Starship Reaches Orbit at Last: Flight 14 Delivers the First 26 Starlink V3 Satellites

A First for Starship

SpaceX's Starship finally went to orbit. Flight 14 lifted off on Monday, Sept. 28, 2026, from Pad 2 at Starbase, Texas, and became the first Starship-Super Heavy mission to reach orbit. The previous 13 integrated flights had all been intentionally suborbital, deliberately flown on trajectories that would bring the vehicle back down even if its engines cut out early.

The flight doubled as another first: it was the first time Starship was used to launch operational satellites into low Earth orbit, carrying a batch of SpaceX's own third-generation Starlink spacecraft.

Flight Profile: What SpaceX Planned

Pre-launch plans laid out a tightly scripted few dozen minutes after liftoff:

• An orbital insertion burn roughly 25 minutes after liftoff.
• Satellite deployment beginning about 34 minutes after liftoff, spanning a sequence of roughly 30 minutes with satellites released at about one-minute intervals.
• No recovery attempt for either stage on this flight.

With no catch or landing on the manifest, the mission's success hinged on getting to orbit, getting the payload out, and getting the vehicle safely back down over water.

An Engine Out on Ascent

It was not a flawless ride uphill. One of the Starship upper stage's six Raptor engines shut down early during ascent — the kind of anomaly that has ended earlier test flights.

This time, SpaceX reviewed telemetry and judged the vehicle otherwise healthy, then pressed on. Starship completed its climb to orbit with a second burn using a single Raptor engine, demonstrating a degree of margin and in-flight decision-making that earlier missions never got the chance to show.

Deployment and Early Results

Once in orbit, Starship released 26 third-generation (V3) Starlink satellites. Starlink subsequently made contact with all 26 spacecraft from the inaugural batch, and the single launch is said to raise the network's total capacity by about 3%.

Three of the deployed satellites reportedly carry cameras intended to scan Starship's heatshield and relay imagery back to engineers — a small but pointed step toward the eventual goal of returning the vehicle to the launch site for reuse. Business subscribers with Performance Gen 3 dishes could reportedly begin using the new satellites within weeks.

Coming Home Early

After deployment, SpaceX brought Starship back ahead of schedule. The mission ended about three hours after launch with a Pacific Ocean splashdown north of Hawaii.

The Super Heavy booster, meanwhile, made a soft splashdown offshore near Starbase — as planned, with no attempt to catch it back at the pad.

Why Starlink V3 Needs Starship

The payload explains a lot about why SpaceX has pushed Starship so hard. Each V3 satellite adds roughly 1 Tbps of capacity, about 10 times what the V2 generation delivers. That performance comes with bulk: at about two tons apiece, V3 satellites are simply too large for Falcon 9 to loft in useful numbers.

Starship changes the math. SpaceX says a single Starship can carry 60 V3 satellites — roughly 20 times the Starlink capacity Falcon 9 can put up per launch.

The Business Stakes

SpaceX already dominates the low Earth orbit broadband business, operating roughly 11,000 active satellites against about 650 for competitor Eutelsat OneWeb. Starlink was SpaceX's largest and, as of the second quarter, its only profitable segment.

Flight 14 points to how that lead could widen. Higher capacity per satellite and far more satellites per launch compound each other, letting SpaceX add bandwidth faster than rivals can add spacecraft.

What It Means for Artemis

Beyond Starlink, reaching orbit and returning is a critical milestone for NASA's plan to use a Starship variant for a crewed lunar landing under Artemis in 2028.

Plenty of hard steps remain. The architecture still requires multiple Starship tanker flights to refuel the lunar lander in orbit, and it requires docking with an Orion capsule in lunar orbit. Flight 14 clears the first of those hurdles — proving Starship can get to orbit and come home — but the refueling and rendezvous demonstrations are still ahead.