Starship goes orbital at last — with 26 satellites and Artemis riding along

Thirteen flights, and not one of them reached orbit

SpaceX's Starship debuted in April 2023 and has flown 13 times since. Every one of those missions was suborbital — up, across, and down again, with a maximum flight time of 65 minutes and a target splashdown in the Indian Ocean off Western Australia. Today's Flight 14, launching from Pad 2 at Starbase in South Texas during a 75-minute window opening at 8:15 a.m. EDT (1215 GMT), is the first attempt to actually put the vehicle in orbit.

The mission profile is a step change rather than an increment. The 171-foot (52 m) Ship upper stage is meant to circle Earth six times and deploy 26 of SpaceX's next-generation Starlink Version 3 satellites, then splash down in the Pacific off the coast of Chile roughly 10 hours after liftoff. The Super Heavy booster follows the familiar script: a splashdown in the Gulf of Mexico about seven minutes in.

Why the jump from 65 minutes to 10 hours is the hard part

Suborbital means the vehicle goes fast enough to get very high, but not fast enough to keep missing the ground. Orbital means it does — and that changes the engineering problem in ways that do not show up on a highlight reel. A vehicle that stays up for ten hours has to hold cryogenic propellant, keep avionics and batteries alive through repeated day-night cycles, and then perform a controlled deorbit burn on command. Get that last part wrong and you no longer have a test article coming down where you planned; you have an uncontrolled 52-metre object with an unpredictable re-entry footprint.

Deploying satellites adds a second problem. The Ship has to open, release 26 spacecraft cleanly without recontact, and close again — all while the stack it belongs to, the fully assembled 407-foot (124 m) rocket, is the largest and most powerful ever built.

What today's flight does not test is the part SpaceX calls the holy grail of rocketry: full and rapid reuse of both stages. In operational service, both Super Heavy and Ship are supposed to fly back to the launch tower and be caught mid-air by its "chopstick" arms. The company has done this three times with the booster. It has never attempted it with the Ship, and it is not attempting it today — the Ship is going in the ocean.

Who is exposed if this slips

The most immediate dependency is Starlink itself. SpaceX operates roughly 11,000 satellites in low Earth orbit today; Elon Musk has said the V3 constellation will eventually run to 100,000 spacecraft — nine times the current fleet. Launching hardware at that volume is not plausible without a working heavy-lift vehicle, so the satellite business and the rocket programme are now load-bearing for each other.

The second is NASA. The agency selected Ship as the first crewed lunar lander for Artemis, a programme aiming to land people on the moon in 2028 on Artemis IV. Before that can happen, SpaceX still has to demonstrate two things it has never done: catching a returning Ship with the tower, and transferring propellant between vehicles in space. Each lunar mission requires multiple rendezvous with "tanker" Ships to refuel the one actually going. Neither milestone is on today's flight card. A crewed Ship also needs a life-support system that does not yet exist on the vehicle.

Questions You Should Be Asking

• If the Ship catch and orbital propellant transfer are both still undemonstrated, what does a realistic 2028 Artemis IV date actually depend on — and who at NASA owns the slip?
• What is the fallback launcher for Starlink V3 if Starship's cadence stays in the single digits per year?
• Who is liable, and under what regime, if a ten-hour orbital test article fails its deorbit burn over a populated area?
• What does a 100,000-satellite constellation do to collision risk and spectrum allocation in low Earth orbit, and which regulator has actually signed off on that number?
• Is "fully and rapidly reusable" a demonstrated capability or a design intent — and which flight is supposed to prove it?

What To Watch Next

Ignore the liftoff footage and watch two moments: whether all 26 V3 satellites separate cleanly, and whether the Ship's deorbit burn puts it in the Pacific off Chile on schedule roughly ten hours in. Those two events, not the ascent, are what tell you whether Starship has become an operational launcher or is still a test programme with a very large audience.