Starship Flew — And the Stakes Could Not Be Higher
Starship Flew
SpaceX finally got Starship off the ground Thursday night, and the world was watching.
Flight 12 — the debut of the redesigned Version 3 vehicle — lifted off from Orbital Launch Pad 2 at Starbase, Texas, on Friday evening after a one-day delay caused by a stuck hydraulic pin on the launch pad. What followed was an hourlong spaceflight that carried 20 mock Starlink satellites halfway around the globe before the spacecraft descended into the Indian Ocean under what appeared to be full control, then toppled and ignited on impact. SpaceX called that last part expected.
By any honest measure, it was a success — the kind of milestone a program needs after a difficult stretch. The previous V2 Starship vehicles suffered significant mishaps throughout 2025, including a midair explosion that rained debris over the Atlantic and forced an extensive FAA safety review before a return-to-flight authorization could be granted. Flight 12 moved cleanly through its mission objectives: engine ignition, stage separation, payload deployment, reentry, and a controlled final descent. Not all of the Super Heavy booster’s engines fired as intended during the return sequence, but the spacecraft reached its destination.
Here is why that matters beyond the spectacle.
NASA is counting on Starship. The agency selected this rocket to land Artemis astronauts on the lunar surface, with the Artemis IV mission targeting 2028. That mission requires a Starship capable of supporting a crew, completing in-orbit refueling, docking with an Orion capsule, and executing a powered descent to the Moon — a sequence that demands a level of reliability the program has not yet demonstrated at any stage. Flight 12 was Starship’s 12th test flight since 2023. SpaceX has yet to send the vehicle into a complete orbit around Earth.
The timeline pressure is significant. NASA’s Artemis schedule has already shifted multiple times. A lunar landing in 2028 requires Starship to clear several more technical milestones within the next 18 months. SpaceX is also carrying Elon Musk’s stated ambition of sending uncrewed cargo missions to Mars by the end of 2026 — a target that Starship’s current test cadence makes difficult to take literally.
What Flight 12 established is that the V3 design is functional in the flight environment. The upgraded architecture — which SpaceX spent months hardening after 2025’s setbacks — performed well enough on its first outing to justify confidence in the program’s direction. For a rocket of this complexity, that is consequential.
The next flight, using Ship 40, is already in preparation. SpaceX needs to demonstrate orbital capability, in-space refueling, and crew-support systems before the Artemis timeline becomes mathematically impossible. Friday’s launch was essential. What comes next is where the program either earns its place in history or forces NASA back to the drawing board.