Space Stakes: The Business of the New Space Race

NASA’s revised Artemis sequence makes Artemis III an orbital docking rehearsal and targets a crewed landing for Artemis IV in 2028. We also cover Rocket Lab’s Neutron delay, Musk’s statements about Starlink’s civilian role, an ESA Space Rider post, and the limits of comparing Rocket Lab with SpaceX by valuation.

Chapters

00:00 Today's headlines

00:52 Neutron debut slips into 2027

02:01 Musk on Starlink in Ukraine

03:28 Rocket Lab comparison with SpaceX

04:34 NASA recast Artemis III as docking test

08:03 Whether speed buys real risk reduction

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Space Stakes is an AI-voiced podcast, built and run by a real person. Nothing in this episode is financial advice.

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What is Space Stakes: The Business of the New Space Race?

The money, missions, and power shaping space. Space Stakes is a daily briefing on the business of the new space race — launches, contracts, constellations, and the capital behind them. Every episode cuts through the industry's hype: signed contracts vs. paper constellations, funded orders vs. "up to" ceilings, launch dates vs. track records. Who pays, who profits, and who actually delivers — told so both aerospace insiders and curious newcomers finish feeling it was made for them. Space Stakes is an AI-voiced podcast, created and built by a real human, Brian Lampert. Nothing on this show is financial advice.

Also from Brian Lampert: Quickly Quantum and Concrete Compute.

Mashable reported that NASA now plans to put the first crewed moon landing under Artemis IV in 2028, after recasting Artemis III as an orbital docking test in 2027. The complication is that the rehearsal is already running three months behind schedule, while NASA’s new landing plan depends on technologies that haven’t yet been demonstrated at the needed scale. NASA leaders say China could land its own people on the moon within about three years, raising the stakes for the schedule and for the two companies building landers. Can NASA gain useful time by testing near Earth first? We’ll look at what the new plan asks each provider to prove, and what still has to go right. Welcome back to Space Stakes, your daily brief on the business of space. It's Sunday, October 25, 2026. Let's get into it.

Rocket Lab’s Neutron debut has slipped into 2027, and the company hasn’t said when in the year it’s targeting, according to Yahoo Finance. Rocket Lab had hoped to launch before the end of 2026, but during manufacturing it found air pockets between layers of the carbon-composite domes that form the tops and bottoms of the first-stage propellant tanks. Those pockets weaken the domes. The company said they wouldn’t necessarily cause a failure in flight, but it chose to delay the launch and develop a new manufacturing process rather than take that chance. The company says it has solved the problem; CEO Sir Peter Beck said, “We've solved the problem.” But Beck also called the 2027 target “an ambitious timeline,” and Rocket Lab didn’t specify a launch month. That leaves the central question where it belongs: when will the replacement process be ready to fly? Meanwhile, Electron has reached 98 flights, and Yahoo Finance says it flew its 19th mission of 2026. I think the decision to address a structural flaw before a first flight is the right call; the evidence that would improve the schedule picture is a dated target and successful testing of the changed domes. The rocket’s debut remains a target, not a flight.

The military overlap gets more complicated in Elon Musk’s account of Starlink’s role in Ukraine. Breakingthenews.net reports that Musk said Starlink must remain a civilian service, while allowing its use for military infrastructure. In a post on X, Musk wrote, “It can be used for infrastructure that is military, but it cannot be used for unequivocally offensive strikes that make it fair game to be struck back.” Breakingthenews.net reported that Musk warned that destroying the satellites could cause a chain reaction of debris, potentially “making space unusable.” Musk’s statement is his position—not a settled legal finding about battlefield use. Breakingthenews.net says Musk had accused the Ukrainian military of using Starlink for offensive operations “to kill people.” It also reports concerns over restrictions affecting Ukraine’s access to Starlink and says Starshield, SpaceX’s military-focused counterpart, resumed operating at its regular speed the day earlier. The story doesn’t carry a full Ukrainian rebuttal, so we shouldn’t pretend the dispute is resolved. What’s at stake is the boundary between civilian communications and military use—and who gets to define it when the same network can support both. I think Musk’s distinction is consequential, but the article alone can’t establish how a specific use fits that distinction.

A quick change of subject from launch schedules: SpaceNews posted on X that ESA was downplaying a Space Rider test mishap. That is all the post says, so we’ll leave the details there.

Money is where the Rocket Lab comparison with SpaceX gets slippery. Tech Insider frames the comparison with Rocket Lab near a $30 billion market cap and SpaceX near a $2.2 trillion valuation, but it says both are third-party estimates, neither from a company filing or official announcement. Rocket Lab is publicly traded; SpaceX is private, so those figures don’t describe identical kinds of measurements. Tech Insider also reports that Rocket Lab had $234 million in revenue for the second quarter of 2026, up 62% from the same quarter a year earlier, and booked more than $437 million in new launch contracts during that quarter. The company’s launch backlog stood above 90 launches, Tech Insider says. Those figures give you a view of Rocket Lab’s reported operating activity; they don’t make the headline valuation estimates equally firm. I think the useful comparison is operational evidence against valuation claims, not two large numbers placed side by side. And the 98th Electron mission reported by Yahoo Finance is a flown milestone, while Neutron remains a targeted future launch.

That's the rest of the rundown. Now, the story that deserves the long look. NASA is changing the sequence of its moon program so astronauts and landers can test their connection in orbit around Earth before attempting a landing. Mashable reported that NASA has recast Artemis III as a two-week flight in 2027, with four astronauts aboard Orion meeting landers from Blue Origin and SpaceX in orbit around Earth. NASA Administrator Jared Isaacman made the case at Kennedy Space Center, where crews have started stacking the rocket for the mission. The four astronauts named in the article are Randy Bresnik, Andre Douglas, Frank Rubio, and Luca Parmitano. In plain terms, Artemis III is now a docking rehearsal near home, while the landing attempt moves to Artemis IV in 2028. Docking means bringing spacecraft together and connecting them in orbit. The change is more than a new mission label: Mashable says Artemis IV scraps the distant orbit around the moon where the landers were once expected to pick up the crew, and cuts the number of rocket launches each landing needs. NASA’s Artemis program manager, Jeremy Parsons, said, “Regardless of who goes first, both providers are planning for lunar landing missions in 2028.” The new sequence keeps both providers in the running before NASA chooses which one carries astronauts down first. The two approaches solve different problems. SpaceX’s Starship lander burns so much fuel climbing to orbit that it can’t reach the moon unless it refills in space. Other Starships would act as tankers, transferring fuel to the lander; Mashable says nobody has moved rocket fuel between spaceships on that scale. SpaceX plans its first full attempt early next year, and that test should show how many tanker flights each moon trip takes. Starship entered orbit for the first time last month, according to Mashable. Blue Origin’s approach skips that refueling, but adds a different orbital maneuver: it plans to launch three smaller spacecraft that work like tugboats, link up with the lander around Earth, then take turns hauling it to an easier lunar orbit than the one NASA originally conceived. Before that plan can advance, Blue Origin needs to get flying again. Mashable reported that New Glenn hasn’t launched since May, when a ground-test explosion destroyed a New Glenn vehicle and damaged its only operational launch pad at Cape Canaveral, Florida. Meanwhile, Mashable reported that NASA attributes most of the Artemis III delay to late electronics parts for Blue Origin’s lander. To recover time, NASA has placed its engineers inside suppliers’ factories and requires daily progress reports from major contractors. Officials also said the agency borrowed a military cargo jet to move a large piece of Blue Origin’s lander across the country quickly. There’s another piece of the schedule story: NASA has started building more hardware itself. Parsons said an earlier fix for a leaking connection feeding super-cold hydrogen into the Space Launch System would have taken years and tens of millions of dollars. NASA engineers redesigned and built a replacement in less than five months, he said, for a fraction of the price. Engineers at a NASA center in Alabama also designed and built a part for the Artemis III rocket without hiring a contractor, Mashable reports. NASA has trimmed ambitions elsewhere, too. NASA and Axiom Space are developing a pared-down spacesuit for the first short moonwalks that would weigh about 250 pounds, roughly half as much as the original. The agency also scrapped an expensive, delayed new top section for its rocket and selected a stretched version of one United Launch Alliance already builds for its own rockets.

The harder question is whether a faster schedule is buying real risk reduction, or leaving too little room to respond when a test finds a problem. Mashable says NASA’s timeline leaves almost no margin for error, and that both lander paths rely on technology that remains unproven. For SpaceX, the unresolved engineering challenge is transferring enough fuel between Starships in orbit; for Blue Origin, the planned tugboat spacecraft have to connect with the lander and move it to lunar orbit. The article doesn’t say which lander NASA will choose first, and that decision remains open. NASA’s case for the Earth-orbit rehearsal is that Orion can dock with both landers close to home before a lunar attempt. Its wider schedule still has several near-term tests: Mashable says SpaceX could fly Starship again as soon as November, Blue Origin hopes to return New Glenn to flight around the turn of the year, and NASA plans to load its own rocket with fuel at the launch pad before the close of 2026. Those are plans and targets, not completed demonstrations. Safety is part of the disagreement. Mashable recalls that a fire during a launch-pad test in 1967 killed three Apollo astronauts. Isaacman and NASA Associate Administrator Amit Kshatriya argued that moving fast doesn’t mean cutting corners. Kshatriya said, “Speed and rigor are not the same dial. They're just not,” then added, “We can dial them separately. Just because we go fast doesn't mean we're not doing the right things.” Isaacman, meanwhile, said NASA’s institutional inertia and displaced priorities had held the program back, and argued that more design, welding, and machining should happen in-house. His claim is that the agency can move faster by doing more work itself; the article supplies examples from the hydrogen connection and a rocket part, while the larger schedule still depends on contractors and lander tests. I think this plan is stronger than a single-provider rehearsal because NASA intends to test Orion’s connection with both landers before it chooses who carries the crew down. But I’m not ready to treat the 2028 landing as secure: the fuel-transfer demonstration and Blue Origin’s return to flight are still ahead, and the schedule has little room for error. A successful uncrewed demonstration from either provider would materially strengthen the case; a target date by itself wouldn’t. NASA’s 2028 moon landing target now rests on an Earth-orbit rehearsal and two different lander systems. Time for the Hype Check. In my view, this earns a 6 out of 10 for substance: the strongest point against that score is that NASA has specified a concrete rehearsal and described real schedule-recovery work, while both landing paths still depend on unproven technology and the timeline has little margin. If NASA loads its rocket with fuel at the launch pad before the close of 2026, that will show one piece of the schedule is advancing; it won’t settle whether Artemis IV can land astronauts in 2028.

If you value a clear-eyed look at launch schedules, contracts, and what the hardware still has to prove, follow Space Stakes wherever you listen. This has been Space Stakes, an AI-voiced podcast, created and built by a real human using today's cutting-edge technology. Nothing you heard on this show is financial advice. I'm Brian Lampert, and I'll catch you all tomorrow — take care!

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