$72 Million: The Price of Skipping the Bid on SpaceX

Today on Space Stakes: the Space Force just handed SpaceX a fleet-wide satellite contract for military aircraft without letting anyone else bid on it — and the government's own paperwork says switching providers would cost tens of millions and take years. Is that smart continuity, or is competition quietly getting closed off? Before that, in the headlines: three European rocket startups just picked up over five hundred million euros from ESA, even though none of them has actually reached orbit yet. A Singapore satellite company is going public at a billion-dollar valuation before its main satellite even launches. SpaceX and Iridium are trading accusations at the FCC over spectrum for gigabit Starlink. And NASA's Roman Space Telescope is finally on the pad, a year after a leaked budget would have marked it for cancellation. Welcome back to Space Stakes, your daily brief on the business of space. It's Friday, August 28, 2026. Let's get into it.

First up — we told you yesterday that ESA had signed contracts under the European Launcher Challenge with three companies. Now we've got the actual numbers, and they're worth pausing on. Isar Aerospace gets the biggest slice, one hundred ninety-seven point eight million euros — that's about two hundred thirty million dollars — funded mainly by Germany with help from Austria and Norway. Rocket Factory Augsburg is right behind at one hundred eighty-six point nine million euros, roughly two hundred eighteen million dollars. And PLD Space, the Spanish contender, gets one hundred fifty-eight point nine million euros, about one hundred eighty-five million dollars. Now here's the catch that matters more than the totals: this money splits into two components, and the big one — funding for actual operational launches through 2030 — only unlocks once each company reaches orbit by the end of 2027. So what happens if none of them makes that deadline? The reporting doesn't say, and that's the real question hanging over this whole program. None of these three has reached orbit yet. Isar's one orbital attempt failed. Rocket Factory Augsburg had to destack its rocket after a pad-testing issue in July. And PLD Space has only flown a suborbital test vehicle, Miura 1. There's also a name missing from today's list: MaiaSpace, one of the original five finalists, didn't make this round — ESA says talks with the company are expected to resume soon. So call this real money with a very real hurdle attached — Europe wants its own launch industry badly enough to write the check before anyone's proven they can fly.

Next: a Singapore-based satellite company called Astrum Space is going public through a SPAC merger — that's a blank-check shell company, in this case Black Spade Acquisition Three — at a billion-dollar valuation, according to a filing with the SEC this week. Astrum wants to build a satellite-to-device broadcast network across Asia-Pacific, and according to that same filing, it's got real assets behind the pitch: twenty-five megahertz of L-band spectrum, rights to a geostationary orbital slot, and one satellite already operating. So what's actually backing that billion-dollar number? Not much yet, if you look at the timeline. The satellite meant to carry this business, Neastar-1, built by SWISSto12 and launched by Impulse Space, is targeted in the company's own filing for a late-2028 to first-quarter-2029 launch. The deal, Black Spade's third SPAC after a run with electric vehicle maker VinFast, is expected to close by year's end pending regulatory and shareholder approval. Now, a billion dollars of valuation riding on spectrum rights and a launch date more than two years out — not on revenue — is worth remembering next time a satellite SPAC deck calls itself a business.

Third headline: SpaceX and Iridium are fighting at the FCC, and it's spilling into Rocket Lab's eight-point-one-billion-dollar deal to buy Iridium. SpaceX told the Commission this week that Iridium has filed more than fifty petitions over eight months trying to block or restrict rival satellite deployments — SpaceX satellite policy associate Matthew Turk called it, quote, "a well-documented history of anticompetitive attacks against its competitors and American consumers," end quote. The trigger is SpaceX's next-generation gigabit Starlink ground gateways, which would share spectrum bands with Iridium's satellite feeder links. Now, Iridium isn't backing down — the company says its own simulations show some of those gateways would exceed permissible interference levels by a wide margin, though it adds that coordination talks with SpaceX are underway. Iridium regulatory executive Kara Azocar wrote that the company has, quote, "enjoyed a long and productive relationship with SpaceX," end quote. As @mottbox_, a space investor and analyst, put it on X, the Commission should carefully weigh whether Iridium's conduct serves the public interest — while noting Iridium itself says a resolution on the first disputed application is close. So who's actually right here? Neither side's technical claims have been tested by the FCC yet, and this is playing out right as Rocket Lab's shareholder vote on the Iridium acquisition heads toward September 24.

And a quick space science note: NASA's Nancy Grace Roman Space Telescope is scheduled to launch this Sunday, August 30, at seven twenty-six a.m. Eastern, on a Falcon Heavy rocket from Kennedy Space Center. Now, the political footnote is worth remembering: roughly a year ago, a leaked Trump administration budget proposal had marked the mission for cancellation, floating a twenty-four percent overall cut to NASA's budget and a fifty percent cut to science programs. So what changed? The official budget request that followed didn't zero Roman out, but it did cut its funding to less than half of what the project got the year before — and Congress ultimately kept the mission funded anyway. After nearly two decades and four billion dollars of development, Roman is now encapsulated in its rocket's fairing, headed for a point in space about nine hundred thirty thousand miles from Earth. Not every flagship science mission survives a rough budget year — this one did.

Our main story today: what happens when the fastest way to keep a fleet flying is also the way competition quietly disappears. On August 25th, the Space Force's Commercial Space Office posted an award notice for something called Starshield Custom Fleet Aviation Services — worldwide satellite internet service, delivering at least five hundred megabits per second down and one hundred megabits per second up, to military aircraft fitted with SpaceX's Starshield Tile and Tile Mini terminals. Starshield is SpaceX's militarized version of Starlink, built for government and national security use. The task order runs one year through July 2027, with an option to extend through July 2028. And here's the part that matters: it was awarded directly to SpaceX without competing it against other vendors — an exception to the normal process under the Pentagon's PLEO contract vehicle, a program set up in 2023 specifically so the military could shop satellite internet across multiple providers. So why skip the bidding process entirely? The award's dollar value itself was redacted in the public notice, so there's no funded figure to check against SpaceX's past Starshield deals with the Space Force, which SpaceNews reports have ranged from seventy million dollars up to two point two nine billion. What we do have is the government's own justification. SpaceNews reports the Space Force says switching to another provider would take two and a half to three years, create operational gaps for aircraft already relying on Starshield, and cost roughly seventy-two million dollars in new hardware — on top of the fifty-one point nine million dollars the government has already spent developing and qualifying the Tile Mini terminal specifically for military aircraft. Eleven government organizations helped develop that terminal across 2024 and 2025. This isn't SpaceX's first big PLEO win, either — SpaceNews reports that by late 2024, the Space Force had awarded around six hundred sixty million dollars in PLEO task orders, most of it to SpaceX, and demand grew fast enough that the ten-year contract ceiling jumped from an original nine hundred million dollars to thirteen billion. Other companies have picked up pieces of that vehicle — OneWeb Technologies won a task order this year under the Space Force's newer Warrior Plans initiative. But for this aviation requirement specifically, the Space Force concluded SpaceX was the only provider currently able to do the job.

So how should you actually think about this? Let's separate what's real from what's spin. It's genuinely true that ripping an already-deployed satellite terminal out of a fleet of military aircraft is expensive and slow — that's not controversial, and the government's own numbers, that seventy-two-million-dollar hardware estimate and the two-and-a-half-to-three-year transition window, are at least a plausible account of switching costs, even though SpaceNews notes those figures come from the Pentagon's own filing, not an independent audit. But "switching would be expensive" and "so we won't even ask for bids" are two different sentences, and the PLEO vehicle exists precisely so the government keeps asking. My read: the biggest winners of the government's satellite contracts owe the public the clearest possible case for why competition wasn't run — that's my standard, not the Pentagon's, and I'd hold OneWeb or Amazon's Kuiper to the identical bar if either were the incumbent instead of SpaceX. On this one, the redacted award value doesn't help make that case. We don't know if this task order is worth ten million dollars or five hundred million, and that makes it hard for anyone outside the Pentagon to judge whether the sole-source justification actually holds up. The market research behind the decision did surface a real technical gap — SpaceNews reports OneWeb-compatible terminals haven't been tested to the military ruggedness standards this contract requires, and the hardware's reportedly too large for some of these aircraft. That's a legitimate reason competition might genuinely not exist yet, at least not today. The bigger, slower-moving story this keeps confirming is that SpaceX isn't just launching military satellites anymore — it's becoming the default communications layer connecting fighter jets, cargo planes, and the Pentagon's own defense network. Every dollar spent qualifying SpaceX-specific hardware is a dollar that makes the next real competition harder to run. None of that means today's decision was wrong — sometimes the incumbent really is the only option that works right now. It just means the taxpayer deserves the receipt, and right now, we don't have one. If that redacted number ever surfaces in a future budget document, that's an episode on its own. Time for the Hype Check. I'll put this one at a five. The near-term technical justification for sticking with SpaceX is credible, and the connectivity itself is a real capability the military didn't have before. But a fully redacted contract value on a fleet-wide, multi-year deal, justified through a no-bid exception to a contract built for competition, is exactly the kind of opacity this show exists to flag.

So here's what to carry into the next contract-award headline you scroll past: a big number attached to a company's name tells you less than the process that got it there — was there a bid, or was there a justification for skipping one? If you're finding these breakdowns useful, follow Space Stakes wherever you listen so today's episode leads you straight into tomorrow's. 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!