Starship’s First Orbit Leaves 26 Starlink V3s Behind

SpaceX’s Starship reached Earth orbit for the first time on Monday, September 28, 2026, and released 26 Starlink V3 satellites before coming home early. Ship 41 lifted off from Pad 2 at Starbase in Texas at 7:48 a.m. CT, then deorbited after 3 hours and 8 minutes.

The ship broke up in the northern Pacific after splashdown. The satellites stayed, which is the part of Flight 14 that still has work to do.

The 26 Satellites That Stayed in Orbit

Thirteen Starship flights had been aimed short of a closed loop around Earth. The fourteenth was the first try at orbit, and the first time the stack lofted a payload meant to keep working after the ship came down.

After a 19-second burn of one sea-level Raptor, Ship 41 entered orbit at about 170 miles (275 kilometers). Mission control called “Starship is orbital.” Elon Musk wrote, “First orbital flight of Starship successful!”

The payload bay door opened at T+34 minutes 7 seconds. Over about 30 minutes the ship pushed out all 26 Starlink V3 satellites, cataloged as Starlink Group 31-1. Musk later wrote that all 26 “deployed and operating nominally.”

THE 26 THAT DID NOT COME HOME

• The count: All 26 Starlink V3 satellites left the bay and were reached by laser links, ground stations, and Starlink user terminals.
• The cameras: Three of the 26 carry cameras aimed at Ship 41’s heat shield.
• The next step: Each satellite still has to run on-orbit checkouts and raise its orbit before it serves customers.
• The height: The stack is about 124 meters tall and flew from Orbital Launch Pad 2 with Super Heavy booster B21 under Ship 41.

Clips that moved after the flight were not the Pacific fireball. They were the V3s sliding out of the slot, a view no earlier Starship had given because those loads were never meant to stay up.

Controllers Cut the Coast After an Engine Quit

The plan had been nearly 10 hours, about six orbits, and a splashdown west of Chile. One Raptor vacuum engine on the ship shut down during ascent. The other five burned longer and still hit the planned suborbital path.

Dan Huot, SpaceX’s launch communicator, told the livestream the team would “only going to commit to orbit if everything is looking really healthy.” After several minutes they did go for orbital operations after checking that the three sea-level Raptors needed for later burns were healthy.

Payload went out. Then the room chose the early exit. SpaceX said the cut was “out of an abundance of caution given the engine issue experienced during ascent,” and that the northern Pacific site was one of two zones cleared before launch.

FLIGHT 14 PLAN VERSUS WHAT FLEW

A wounded ship can park satellites and still be a poor guest in low Earth orbit. If a later burn had failed, Flight 14 would have left a heavy stage up there with no clean way down. The early dump was the conservative call, and it also skipped the long coast the company had sold as part of the test.

What Failed on Super Heavy and Ship 41

Super Heavy lit all 33 Raptor 3 engines at liftoff. One shut down on the climb. After hot-staging at T+2 minutes 22 seconds, the booster flipped and relit 31 of the 33 engines planned for boostback, burning leftover liquid oxygen on purpose to stress the stage for later return-to-pad work.

The landing burn lit 11 of 13 planned engines, then dropped to five, then three, before a splashdown in the Gulf of Mexico. After shutdown, SpaceX triggered the booster’s flight termination system as a demonstration of that hardware.

On the ship, the early vacuum-engine cutoff was the anomaly that shaped the day. Insertion, deorbit, and the landing burn all used the sea-level Raptors the team had just cleared. Deorbit was a single-engine burn, the first time a Starship had taken itself out of a real orbit.

THE ASCENT CLOCK ON FLIGHT 14

1. September 28, 2026, 7:48 a.m. CT: Liftoff from Pad 2 at Starbase.
2. T+2 minutes 22 seconds: Hot-staging as Ship 41 lights and separates.
3. T+8 minutes 11 seconds: Starship engine cutoff on a suborbital path.
4. T+25 minutes 17 seconds: Single-Raptor insertion burn starts; it ends 19 seconds later.
5. T+34 minutes 7 seconds: Payload deploy starts; it finishes at T+1 hour 4 minutes 39 seconds.
6. 3 hours and 8 minutes: Ship 41 splashes down in the northern Pacific.

Engine dropouts still decide how long SpaceX will leave a Starship on orbit. Until a full-day coast happens with every Raptor behaving, the vehicle is an orbital truck with a short fuse, not a spacecraft that loiters on command.

Each V3 Satellite Is Built for 1 Tbps

V3 is the satellite Starship was sized to haul. Starlink’s own page rates each craft for 1 Tbps of downlink and 160 Gbps of uplink, about 10 times and 22 times a V2 satellite. The 26 on Flight 14 are designed for a combined 26 Tbps of downlink, a paper figure until checkouts finish and the orbits are raised.

WHAT A V3 CARRIES THAT V2 DID NOT

• Beams: 2,048 downlink and 2,048 uplink beams, against 192 down and 144 up on V2.
• Lasers: Six 400-gigabit space lasers for a mesh between satellites.
• Backhaul: Four quad-band RF antennas (Ka, E, V, and W) rated at 1.2 Tbps, more than eight times V2.
• Power: Solar arrays built from 19-meter blanket segments, stitched in fours, rated at about twice V2’s power.
• Launch math: SpaceX says one Starship V3 flight adds about 20 times the constellation capacity of a Falcon 9 launch of V2 satellites.

That last comparison is the business reason this flight existed. V3 is too large a node for Falcon 9 to stack in useful numbers. Starship either starts flying these birds or the next constellation stays a slide. Flight 14 put the first operational set on a path that can, if the checkouts hold, start serving traffic.

NASA Still Needs a Stay Longer Than Three Hours

NASA is aiming for a crewed lunar landing in early 2028 on Artemis IV. Four astronauts would ride Orion. Two would spend about a week near the lunar south pole on a commercial lander, then climb back to Orion for Earth return. SpaceX is building a Starship variant for that job.

Orbit plus a controlled deorbit is a rung that was missing. It is not the whole ladder. A Government Accountability Office review of major NASA projects said Starship’s next big HLS milestones are long duration flight and propellant transfer tests, both lined up for 2026. Flight 14’s coast was the long-duration chance, and the engine problem ate it.

The NASA Office of Inspector General, in a March 10, 2026 note, said the agency has already put nearly $7 billion to lander development since 2019 and is projected to spend more than $18 billion through fiscal 2030. SpaceX’s HLS contract value was up 6 percent. The same review said both SpaceX and Blue Origin had hit delays, and that NASA would have no way to rescue a crew stranded in space or on the Moon if a lander failed.

STILL UNFLOWN FOR THE LANDER

• A long coast: A healthy ship staying up for a working day, not 3 hours and 8 minutes.
• Tanking: Cryogenic propellant moved from one Starship to another in orbit, the step that makes a lunar lander heavy enough to come home.
• An uncrewed Moon landing: Required before NASA will put astronauts on either commercial lander.

Artemis III, slated for 2027, is now a docking rehearsal in low Earth orbit with one or both landers. Lander readiness is supposed to decide who flies people to the surface in 2028. A satellite run that ends before lunch does not close that file.

Ship 41 Broke Up After a Targeted Splashdown

The ship relit a single sea-level Raptor for deorbit, survived entry, then lit all three sea-level engines for a flip and landing burn. It hit the pre-cleared patch of ocean. It settled, tipped, and residual propellant flashed.

Splashdown confirmed. Congratulations to the entire SpaceX team on the first orbital flight of Starship!

SpaceX, official account, September 28, 2026

Splashdown confirmed. Congratulations to the entire SpaceX team on the first orbital flight of Starship! pic.twitter.com/urjmiwnvNl

— SpaceX (@SpaceX) September 28, 2026

An explosive ocean ending was expected. The company had not planned to fish the ship out. Flight 13, in July 2026, was the outlier that came down intact. Cheers on the livestream were for a targeted splashdown after a real orbit, not for a reusable ship sitting on a deck.

The booster was already in the Gulf. Catch attempts were not on this flight’s card. The next arguments at Starbase are a tower catch, a weekly cadence, and a ship that can sit on orbit for the better part of a day without the room reaching for the dump switch.

The 26 V3s are the hardware that did not splash down. They are raising orbits and running checkouts. Until those birds light up for customers, and until a later ship stays up long enough to practice tanking, Flight 14 is an orbital cargo run that proved the door works and then sent the truck home early.

Frequently Asked Questions

When Did Starship First Reach Earth Orbit?

Liftoff was at 12:48:59 UTC on September 28, 2026, from Orbital Launch Pad 2 at Starbase, with Ship 41 on Super Heavy B21; insertion came about 25 minutes later on a single sea-level Raptor, the first closed loop after 13 suborbital flights.

Are the Flight 14 Starlink V3 Satellites Serving Customers Yet?

No. SpaceX says they will finish on-orbit checkouts and raise their orbits first, and every V3, including this group, is built at the company’s factory in Redmond, Washington, before it ever sees a pad.

How Many Starlink V3 Satellites Can a Later Starship Carry?

Flight 14 flew 26. Briefings around the V3 rollout have described later ships carrying as many as about 60 of the same class, which is why SpaceX’s comparison is a Starship V3 load against a Falcon 9 flight of V2 satellites, not a one-for-one swap.

What Is Starlink Group 31-1?

It is the catalog name for the 26 V3 satellites deployed on Flight 14, the first operational V3 set, including the three craft that flew heat-shield inspection cameras and then stayed in orbit with the rest of the stack.