Starship's Real Test: Can It Actually Reach Orbit?

Can a rocket that has never survived a genuine orbital reentry clear a tougher FAA safety review on its very first real attempt to reach orbit? That's the question hanging over SpaceX's biggest Starship test yet, targeted for September 22nd. Before we get there, in the headlines: the Space Force's brand-new chief says the ongoing budget impasse is putting one in ten of his programs at risk, even with a stopgap funding bill in place. And a ten-satellite booking from Kepler Communications shows exactly how squeezed the launch market has gotten right now. Welcome back to Space Stakes, your daily brief on the business of space. It's Wednesday, September 16, 2026. Let's get into it.

Now, let's start with money and Guardians. Gen. Douglas Schiess, sworn in as the Space Force's top officer on September third, told reporters at the Air and Space Forces Association conference that roughly ninety percent of the service's programs can keep running under the current continuing resolution — a stopgap bill that funds the government at last year's levels while Congress fights over a real budget. The problem is the other ten percent. Those are newer efforts that need fresh money Congress hasn't approved, and without it, Schiess says, they simply can't move forward. 'It's gonna slow us down, and the threat is not slowing down,' he said, urging Congress to get him an actual budget. That budget ask is enormous: seventy-one point two billion dollars for fiscal year twenty twenty-seven, nearly double the forty billion enacted the year before, as the service tries to roughly double its headcount to twenty thousand Guardians and civilians by decade's end. The continuing resolution runs until mid-December — well past the November elections, where control of Congress is genuinely up for grabs. So here's the taxpayer question: are you getting the space capability you're paying for, or are you paying for delay?

A hundred eighty kilometers up is where LeoLabs' newest radar starts watching — and today the company is changing who gets to buy it. Now, back in August, LeoLabs mentioned a new radar variant built to plug gaps in space surveillance; today's delta is the sales channel. So what's actually changing here? Scout-S is small enough that you could ship it in a standard container, and it uses S-band antennas to track objects from very low Earth orbit — as low as a hundred eighty kilometers — up to a thousand kilometers, the same altitude band where a growing fleet of Chinese reconnaissance satellites operates. This is the boring plumbing of the space economy — tracking who's up there — and it's turning into a real export business.

One more sign of how tight that launch market is getting: Maverick Space Systems has booked ten Kepler Communications satellites — four-hundred-kilogram-class Tranche-2 spacecraft — as rideshare passengers on Portal Space Systems' Motus Via Sol mission, a dedicated Falcon 9 launch expected in mid-2028. Maverick isn't buying its own rocket the way some launch integrators have; instead it's filling leftover capacity on a flight Portal is financing, which Maverick's Vidur Kaushish says leaves just one slot open. Now, why does a ten-satellite booking matter? Because it's a symptom: SpaceX is reportedly pausing new orders for its Transporter rideshare missions — the budget flights that split one rocket among dozens of small satellite operators — starting in late 2028 or early 2029, and integrators like Maverick and Portal are racing to fill the hole that leaves behind. When even spare capacity on someone else's rocket is a hot commodity, you start to appreciate just how much scrutiny a single Starship flight gets when it's carrying actual paying cargo. And that's exactly today's main story.

Our main story today: the question of whether Starship earns the word 'orbital.' For thirteen flights, Starship — SpaceX's fully reusable, stainless-steel super heavy-lift rocket — has flown suborbital arcs: trajectories that go high and fast but stay over water and never actually complete a lap around the planet. Flight 14 is different. SpaceX says it's targeting September 22nd for the vehicle's first genuine attempt to reach orbit, and pending regulatory approval, liftoff is set for 7:15 in the morning local time in Brownsville, Texas — 12:15 UTC — with a seventy-five-minute launch window. Sunrise that morning in Brownsville is 7:17, so if it goes, you'll want to catch those early moments. This is not a cargo-less test. Aboard for the ride: twenty-six of SpaceX's larger third-generation Starlink satellites, headed for an orbit two hundred seventy-five kilometers up. SpaceX says the ship will circle the Earth six times before wrapping up the mission after about ten hours — meaning if this flight works, it's not just a demonstration, it's a working delivery of revenue-generating hardware for SpaceX's own broadband network. Starship's story so far has been progress in fits and starts: the vehicle's first test flight lifted off back on April 20, 2023, and since then, SpaceX has been iterating hard on this third generation of the booster and ship, chasing a fully reusable, super-heavy-lift rocket — one where both stages fly back and fly again rather than being thrown away after a single use, the way essentially every orbital rocket before it has worked. Now, why does 'orbital' matter so much more than 'suborbital' from a regulatory standpoint? Because a suborbital arc that goes wrong stays over open water — the FAA's existing safety case already covers it. An orbital flight is a completely different animal: to actually circle the planet, Starship has to survive a deorbit burn — the engine firing that slows the ship down at the end of its mission so it falls back into the atmosphere in a controlled way — and if that burn misfires, the ship's reentry trajectory could cross populated land, not just ocean. That's a scenario the FAA has never previously had to certify for this vehicle, and it's the actual gating item standing between SpaceX's target date and an actual launch. Multiple outlets covering this story note the September 22nd date is explicitly conditioned on that FAA sign-off landing in time — this is a targeted date, not a locked commitment. Now, there's also a hardware story worth understanding here, because it's the reason this flight isn't happening without changes. On the most recent Starship test, back on July 24th, the vehicle's booster — the Super Heavy first stage — flew a clean ascent and a successful boostback burn, the maneuver that turns the booster around to head back toward its landing zone. But during the terminal phase of that burn, three of the center engines showed signs of ice clogging, which cut the burn short. The booster then attempted its landing burn anyway, but only eight of the planned thirteen engines managed to reignite, and it came down in a hard splashdown in the Gulf instead of a controlled landing. SpaceX says the Super Heavy flying on this mission has hardware changes to improve engine filtering and software changes meant to make engine relighting more reliable. And there's a bigger promise riding on the outcome: Elon Musk has said this flight will be the last one before SpaceX attempts to catch Starship back at the launch tower on Flight 15 — the maneuver where the booster and eventually the ship are caught by the tower's mechanical arms rather than landing on legs or splashing down.

So what's the actual tension at the center of this story? The FAA's job isn't to bless SpaceX's ambition, it's to sign off on a specific failure scenario: what happens if that deorbit burn doesn't go as planned and the ship comes down somewhere it shouldn't. That's never been certified for this vehicle before, because it's never been asked to fly a real orbital profile before. That's the standard the FAA is applying, not a bar SpaceX gets to set for itself, and it's a materially higher bar than anything the first thirteen flights had to clear. If the review lands in time, September 22nd holds; if it doesn't, there's a backup opportunity the next day, and beyond that, the flight slips with no announced third date yet. Here's how I've thought about Starship on this show, and today's news updates that read rather than changing it. I think this vehicle can move launch economics by an order of magnitude if SpaceX pulls it off — real orbital delivery of Starlink hardware, not just another high-altitude hop, is a genuine step in that direction. But the proof point I'm holding out for isn't a successful flight, it's the same ships flying again and again, carrying paying customers, without months of refurbishment in between. Flight 14 reaching orbit would be real progress toward that. It would not be the proof itself — that's still sitting on the other side of Flight 15's catch attempt, and probably several flights beyond it, given how the booster's engines just performed. And that's worth sitting with for a second: the same engine class that had ice clogging and only got eight of thirteen relights two months ago is now the engine class flying an actual orbital mission. SpaceX says it's fixed the filtering and the relight software. Fine — but 'fixed on paper' and 'fixed in flight' are different claims, and this flight is where we find out which one is true. Zoom out for a second, because the stakes here go beyond one rocket. Every reusable launch vehicle flying today reflies boosters, not full stacks — SpaceX's own Falcon 9 lands and reuses boosters dozens of times, but the second stage still gets thrown away every flight. Starship's entire economic case is turning the whole stack reusable, upper stage included, which is the piece nobody has done at this scale. That's why Flight 15's proposed catch attempt matters as much as Flight 14 reaching orbit — reaching orbit proves the rocket, catching the ship proves the business. There's also a quieter story worth noting about the payload: twenty-six Starlink V3 satellites riding along means SpaceX is booking actual revenue-generating hardware onto a vehicle that's still, by any honest accounting, in its test campaign. That only makes sense if you're very confident about that deorbit burn holding up. Time for the Hype Check. I'm putting this one at a 6. The engineering is real, the FAA review is a genuinely new and harder bar than anything Starship has cleared before, and putting revenue-generating satellites on a test flight is a serious statement of confidence. But 'orbital' is still an if, not a when — this is flight fourteen of a vehicle that splashed down hard on its booster two months ago, and the tell I want isn't the launch date, it's whether the deorbit burn and reentry actually go the way the FAA needs them to — and you'll know within hours of liftoff.

Now, the next hard data point is that FAA sign-off — if it lands before September twenty-second, Starship flies; if it doesn't, we'll know exactly why the date slipped. If today's episode helped you understand why 'orbital' is such a big deal for this rocket, follow Space Stakes wherever you get your podcasts, and send it to the one person in your circle who still thinks Starship already flies to orbit every week. 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!

I also host Concrete Compute: a daily briefing on the AI buildout. The datacenters, the megawatts, and who actually pays for them. Find it wherever you get your podcasts.