Starship Reaches Orbit and Deploys Its First Starlink V3 Payload
· TexaHub · Space & Aerospace, Technology Trends
Flight 14 met its two main goals but ended hours early after an engine problem, leaving reliability and reuse as the open questions for SpaceX's heavy launcher.
What happened on 28 September
SpaceX's Flight 14 on 28 September was the fourteenth integrated test of Starship and its first orbital attempt; the previous 13 flights followed suborbital trajectories [1]. The 124-metre stack, made up of Super Heavy booster B21 and Starship upper stage S41, flew with neither stage planned for recovery [1]. ABC News put liftoff from Starbase in Cameron County, Texas, at 8:50 a.m. ET [4].
Shortly after stage separation the upper stage lost one of its six Raptor engines, and TechCrunch reported that the company initially called off the orbital attempt before deciding a few minutes later to continue [2]. ABC News reported issues with two engines on the booster and one on the ship [4]. Mission control announced that Starship was orbital, and the Associated Press reported the vehicle reached an altitude of 170 miles (275 kilometres) at 17,500 mph [3].
The ship then deployed its payload of 26 Starlink V3 satellites, and TechCrunch reported that the ship was able to connect to all 26 [2]. Spaceflight Now had reported before launch that three of the satellites carried extra imaging capability to record the ship's heat shield performance [1].
Why the flight ended early
The original plan was for six orbits. TechCrunch described a planned stay of around nine hours, while the AP reported SpaceX had been aiming for a 10-hour flight; Spaceflight Now's preview placed the deorbit burn about nine hours after launch with splashdown roughly an hour later, which accounts for the difference [2] [3] [1]. About 1.5 hours into the flight, SpaceX decided to bring the upper stage back early [2]. The AP reported that SpaceX said in an online update the decision was made out of an abundance of caution because of the early engine trouble [3].
The ship performed its deorbit burn on a single Raptor sea-level engine and splashed down in the Pacific north of Hawaii just before noon ET, about three hours after launch [4] [3]. That differs from the pre-flight plan for a controlled splashdown off the western coast of South America [1]. Fox Weather reported that the Super Heavy booster splashed down in the Gulf [5]. The AP noted that Elon Musk had said at a business summit earlier in the month that if the spacecraft broke apart over land and rained debris onto people, 'our popularity would diminish very rapidly' [3].
Choosing an early return over the full profile is a conservative trade: the company gave up hours of on-orbit data in exchange for a controlled reentry. It also means the first orbital flight produced less evidence about the vehicle's endurance in space than SpaceX intended.
The Starlink V3 payoff
Commercially, the satellites matter as much as the orbit. Ahead of the flight, Light Reading reported SpaceX's figures that each V3 satellite supports about 1 Tbit/s of downlink and 160 Gbit/s of uplink capacity, and that the 26 satellites on Flight 14 together support about 26 Tbit/s [6]. SpaceX says that represents a 10x improvement on the downlink and a 22x improvement on the uplink compared with the V2 satellite, according to the same report [6]. Fox Weather reported that each V3 carries six 400-gigabit space lasers and that the satellites would begin serving customers within the next few weeks [5].
TechCrunch reported that one full Starship launch of V3 satellites can add as much capacity to the Starlink network as 20 Falcon 9 flights of the V2 mini versions [2]. Spaceflight Now noted SpaceX's statement that future missions could deploy up to 60 V3 satellites [1]. The AP said the new satellites join 11,000 older Starlinks already in service, while TechCrunch described a 10,000-strong constellation; the two counts are not directly reconciled [3] [2].
These are company capacity figures rather than measured network performance. The real test of the V3 economics is cadence: the capacity advantage only materialises if Starship can fly frequently and, eventually, be reused.
Context and what comes next
TechCrunch reported that Flight 14 was the third test of the Starship V3 vehicle, which began testing in May, and the second Starship launch since SpaceX went public in what it called the largest IPO ever [2]. The company has said it plans to invest $100 billion in a new Starbase facility in Louisiana, with construction starting next year [2].
The flight also bears on NASA. The AP reported that NASA Administrator Jared Isaacman congratulated SpaceX on reaching orbit and on 'managing every step in a safe, responsible and especially inspirational way' [3]. The same report described Artemis III, due as soon as next summer, as a triple-launch docking exercise in Earth orbit between an Orion capsule and competing lunar landers, and said Artemis IV, slated for no sooner than 2028, would land astronauts in either Blue Moon or Starship, whichever is ready first [3].
Reaching orbit removes the main qualification gap in Starship's flight record. The remaining milestones are harder to demonstrate in a single test: completing a full multi-orbit profile, recovering and reflying both stages, and showing the capabilities that the lander role described in NASA's Artemis plans will require. The engine issues reported on both stages during Flight 14 suggest Raptor reliability will remain a central focus as SpaceX prepares its next flight.
Sources
[1] Launch preview: SpaceX to launch first Starlink V3 satellites to orbit on Starship — Spaceflight Now, 28 Sep 2026
[2] SpaceX's Starship rocket reaches orbit for the first time — TechCrunch, 28 Sep 2026
[3] SpaceX's supersized Starship launches into orbit for the first time but flight ends early — Associated Press, 28 Sep 2026
[4] SpaceX Starship splashes down after successful 1st orbital flight test — ABC News, 28 Sep 2026
[5] SpaceX Starship mission ends with fiery splashdown in Pacific Ocean — FOX Weather, 28 Sep 2026
[6] Next Starship flight test to put first 'V3' Starlink satellites into orbit — Light Reading, 17 Sep 2026