Starship Flight 14: first orbital flight and 26 Starlink V3 satellites

The V3 stack, comprising Booster 21 and Ship 41, launched from Starbase in south Texas. Hot staging followed about two and a half minutes later. In its post-flight account, SpaceX confirmed that one booster Raptor shut down during the initial climb. The boostback burn relit 31 of the planned 33 engines, and the high-thrust landing burn relit 11 of 13. Super Heavy nevertheless made a controlled Gulf of Mexico splashdown; no tower catch was planned. After landing-burn shutdown, SpaceX triggered the booster flight termination system as a test of safety hardware. One vacuum Raptor on Ship 41 also shut down early during ascent. Its five remaining engines burned longer to reach the planned suborbital trajectory. Controllers then checked the three sea-level engines and cleared an orbital insertion burn using one of them. About 25 minutes after liftoff, Ship 41 entered low Earth orbit at roughly 275 kilometres.

Starship began releasing Starlink V3 satellites around 34 minutes into flight and deployed all 26 over about half an hour. SpaceX later confirmed contact with every satellite through laser links, ground stations, or user terminals. Three carried cameras intended to image the ship’s heat shield. This was Starship’s first delivery of operational payload to orbit; satellites released on previous suborbital flights soon reentered. On-orbit checkouts and orbit raising are still ahead; long-term operation in the constellation has not yet been established.

The original plan called for about six Earth orbits, nearly ten hours in flight, and a Pacific splashdown west of Chile. SpaceX later said controllers shortened the orbital stay as a precaution because of the ascent engine issue. The northern Pacific was one of two landing zones coordinated and cleared of sea and air traffic before launch. A single Raptor performed the deorbit burn. Ship 41 survived atmospheric reentry, relit three engines for its final landing flip, and reached the targeted splashdown area about three hours and eight minutes after launch. Video after water contact showed the ship tip over and explode. SpaceX has not yet published the precise cause of the early engine shutdowns.

Orbital insertion depends on horizontal velocity, rather than altitude alone, and an orbital vehicle must subsequently leave that trajectory in a controlled way. Flight 14 combined orbital insertion, deployment of real satellites, and controlled return for the first time. The shortened mission and engine shutdown also show that this remains a test programme. Repeatable flights, ship recovery, rapid reuse, and orbital propellant transfer for the lunar Starship HLS remain ahead.

Starship V3 uses 33 Raptor 3 engines on Super Heavy and six on the ship, burning liquid methane and oxygen. Flight 12 in May 2026 began V3 flight testing, while Flight 13 in July tested satellite release on a suborbital trajectory. Flight 14 was the third integrated flight of this generation. Ocean returns for both stages were planned; SpaceX did not attempt a tower catch of either vehicle.