Talk Around Town: SpaceX Says Starship Flight 13 Is Headed Back to the Pad, Raptor Troubles and All

Well Butter My Biscuit: What Folks Are Sayin'

Word around the campfire is that SpaceX is taking another crack at Starship Flight 13 today, July 23, 2026, with a 90-minute launch window kicking off at 6:45 p.m. EDT. That's according to reporting from MyNews13, NASASpaceFlight.com, TechTimes, and Teslarati, all of whom independently noted the rescheduling after the first attempt went sideways faster than a screen door in a hurricane.

SpaceX says — and multiple outlets confirm — that the first try on July 16 got itself strangled in the crib when four Raptor 3 engines refused to light at T-0. NASASpaceFlight.com reported that the vehicle's own flight computer pulled the plug on the attempt, since Starship can only tolerate up to three dead engines before the whole party's off. SpaceX then replaced two of those cranky engines and pointed the whole magnificent contraption back at the sky.

What We Actually Know for Certain

Let's separate the corn from the cob. Multiple editorially independent outlets — Space.com, NASASpaceFlight.com, TechTimes, MyNews13, and Teslarati — all confirm three core facts: the July 16 T-0 abort happened, four Raptor 3 engines were the culprits, and SpaceX rescheduled for July 23 after replacing two of those engines.

Also confirmed across specialist and top-tier sources: Flight 13 is carrying 20 operational Starlink V3 satellites, which would be, according to these reports, the first genuine payload of that type rather than the mass simulators used previously. Six of those satellites have been fitted with camera arrays specifically to image Starship's heat shield tiles during flight, per NASASpaceFlight.com and Teslarati.

The Super Heavy booster's stated test objective for this flight, as reported by MyNews13 and NextSpaceFlight, is executing a clean launch, ascent, stage separation, boostback burn, and controlled landing burn at an offshore location in the Gulf of America — not a tower catch this time around. That's a different flavor of ambition, but ambition just the same.

Space.com describes Starship V3 as what SpaceX calls the first operational variant of the vehicle, with NASA planning to use it for the Artemis III Earth-orbit mission in 2027 and eventually to land Artemis IV crew on the Moon. That framing comes from SpaceX's own positioning, reflected in Space.com's coverage.

The Raptor Relight: NASA's Got a Dog in This Hunt

Here's where the stakes get tall enough to scrape the belly of heaven. TechTimes and Planet Today both report that an in-space Raptor engine relight is one of Flight 13's primary objectives — and TechTimes frames it as the very first link in a three-step chain of technical prerequisites that must be cleared, in order, before any astronaut can plant boots on the Moon. No relight means no credible orbital flight, and no orbital flight means no propellant depot and no tanker mission, full stop.

That's a big ol' knot to untangle, and it ain't SpaceX's word alone saying so — TechTimes and Planet Today independently corroborate the Artemis dependency framing. Worth noting, though, that the underlying NASA Human Landing System architecture itself is the bedrock of that dependency, and the degree to which any single Flight 13 result formally gates NASA's schedule is an interpretation made by those outlets, not an official NASA program statement included in this packet.

What Ain't Been Nailed Down Yet

SpaceX flagged Tropical Storm Bertha as a weather concern for the July 23 window, according to MyNews13. Problem is, no independent meteorological source in this research packet corroborates the storm's actual severity or the precise probability of a weather scrub. So treat that particular worry like a rumor at the feed store — worth knowing about, but not yet certified.

The exact count of four failed engines on July 16 is widely reported across multiple outlets, but NASASpaceFlight.com's account and fan-aggregator tracking are the primary homes for that specific figure. Elon Musk's posts, as reflected in Space.com and MyNews13 coverage, referenced only that 'some' engines failed, without pinning a number. The four-engine figure is not formally confirmed in an independent technical document available to this publication.

And of course, the biggest unknown squatting in the room like a wet hound: this rocket has not launched yet as of this writing. Whether it flies clean, scrubs again, or does something entirely unexpected is an open question. Every mission objective listed here is prospective until post-flight reporting lands.

Our Analysis: This Ain't Just Another Test Flight

This is analysis, not reporting. Looking at the constellation of objectives stacked onto Flight 13 — real Starlink V3 payload deployment, heat-shield imaging under higher dynamic pressure than any prior flight, and the Raptor relight that TechTimes says underpins the entire Artemis stack — this particular test has more weight hanging off it than a Christmas tree loaded with cast-iron ornaments.

SpaceX has a history of iterating through failures like a dog working through a bone pile, and each flight has pushed the envelope further. But the combination of a prior abort, a storm system in the neighborhood, and objectives that NASA's Moon plans reportedly depend on means the margin for 'good enough' is thinner than it's been. Whether today's attempt threads that needle is, as of this writing, entirely unknown.

It's also worth noting that the company's own description of Starship V3 as 'operational' carries commercial and programmatic weight that goes well beyond any single test flight. If Flight 13 deploys those Starlink V3 satellites successfully, SpaceX's description of the vehicle as production-ready starts looking a lot less like marketing and a lot more like a data point — but we're not there yet, and calling it settled would be getting ahead of the mule.