Days after SpaceX made its IPO filing public, the company launched its brand-new Starship V3 for the very first time, and the timing could hardly have been more significant. On May 22, 2026, the 407-foot rocket lifted off at 6:30 p.m. EDT from Pad 2, a brand-new launchpad at Starbase, Texas, kicking off what is formally called Flight Test 12. It wasn’t a flawless flight by any stretch. But given everything riding on this launch, from NASA contracts to a pending stock listing, what SpaceX pulled off still deserves serious attention.

What Is Starship V3, and Why Does It Matter

Starship V3 is the most significant architectural upgrade to the Starship program since it first launched back in 2023. This Block 3 iteration runs on 33 third-generation Raptor 3 engines on the Super Heavy booster, which SpaceX says offer more thrust and a considerably simpler design than the previous generation. The upper stage, Ship 39, carries six of these next-gen engines, three standard and three optimized for vacuum performance. The vehicles also feature larger propellant tanks, three oversized grid fins replacing the previous configuration, and a passive docking system designed for future orbital refueling missions.

According to research firm PitchBook, Starship V3 nearly triples payload capacity compared to earlier versions, reaching more than 100 metric tons to low-Earth orbit. That’s not a minor upgrade. That’s the kind of leap that changes what’s commercially possible with a single rocket. SpaceX has invested roughly $15 billion into Starship development so far, and V3 represents the clearest shot the company has had at making that investment pay off.

The Scrub, the Launch, and the Booster Loss

I’ve been following this mission closely since the first attempt got called off on May 21, when a hydraulic pin on the launch tower arm refused to retract at T-40 seconds. Elon Musk confirmed the issue on X and said SpaceX would try again on Friday. So by the time liftoff came on May 22, the pressure had already been building for 24 hours.

The 33 Raptor 3 engines ignited cleanly, and Starship V3 climbed off the new Pad 2 without incident. But about one minute and 40 seconds after liftoff, one of the Super Heavy booster’s engines shut down. The vehicle still had enough power to continue ascending, and stage separation occurred roughly two and a half minutes in, right on schedule. Ship 39 ignited its engines and pushed on toward space.

Here’s where things unraveled on the booster side. After separating, Super Heavy Booster 19 was supposed to flip around and perform a boostback burn, redirecting itself toward a controlled splashdown in the Gulf of Mexico. That burn was never properly executed. Multiple Raptor engines failed during the sequence, the booster tumbled without control, and it came down hard into the Gulf, almost certainly exploding on impact. SpaceX streamed the entire descent live, and the footage right until the end was, by all accounts, something else.

What Starship V3 Got Right Once It Reached Space

Despite the booster loss, the upper stage story was mostly positive. One of Ship 39’s six Raptor vacuum engines shut down during the climb to orbit, but the flight computer extended the burn on the remaining five, keeping the vehicle on a trajectory that SpaceX confirmed was within their pre-analyzed bounds. It wasn’t nominal, as SpaceX’s Dan Huot acknowledged on the webcast. But it worked.

Once in space, the results were genuinely impressive. Starship V3 opened its payload bay and deployed 22 Starlink satellite simulators, 20 standard and two specialized spacecraft, the team nicknamed “Dodger Dogs.” These two carried cameras that streamed live footage of Starship’s heat shield from the outside, and they also tested hardware planned for next-generation V3 Starlink satellites. SpaceX also intentionally removed a single heat shield tile before launch to measure how adjacent tiles handle the aerodynamic load gap during reentry, a granular detail that tells you exactly how methodically the team is approaching every variable.

After looking into this more closely, I can tell you that deploying Starlink simulators successfully on a first-ever V3 flight was not something most people expected going in. That part beat the bar by a clear margin. Roughly one hour after liftoff, Ship 39 executed a banking maneuver mimicking its future approach profile to Starbase, then made a targeted simulated landing in the Indian Ocean before tipping over and exploding as planned.

The IPO Angle Nobody Talked About Enough

What most articles missed is the broader financial context sitting underneath this entire launch. SpaceX publicly filed its IPO S-1 with the SEC just days before Flight 12, revealing $18.7 billion in consolidated revenue for 2025. Starlink alone drove $11.4 billion of that. It’s the only profitable part of SpaceX’s business right now, and SpaceX needs Starship V3 to work in order to deploy the next generation of Starlink satellites at scale.

The company is targeting a Nasdaq listing under the ticker SPCX in mid-June, with plans to raise around $75 billion at a valuation of roughly $1.75 trillion. That would make it the largest IPO in history. TechCrunch noted that this could be the last Starship test to happen without a stock market reaction, which is a framing that shifts the whole context of a booster failure. For investors watching the roadshow, a partially successful first flight of a completely new vehicle class is not the same thing as a catastrophic failure. But it’s not the clean headline SpaceX probably hoped for.

What Happens Next for Starship V3

I genuinely got excited when Starship V3 lifted off, because the months leading up to this moment were rough. The V3 program hit a serious wall in November 2025 when Booster 18 ruptured during gas system pressure testing and had to be scrapped entirely. SpaceX built Booster 19 from scratch, cleared all the ground tests, and still got it to the pad. That kind of operational resilience is easy to understate.

Sources suggest SpaceX engineers are already analyzing the booster’s engine data to identify what caused the shutdown sequence and the failed boostback burn. Industry insiders hint that the company may attempt a full Mechazilla arm catch on the next V3 booster if the engine data gives them enough confidence. If the current trajectory holds, it looks like Starship V3 could be ready for an orbital-class mission before the end of 2026.

Personally, I think the booster loss stings precisely because SpaceX had already cracked booster recovery with its V2 flights. Catching a Super Heavy on its mechanical arms had become almost routine by the end of last year. But V3 is running different engines, from a different pad, with a completely redesigned structural layout. A first flight with a lost booster but a successful upper stage mission is a real data point, not a defeat. SpaceX has turned messier outcomes than this into a flying program, and the data from Flight 12 will feed directly into Flight 13.