia Holmes, Deputy Director of Golden Dome for America. She laid out a threat picture, Russian hypersonic systems, a Chinese arsenal projected to field over 1,000 intercontinental ballistic missiles, and said the homeland is no longer a sanctuary. Her conclusion: ground based systems can't see the newest threats early enough, so defense has to go to space to track them from launch through their flight trajectories.

Zach Martin

Then came a number that disciplines the whole program. A recent Congressional Budget Office estimate pegged space based interceptors at roughly $22 million a shot. Eric Romo, President and COO of Impulse Space, noted that isn't outrageous in context, because ground based interceptors like SM-3 and GBI run from $30 million to nearly $100 million. But multiply $22 million by the thousands of interceptors a real architecture would need and the number gets very large, very fast. And Holmes passed along the rule: General Guetlein, who leads the program, has said publicly that if space based interceptors cannot be bought affordably and at scale, they will not be part of Golden Dome. That is as clear a statement of outcome based contracting as you'll hear. It says the technology doesn't earn its seat by being clever. It earns it by hitting a price at volume.

Zach Martin

So what does the government do about it? It changes the procurement. Holmes said that because Golden Dome is net new, it can start from a clean sheet rather than fifty years of cost plus habit. We're giving you prize based competitions, she said, rewarding demonstrated performance instead of paperwork, and dealing directly with builders to compress timelines. Romo's reaction, in his words: you set an ambitious goal, and if you get it, you get paid a bunch. If you don't, sorry. And there's a structural piece for the investor too. Golden Dome's ecosystem hub is meant to be a single front door for companies, with primes subcontracting to nontraditionals inside its command and control consortium rather than the other way around. If you're an allocator, that last clause matters most. In the old structure the prime sat on top and the startup was a vendor. In this one, by design, the commercial company can be at the table.

Zach Martin

I want to add the technical argument underneath, because it explains where the next defense dollars may go. Romo explained that proliferation, flooding an orbit with so many satellites you can't take them all out, works in low Earth orbit. But MEO and GEO, in his words, are literally a million times bigger than LEO, and blanketing orbits that vast is completely untenable. Yet historically the most investment went to those high orbits: GPS in MEO, missile warning and secure communications in GEO. Those assets are now under pressure, and if you can't defend them with numbers, you need assets that can move. Impulse's Victus Surgo and Victus Salo space domain awareness vehicles are built for fast, high energy repositioning, and in December, with Starfish Space, Impulse completed a fully autonomous rendezvous on a single camera. Both Holmes and Romo gave the same caution about timing: the early demonstrations aren't what pays off, long term production is, and confidence in it will ebb and flow with news cycles and budget reports. Golden Dome is meant to field real capability by 2028. The signal to watch, they agreed, is contract awards, test campaigns, and steady expansion of the space budgets underneath.

Zach Martin

Now we turn to technology, because the third and fourth forces I mentioned, fabless manufacturing and the reality of orbital compute, are about margins. Let me begin with a company that came out of stealth on stage at the Summit: Eclipse Space. The pitch is almost a provocation. Thirty employees. No factory. Megaconstellations that customers own outright. Space Capital led the seed round. The CEO is Derek Huerta, who spent seven years at SpaceX as a satellite payload engineering manager, leading the team behind the phased arrays that link Starlink satellites to the ground. Roughly half of Eclipse's 30 employees came from Starlink, thirteen of them from the years the program was still called Satellite Development, and they work out of Redmond, Washington, where SpaceX builds Starlink satellites. First customer hardware ships later this year, and a demonstration spacecraft follows in 2027.

Zach Martin

Here's the claim that makes this an allocation story and not only a startup story. Huerta argues that vertical integration, the thing the industry copied from SpaceX, was never the source of the advantage. Tom Whayne, a Space Capital operating partner who was formerly CFO of OneWeb and chief strategy officer at Maxar, set up the scale problem. In fifty years of satellite communications, only two companies have organically reached a billion dollars of connectivity revenue. Inmarsat needed thirty years. SpaceX needed a handful. So what was the mechanism? Huerta named two things, and neither was owning a factory. First, treating the user terminal, the spacecraft, and the launch vehicle as one system, so trades can be made across it and not inside one slice. Second, importing mass manufacturing discipline from industries that had already solved it, designed in from the start and not retrofitted. In his words, you don't actually need to own a factory.

Zach Martin

So Eclipse runs it the way Apple runs Foxconn and NVIDIA runs TSMC. It owns the design, the architecture, the integration, and on orbit operations, and it engineers the spacecraft so that building it doesn't demand highly skilled labor. And here's the economic mechanism, which Space Capital lays out well. A factory obligates you to fill it. SpaceX and Amazon generate their own demand, so for them the plant makes sense. Everyone else builds the plant, then hunts for customers, and idle capacity raises unit costs, which prices out the buyers who would have filled it. The moat becomes an anchor. That's a capital flow insight, and it's about fixed costs. If you can swap a billion dollar plant for a design team and a supply chain, then the capital required to launch a constellation business collapses, and it opens the door to buyers who could never have built one.

Zach Martin

And Huerta adds a geopolitical angle I found interesting. Picking up the NASA Deputy Administrator's point from earlier in the day, that in space commercial operators built the infrastructure and governments became the tenants, he said countries are discovering they depend on capability they neither own nor control. China's answer, exported along the Belt and Road, is to build and finance your constellation and keep the strings. The American answer so far has been leased capacity on someone else's network. Huerta calls Eclipse's model a third way: infrastructure built in country, on what he describes as an ITAR free platform, which the customer owns and operates. That's his description, and the ITAR claim is his to defend, so I'd treat it as a claim. But the capital implication is clear. A sovereign buyer that can own its constellation without funding a factory is a new category of customer, and Eclipse starts with direct to device because it's the hardest version of the problem. The metric underneath it all is dollars per throughput delivered in orbit. Drive it down far enough, Huerta argues, and serving a rural user from orbit costs less than a tower does. At that point, the billions telcos spend annually on radios and towers redirect upward.

Zach Martin

Let me bring in precision timing, because it's the cleanest example of government demand meeting a commercial product. Xona Space Systems launched its production class Pulsar zero satellite in June 2025. Space Capital describes it as broadcasting the first authenticated low Earth orbit positioning signal, up to 100 to 170 times stronger than MEO GPS, and resistant to spoofing and jamming. In March 2026, Xona raised a $170 million Series C, and it's scaling a 258 satellite production facility in Burlingame, California, as Space Capital describes it. It has integrations with Trimble, Furuno, Septentrio, and the UK National Physical Laboratory, including space distributed Coordinated Universal Time. Now remember the Space Force cancellation of Resilient GPS in early 2026. Put those two facts side by side. A government walks away from a bespoke program, and a commercial company with a funded production plan is positioned to fill the gap. I'd add an honest caveat from my brief: the pace of Xona's ramp at Burlingame is an open question. A plan to build a constellation is not a constellation.

Zach Martin

Now, the technology story that got the most oxygen this summer, orbital data centers. Space Capital published a conversation between Jonny Dyer, CEO of Muon Space, and Space Capital partner Tom Ingersoll, titled The Honest Case, and honesty is the key word. Dyer's read: the physics works, the economics do not yet, and almost every obstacle in between is an engineering problem rather than a physics one. The attractions are real. In the right orbit, he said, the sun is baseload power, always on in a way you fundamentally can't get on Earth. Deep space is a free heat sink for cooling. And there are no county councils in orbit, so a regulatory approach is, in his words, a global approach, literally.

Zach Martin

Then the cost. At today's launch prices, Dyer said, a large orbital data center runs roughly eight to ten times more expensive than its terrestrial equivalent. Closing that gap means getting launch cost down about five times and cadence up about ten. Falcon 9 flies something like 100 to 200 times a year, and the math wants 500 to 1,000. And he made a point I think every allocator should memorize: that's also the scale of launch you need to put gigawatts of data centers in space, so the two numbers move together. It all comes back to the cost of launch. Which means the timing and launch economics of Starship, and whether it can push orbital delivery costs under that five times threshold, is the top open uncertainty. Nobody on the record this summer can say when. Dyer himself said that if Elon Musk is right that in three years all data centers will be in space, you may not be right about the timeline, but it doesn't matter, because it's a secular trajectory.

Zach Martin

What I found most useful is where Dyer says the problems are shrinking. Communications is the objection people reach for first. But for AI workloads, he noted, the heavy traffic stays machine to machine. Starlink's inter satellite links already run about 100 gigabits per second, roughly an order of magnitude short of the terabit fabrics inside a data center. That's a gap, not a wall. Radiation, the next objection, has quietly inverted. Terrestrial chips are already hardened against cosmic ray bit flips because data centers hit them at scale on the ground, and Dyer joked that Google's fleet effectively became the world's largest cosmic ray telescope. These problems, he said, are getting easier over time, not harder. What he won't wave away is integration. Autonomous robots sent to space must take care of themselves, and if you don't do that right they fail and nobody can go up and fix them. Integration is one of the hardest problems in technology, he said, and we just haven't done it enough in space to make it muscle memory.

Zach Martin

So what's real today? Edge compute. Muon's FireSat constellation pairs orbital sensing with on board AI compute and SpaceX optical links that, in Dyer's words, take a satellite from dial up to broadband. It's built with Cal Fire, with backing from Google and the Environmental Defense Fund, and it's meant to give crews hourly, day and night, full situational awareness of where a fire is, how hot it's burning, and how fast it's moving. Bloomberg's headline, which Space Capital links, says Muon raised $250 million with Google and Salesforce backing. That's Dyer's Kepler meets Turing idea in a single spacecraft. Notice the capital logic here too. The first dollars in orbital compute aren't chasing hyperscale. They're chasing narrow jobs where processing in orbit is simply better than sending everything down. National security workloads and data better kept in orbit, Dyer said, will pull the first systems up early. Lunar Outpost's NVIDIA edge processors on the Moon are the same pattern in a different place. And the broader point Dyer closed on is the one that should change a portfolio. For seventy years, space behaved like the Galapagos, detached from the mainland economy. That isolation is ending, and those who don't have a strategy there, he warned, are going to get left behind.

Zach Martin

Let me put the pieces on one table. Four forces converged in 2026. Public equity gave the leading companies a currency and gave venture a historic exit. Corporate debt gave them a second pocket, and SpaceX's $25 billion notes offering is the clearest example. Outcomes based federal contracting turned government from a cost reimburser into an anchor customer with a performance standard. And fabless manufacturing started to dissolve the fixed cost moat that scale once required. The thesis I'd offer, labeled as interpretation, is that these four don't just add up. They reinforce each other. A public company with a rich stock can buy spectrum. A government that buys outcomes gives that spectrum a customer. A fabless builder lowers the cost of the hardware that the spectrum rides on. And cheaper launch feeds everything. Capital flows through the system more freely because each stage has become easier to underwrite.

Zach Martin

Now let's walk the three layers, one at a time, and ask what an allocator should be looking at. Start with Infrastructure, where the money has historically concentrated. The lesson of the Launch+ data is that standalone launch is the thinnest slice, 4% of cumulative capital, and Space Capital's explicit expectation is that standalone launch will atrophy over time. The infrastructure that attracts capital now is the infrastructure with a plus attached: orbital compute, communications, lunar markets. Lunar Outpost's mobility layer is an example of infrastructure that other infrastructure depends on, since a power station nobody can drive to is a stranded asset. Eclipse is an example of infrastructure whose cost structure changes who can own it. For an allocator, the diligence question moves from can they build it, to what do they own once it's built, and who pays for the outcome.

Zach Martin

Distribution is where I think the most consequential change is hiding. Space Capital's definition places the intelligence and connectivity layers here, the things that extract and distribute value from the hardware. And the spectrum deals are, in effect, Infrastructure companies buying Distribution. Rocket Lab and Iridium's L band spectrum and 2.5 million subscribers. Amazon and Globalstar at $11.6 billion. If you're an allocator who has treated launchers and satellite makers as one bucket and spectrum holders as another, those buckets are being merged by M and A. The risk-adjusted question becomes whether the standalone Distribution asset is still available at a sensible price, and whether the acquirers' stock currency holds its value through the closing. A reminder, again: Iridium is expected to close in mid 2027. Regulatory timelines are open.

Zach Martin

Then Applications, where the direct use cases live. The defense and Golden Dome pull is the loudest signal: the proposed $1.5 trillion fiscal 2027 defense budget, the prize based competitions, the ecosystem hub that lets nontraditional companies sit at the table. Space Capital's own taxonomy has a forward looking example. If an Applications company like Anduril acquired or built its own launch capability to vertically integrate its defense platform, it would become a Launch+ company at the Applications layer. That's a hypothetical, framed by the firm, not an announcement. But it shows how the walls between the layers are thinning, and the reason is the same one running through this whole hour. When capital markets, procurement, and manufacturing economics all change at once, companies reorganize across the lines that used to separate them.

Zach Martin

So here's the blueprint, in plain terms, with the interpretation labeled. One: treat space as a macro exposure, not a venture sleeve. The largest assets are public, SPCX, Rocket Lab in the Nasdaq 100, HawkEye 360, and the question of how much you own is now a portfolio decision, not an experiment. Two: respect public market volatility. The MarketWatch headline about cratering is a reminder that a record debut isn't a floor. Three: read the balance sheets as acquisition machines. Stock funded deals like the $60 billion Cursor transaction, and the debt capacity of a $25 billion notes offering, tell you which companies can buy their way into adjacent layers, and which can't. Four: follow outcomes contracting, because it tells you where the government is actually paying: fixed price milestones at NASA, prize based competitions at Golden Dome, commercial service purchases where Resilient GPS used to be. Five: watch cost structure. The fabless model and the launch cost curve are the two variables that decide whether capital intensity falls or rises.

Zach Martin

And now the discipline of what we don't know, because that's part of a blueprint too. We don't know when Starship scaling will bring launch costs down by the five times Dyer says orbital hyperscale compute needs. We don't know whether the Rocket Lab and Iridium deal, or Amazon and Globalstar, closes on the schedule announced, because regulatory review and closing conditions are still ahead. We don't know how fast Xona's Burlingame plant ramps, or whether Lunar Outpost delivers Pegasus on time, with a flight vehicle targeted for November 2027, ahead of that 2028 Artemis IV landing target. We don't know how long the IPO window stays open, or how the second half of 2026 data will read against that slight Q2 softening. And one more, plain as day: a lot of these sources are written by an investor with positions in the companies. Weigh them that way. A thesis from a firm that owns the asset is still worth hearing, but it's not a neutral audit.

Zach Martin

Let me close with a picture, because the numbers can crowd out the people. A little over fifty three years after Eugene Cernan parked the last Apollo rover at Taurus Littrow and walked away, because the lunar module couldn't afford the mass to bring it home, a company founded by two brothers who grew up next to Johnson Space Center is building the vehicle that will carry astronauts across the same kind of ground, paid for by a fixed price task order, and funded by capital that now has a public market waiting at the end of the road. The brothers' bet was that you build, test, fly, and let the field teach you what to build next. That's what the whole market is doing now. The wells, the refineries, and the railroads of this era are being built in orbit, paid for with stock and debt, and demanded by customers who pay for results. How much of it do you own? That's the question for this fall. I'm Zach Martin. This has been SPACE CAPITAL on KMKT IR Hub Radio. Real assets. Real ideas. A brighter tomorrow. Thanks for listening.