SPACEX

Starship Reaches Orbit: Flight 14 Deploys First Starlink V3

After 13 suborbital test flights, SpaceX's giant rocket has entered a sustained orbit around Earth for the first time — and its cargo bay doors are open. The mission is now complete.

Published September 28, 2026 · By Daniel Rao

Update, Sept. 28: Flight 14 is complete — orbit, deployment, splashdown

Since this story was first published, SpaceX's Starship Flight 14 has concluded. The mission was shortened to roughly three hours after one of Ship 41's six Raptor engines — a Raptor Vacuum — shut down early, but the ship still reached orbit, opened its payload bay doors, and deployed all 26 Starlink V3 satellites. SpaceX established contact with every one of the 26 spacecraft, and all were reported operating nominally. Ship 41 then completed a controlled Pacific splashdown north of Hawaii at about 11:57 a.m. EDT on September 28. The vehicle later tipped over and broke apart in the water — expected for a non-recovery ocean splashdown, and a data-rich ending to the program's first orbital flight.

File photo: SpaceX's Starship lifting off from Starbase, Texas, on an earlier flight (Flight 11). The Flight 14 vehicle was the upgraded Block 3 configuration. Photo: Shujianyang, via Wikimedia Commons (CC BY-SA 4.0).

At 7:46 a.m. Central Time on Monday morning, SpaceX's Starship lifted off from its Starbase launch site in South Texas — and this time, it did not come straight back down. For the first time in the program's 14-flight history, the 407-foot-tall vehicle completed an orbital-insertion burn and settled into a sustained orbit around Earth, carrying 26 operational Starlink V3 satellites in its cargo bay.

The milestone marks the end of an era. All 13 previous Starship flights, dating back to 2023, deliberately flew "passively safe" suborbital trajectories — paths chosen so that even a total loss of control would end with the vehicle re-entering over a predetermined patch of ocean. Flight 14, designated Starlink Group 31-1, is the first to aim higher in every sense: roughly six orbits at about 275 kilometers altitude, the first operational payload deployment in Starship's history, and a planned Pacific splashdown after a nearly 10-hour mission.

As of late Monday morning Eastern Time, the flight was still underway. SpaceX had confirmed the orbital insertion burn, and live coverage reported that the satellite deployment sequence had begun, with ground controllers already in contact with some of the newly released spacecraft. The hardest remaining tests — a deorbit burn, atmospheric re-entry, and a controlled ocean splashdown west of Chile — were still hours away.

What happened on Flight 14

The mission began on schedule at 12:46 UTC (7:46 a.m. CDT) from Orbital Launch Pad 2 at Starbase, with the Block 3 Super Heavy booster, designated B21, pushing Ship 41 skyward on the power of its Raptor engines. According to SpaceX's mission timeline, the flight director's poll, propellant loading, and engine chill all proceeded normally through the final countdown.

The early minutes of flight looked textbook. Max Q — the moment of peak aerodynamic stress — passed at 58 seconds. Main engine cutoff and hot-staging followed at about two minutes and 20 seconds, and the Super Heavy booster began its boostback burn to return toward a controlled splashdown in the Gulf of Mexico. SpaceX's timeline shows 26 of 28 engines relighting for the boostback burn, and 11 of 13 relighting for the landing burn — figures that suggest a handful of engines stayed dark during the return sequence. The booster nevertheless completed its landing burn and splashed down in the Gulf at approximately 12:56 UTC, ten minutes after liftoff.

It was the ship's ascent that nearly ended the mission. At about eight minutes into the flight, one of Ship 41's six Raptor engines — a Raptor Vacuum, one of the three optimized for operation in space — shut down early. The remaining engines carried the vehicle onward, but SpaceX briefly debated whether the ship was healthy enough to attempt the orbital-insertion burn at all. The call was made to proceed, and at 25 minutes and 28 seconds after liftoff, Ship 41 ignited its engines for a roughly 19-second insertion burn that placed it into a sustained orbit — the first time any Starship has achieved one.

The engine scare that almost ended it

The lost Raptor Vacuum deserves attention, because it nearly changed the story of the day. On a conventional expendable rocket, losing one engine of six during ascent is a manageable contingency. On Starship — a vehicle whose entire economic case rests on flying again and again — every engine anomaly is a data point in the long argument over reusability.

SpaceX's decision to continue after the failure is telling. The company's flight rules for a developmental campaign are deliberately aggressive: rather than scrubbing a historic first at the first sign of trouble, engineers assessed the vehicle's health, judged the remaining five engines sufficient for insertion, and went. That is the same iterative philosophy that produced the program's spectacular early failures — and its spectacular recent recoveries. Nearly half of the program's early prototypes ended in mid-air explosions; the company kept flying, kept iterating, and arrived at Monday's milestone with a vehicle reliable enough to risk an orbital attempt.

The incident will also sharpen scrutiny of the Block 3 Raptor. Ship 41 and Booster 21 are the first Block 3 vehicles to fly, following an extended qualification campaign that included full-duration static fires in August. SpaceX will want to understand exactly why one vacuum engine quit before it commits to the far more demanding re-entry and landing sequence planned for later Monday — a maneuver that will require multiple engine relights in the thin upper atmosphere.

Why 26 Starlink V3 satellites matter more than the orbit record

The orbit is the headline, but the payload is the business. Tucked inside Ship 41's cargo bay were 26 Starlink V3 satellites — the first operational payload Starship has ever carried, and the first of a new generation of Starlink spacecraft that SpaceX says will transform the economics of its satellite internet business.

The numbers are striking. Each V3 satellite is designed to support about 1 terabit per second of downlink capacity and 160 gigabits per second of uplink — roughly a tenfold improvement in downlink and a 22-fold improvement in uplink over the V2 generation, according to the company. The full 26-satellite deployment adds a claimed 26 terabits per second of network capacity in a single launch — approximately ten times what a single Falcon 9 launch carrying V2 Mini satellites delivers.

Deployment began about 34 minutes after liftoff, when Ship 41 opened its payload bay doors — the "Pez dispenser" mechanism SpaceX has been developing for years — and started releasing satellites in a sequence expected to last roughly half an hour. Live coverage on Monday morning reported that ground controllers had already established contact with some of the deployed spacecraft. Three of the 26 satellites carry cameras positioned to photograph Ship 41's heat shield while the ship is in orbit — an unusual touch that will give SpaceX its first in-space imagery of the thermal protection system during an orbital mission.

After deployment, the satellites will unfold their antennas, deploy their solar arrays, and link up with the rest of the constellation via radio and laser links before using onboard thrusters to raise their orbits. SpaceX expects the new spacecraft to begin serving customers within weeks of on-orbit checkout — a timeline that, if met, would make Flight 14 not just a test, but Starship's first revenue-generating mission.

The mission isn't over yet — and the hardest part comes tonight

Anyone tempted to declare Flight 14 a complete success should check the clock. At the time of writing, Ship 41 still had roughly eight and a half hours of orbital flight ahead of it, followed by the most dangerous phase of the entire mission: coming home.

SpaceX's plan calls for a deorbit burn about eight hours and 52 minutes after liftoff, followed by atmospheric entry, a transonic and subsonic descent phase, a landing flip, and a landing burn — culminating in a controlled splashdown in the Pacific Ocean west of Chile, nearly ten hours after the Texas liftoff. Every one of those steps involves regimes of flight that Starship has rehearsed suborbitally but never after an extended orbital stay, with a heat shield that has now been soaking in the thermal environment of orbit for the better part of a day.

The re-entry will be the true examination of the Block 3 upgrades. Previous flights have returned upper stages intact from suborbital trajectories; an orbital re-entry is faster, hotter, and longer. If Ship 41 survives it and splashes down as planned, SpaceX will have demonstrated the full mission profile — launch, orbit, deployment, deorbit, re-entry, landing — that operational Starship missions require. If it doesn't, Monday's orbital achievement will stand, but the program's hardest problem will remain unsolved.

Why this flight changes the program

Flight 14's significance extends well beyond one morning's webcast. For three years, Starship has been the world's most watched rocket development program and, by SpaceX's own admission, a money pit — the program's cost has exceeded $15 billion, according to Reuters. What the company bought with that money, until Monday, was a spectacular test campaign that had never once done the thing rockets are built to do: go to orbit and deliver a payload.

That changes the commercial math. Starlink is now SpaceX's largest and only profitable segment, with roughly 11,000 active satellites in orbit, and the constellation's growth has been constrained by the capacity of Falcon 9. A single Starship flight carrying ten times a Falcon 9's worth of V3 capacity rewrites the deployment schedule — and with it, the revenue trajectory of the business that underwrites everything else SpaceX does, from Starship development to its Mars ambitions. The company went public in June in what has been described as the largest IPO on record and is now valued at roughly $2 trillion; Monday's flight is the first tangible evidence that the vehicle justifying that valuation can do operational work.

The implications reach beyond SpaceX. NASA is counting on a variant of Starship as the Human Landing System for the Artemis program, with an Artemis III lunar docking exercise targeted for 2027 and Artemis IV no earlier than 2028. Every orbital milestone Starship clears de-risks that schedule; every anomaly, like Monday's engine shutdown, is a reminder of how much proving remains. And the Federal Aviation Administration's authorization of both the Flight 14 launch and its re-entry — issued just two days before liftoff — signals that regulators are growing comfortable with the vehicle's safety case even as its ambitions scale up.

What comes next

Assuming Ship 41 comes home intact, attention will turn quickly to cadence. SpaceX has spent the year building the infrastructure for operational Starship flight — a second launch mount at Starbase, the Gigabay manufacturing facility, and the Block 3 vehicle line. The company has also been explicit that the next phase of development is full and rapid reusability, including catching returning vehicles with the launch tower's mechanical arms — a maneuver attempted on earlier booster flights but not planned for Flight 14's ship.

Longer term, the manifest is crowded: scaled Starlink V3 deployment, the first orbital refueling demonstrations needed for Artemis, and eventually the Mars transfer windows that have motivated the program since its inception. None of it happens without a Starship that can reach orbit, work there, and return. On Monday morning, for the first time, SpaceX had a vehicle doing the first two of those three things. Tonight, west of Chile, we'll learn about the third.

TechPulse USA previously covered the lead-up to this mission: Starship Is Finally Going Orbital: SpaceX Targets September 22 for Flight 14's First Trip Around Earth.

Sources: Reuters (Sept. 28, 2026); Associated Press via Phys.org (Sept. 28, 2026); SpaceX mission timeline for Flight 14 (via Wikipedia's Starship flight 14 page, updated Sept. 28, 2026); Florida Today live coverage (Sept. 28, 2026); MarketWatch (Sept. 28, 2026); company statements via ANI/ETV Bharat and Pulse2 (Sept. 28, 2026).

Mission update: Flight 14 concluded on September 28. Ship 41 reached orbit, deployed all 26 Starlink V3 satellites (all 26 contacted, operating nominally), and made a controlled Pacific splashdown north of Hawaii at about 11:57 a.m. EDT. The vehicle tipped and broke apart after the non-recovery splashdown, as expected — closing the program's first orbital mission.