Starship Flight 14 — first orbit reached
The flight that put Starship into Earth orbit for the first time. On 28 September 2026 a third-generation stack, Booster 21 and Ship 41, lifted off; the ship placed 26 Starlink satellites in orbit and splashed down in the Pacific north of Hawaii about three hours later.
The story
At 12:48:59 Universal Time on 28 September 2026, about 7:49 a.m. local time in Texas, Starship lifted off from Orbital Launch Pad 2 at Starbase. The lower stage was Super Heavy Booster 21 and the upper stage was Ship 41, both third-generation Block 3 vehicles. On what SpaceX called Starship's first operational flight, the vehicle reached Earth orbit for the first time and came down in the Pacific about 3 hours 8 minutes later.
The climb went to plan. Two minutes 20 seconds after liftoff the booster shut down its engines, and two seconds later the ship lit its own engines while still attached, splitting the two stages. The booster relit 26 of its 28 engines to turn back, then 11 of 13 for its landing burn, and came down under control in the Gulf of Mexico 6 minutes 35 seconds after liftoff. This time the launch tower did not catch it.
On the way up the ship lost one of its space-optimised engines, but that engine was not needed to reach orbit. Twenty-five minutes 28 seconds after liftoff the ship fired its engines to enter orbit. Earlier flights had deliberately stopped just short of orbital speed; this one went into an orbit that keeps circling Earth. Between roughly 34 minutes and 1 hour 5 minutes into the flight, it released 26 Starlink satellites.
The plan was a mission of about ten hours. But an early check carried out in orbit was not passed, and SpaceX ended the flight at its first scheduled checkpoint without giving a public reason. At 2 hours 12 minutes the ship fired its engines to leave orbit, re-entered the atmosphere, and splashed down north of Hawaii at 3 hours 8 minutes 30 seconds. Shorter than planned as it was, it was the longest time any Starship had spent in space.
Mission goals
Going into orbit means trusting the way home to a single engine burn. The reason earlier flights stopped just short of orbital speed was safety: if the engines failed to restart, the ship would still fall into a chosen stretch of ocean. Flight 14 flew without that safety net, and the burn to leave orbit fired on time and brought the ship down where it was meant to land. A manoeuvre every future orbital mission depends on has now worked for real.
The flight is tied directly to the plans for the Moon. The lander for NASA's Artemis programme is a modified Starship called Starship HLS. Before it can leave for the Moon, it has to take on propellant from other Starships in Earth orbit. Testing that transfer first requires a vehicle that can reach orbit and come down under control. Artemis III has been changed to a 2027 docking test in Earth orbit, and the first landing has moved to Artemis IV, planned for early 2028.
It was also the first step from test vehicle to working rocket. The 26 Starlink satellites were real satellites in service, not dummy weights. The flight also showed what is still unfinished: an engine lost on the way up, a mission cut short by an orbital check, and a booster dropped in the sea rather than caught. The goal of reusing the whole rocket quickly is still being proven.
Mission chronology and background
Starship came out of more than a decade of announcements and redesigns under several names. Behind it stands Falcon 9, the rocket that, after years of failed landing attempts, made recovering and reusing its first stage routine. At Starbase in south Texas, Starhopper and early prototypes flew short hops, rising a little way and landing again, before any complete two-stage Starship left the pad.
Starship's flight record reads like climbing a ladder one rung at a time. On the first flight in 2023 the rocket badly damaged its launch pad as it lifted off. Next the two stages separated successfully, then the ship survived re-entry and came down under control in the sea, and in 2024 the launch tower caught the booster. In 2025 a series of upper-stage break-ups forced design changes as the vehicle moved from its second to its third generation. In September 2026, Flight 14 finally reached orbit.
There is still a lot to do after orbit. The ship as well as the booster needs to be caught by the tower, fuel transfer in orbit needs to be tested, and an uncrewed Moon landing has to happen before any crew boards. Dates for plans like these often change, so following flight numbers and the steps each flight achieves gives a more accurate picture of progress than following dates. Flight 14 was a clear rung on that ladder.
Other milestones of this mission
Where to see it — sky and simulator
The flight is over, so to see it again look for SpaceX's webcast archive. The full broadcast, including views from cameras on both stages, remains on the SpaceX website and its official X account. The stream shows the time since liftoff (T+), which makes it easy to find particular moments by following the timeline in this article.
If you only watch a few moments, choose these: the stages splitting at about T+2:22, the booster settling into the Gulf of Mexico around T+6:35, the Starlink satellites drifting out one by one from about 34 minutes, and, after T+2:29, the glowing hot gas washing over the camera during re-entry, followed by the Pacific splashdown. A picture that keeps coming through to the end shows that the ship's heat shield held.
This simulator cannot replay Flight 14 itself. A low orbit a few hundred kilometres up is no more than a dot stuck to Earth at the scale of the orbit view. What the orbit view can reproduce is Earth and the Moon together, showing the gap between the low orbit this flight reached and the Moon about 380,000 km away, where the lander has to go. That helps give a sense of how far the next steps are.
FAQ
The mission ended early — was it a success?
It met its main goals: reaching orbit, releasing 26 Starlink satellites, and coming home through a burn to leave orbit and a controlled splashdown. It did fall short of the planned ten-hour mission, which SpaceX ended at the first checkpoint after an early check in orbit was not passed. The reason has not been made public.
Hadn't earlier flights already been to space?
By height, yes, but not into orbit. They deliberately flew just below orbital speed so the ship would fall into a chosen stretch of ocean even if its engines failed to restart. Flight 14 entered orbit with a burn at T+25:28 and had to fire its engines again to leave orbit and come home.
Was the booster caught by the tower this time?
No. Booster 21 relit 26 of its 28 engines to turn back and 11 of 13 for its landing burn, then came down under control in the Gulf of Mexico 6 minutes 35 seconds after liftoff.
What does this have to do with the Moon landing?
The Artemis lander is a modified Starship, Starship HLS. It has to be refuelled in Earth orbit before heading for the Moon, and testing that requires a vehicle that can reach orbit and return under control. Artemis III is now a 2027 docking test in Earth orbit, and the first landing is planned for Artemis IV in early 2028.
Related
- Starship — the day the tower caught a booster
- Starship — from prototypes to orbit
- Artemis III — docking test in Earth orbit
- The Moon — object index
- Mars — object index
Times and figures are approximate — verify with official sources when planning travel. Simulation uses J2000 mean elements.