SpaceX launched its Starship rocket into orbit for the first time Monday morning, hitting 17,500 miles per hour with one of its six upper-stage engines already dead and a flight control team that had to stop and think about whether to keep going. They decided yes. The rocket disagreed with nobody.
What Actually Happened at 7:48 a.m. Central Time
The 400-foot-tall Super Heavy-Starship stack lifted off from SpaceX's Starbase facility on the Texas Gulf Coast, all 33 Raptor engines screaming to life and generating roughly 16 million pounds of thrust. For context, that is twice the power of NASA's own Space Launch System moon rocket. The thing moves.
About two minutes and twenty seconds into the flight, the booster separated in a "hot staging" maneuver and the Starship upper stage continued toward space. One of Starship's six Raptor engines had already shut down early during ascent. According to NPR, it took the flight control team about 22 minutes to assess telemetry and decide the vehicle was healthy enough to proceed to orbit. CBS News reports a single Raptor engine completed the climb with a second burn, putting Starship into a 180-mile-high orbit roughly eight and a half minutes later.
The Super Heavy booster, meanwhile, flew itself back toward the Texas coast and executed what CBS News describes as a "seemingly normal vertical splashdown" a few miles offshore. SpaceX opted for a water landing this flight to test hardware and software upgrades rather than attempting the dramatic catch-by-mechanical-arms maneuver the launch tower is capable of. That trick has worked four times already. They just wanted more data before doing it again.
Twenty-Six Satellites and a Very Expensive Heat Shield Test
Once in orbit, Starship opened what CBS News memorably describes as a "Pez-like dispenser" in the rocket's nose and began deploying 26 third-generation Starlink V3 satellites. These are not the old Starlinks. Each one carries ten times the capacity of previous-generation hardware, and they can only fit inside Starship. The Falcon 9, SpaceX's workhorse rocket, cannot carry them. This is not a coincidence.
According to NPR, SpaceX announced last month that Falcon 9's final Starlink launch from Florida has already taken place. The company intends to run future Starlink missions out of Florida's Space Coast using Starship instead. That is a business decision dressed up as a technology demonstration.
Three of those 26 satellites have cameras installed specifically to photograph Starship's heat shield during reentry, per NPR. Getting the heat shield right is existential for SpaceX's reusability plans. You can build the most powerful rocket in history, but if it burns up every time it comes home, the economics do not work. The plan for Monday's flight was a roughly ten-hour mission, six orbits at about 170 miles altitude, followed by a de-orbit burn and a tail-first splashdown off the coast of Chile.
The Moon Mission Math Is Getting Complicated
Starship is not just a commercial satellite launcher. NASA selected it as the human landing system for the Artemis program, and the agency needs it to work, on a very specific timeline, in a very specific way. CBS News reports the first crewed lunar landing is now targeted for 2028, which means SpaceX has roughly two years to take a rocket that just reached orbit for the first time and certify it for human spaceflight.
The logistics of what that actually requires are staggering. For a single moon landing, SpaceX will need to launch up to 15 Super Heavy-Starship tanker flights to refuel the lunar lander before it can even head for the moon. Those tankers need to rendezvous and transfer propellant in orbit, a maneuver that has never been attempted at anywhere close to this scale. Then NASA's Orion capsule docks with the Starship lander in lunar orbit, two astronauts transfer over, and the 165-foot lander carries them down to the moon's south pole. CBS News notes the astronauts will ride an external elevator down to the surface.
NASA is planning to test Orion docking with Starship during Artemis III, slated for late next year according to NPR. CBS News is blunt about the skepticism this timetable has generated, noting that "many observers with past experience at NASA and elsewhere in the aerospace industry doubt SpaceX can deliver" in time. That is not a fringe position. That is the aerospace community looking at the calendar and doing arithmetic.
SpaceX's Business Case Is Riding This Rocket Too
Strip away the moon landing poetry and Starship is also just a very large bet that SpaceX is making with investor money. The company filed with the FEC ahead of its IPO in June, and NPR obtained language from those filings that reads: "Any failure or delay in the development of Starship at scale or in achieving the required launch cadence, reusability and capabilities thereafter would delay or limit our ability to execute our growth strategy." That is a company telling potential shareholders, in plain English, that Starship either works or the whole growth story starts falling apart.
SpaceX is also planning a $100 billion facility in Louisiana, according to NPR, with dozens of launch pads and a goal of launching Starship from "Starbase, La." starting in 2029. Two pads currently exist in Texas. Three more are under construction in Florida, including one at the legendary pad 39A at Kennedy Space Center. The company is building an entire industrial infrastructure around a rocket that flew to orbit for the first time this morning. That is either visionary or reckless, and the honest answer is probably both.
The Dingo Take
You are supposed to look at this flight and see a clean triumph. Rocket goes up, satellites come out, rocket comes down, everyone cheers. And sure, reaching orbit for the first time after 13 suborbital tests is genuinely impressive. Credit where it is due. SpaceX built a thing that works, mostly, when it is not losing engines mid-climb.
But let's sit with the actual situation for a second. The most ambitious human spaceflight program since Apollo is now dependent on a vehicle that flew to orbit once, this morning, with a failure already logged on the way up. The timeline to certify that vehicle for crewed lunar landings is two years. The orbital refueling technology it requires has never been demonstrated. And the man whose company is responsible for all of this is simultaneously running a social media platform, a car company, a tunnel-boring operation, and, depending on what week it is, large portions of the federal government.
Monday's flight was a milestone. Nobody is disputing that. But a milestone is not a finish line, and the gap between "reached orbit with one engine down" and "landed two astronauts on the moon and brought them home safely" is not a gap you close with good vibes and a splashy IPO filing. The aerospace veterans quoted by CBS News who doubt this timeline are not pessimists. They are people who have watched rockets before and know how this math usually works out.
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