SpaceX’s Starship lifted off from Starbase, Texas at 7:46 a.m. CT this morning on Flight 14 — and for the first time in the vehicle’s history, it didn’t come back down on a suborbital arc. Ship 41 completed its circularization burn, reached low-Earth orbit, and deployed 26 Starlink V3 satellites before executing a deorbit burn for splashdown in the Pacific off the coast of Chile. Booster 21 performed its own splashdown as planned.
This is not a small feat.
The previous 13 Starship flights were all deliberately suborbital — SpaceX kept the vehicle on a trajectory that guaranteed reentry regardless of what went wrong. Today’s mission required a second engine burn after the initial ascent to push Ship’s velocity past 17,500 mph, the threshold at which the Earth’s surface curves away fast enough that the spacecraft is in a permanent freefall around the planet rather than falling back toward it. That burn worked.
The 26 Starlink V3 satellites now in orbit represent the first operational payload ever delivered by Starship. Each satellite adds 1 terabit per second of capacity — the combined 26 Tbps from this single mission is a significant step toward the V3 constellation that SpaceX has said will deliver 26 Tbps of total new capacity to its network. V3 satellites are designed to eventually replace the current generation and meaningfully expand both capacity and user speeds globally.
The SpaceX press release published in September framed the orbital transition in almost understated terms — the vehicle was ready, the flight test data from 13 previous missions was sufficient, and it was time. What it didn’t say is that today’s mission was also the first time Starship flew with a payload it actually needed to deliver intact. The previous 13 flights were tests. This one had commercial and operational stakes attached.
For NASA, the milestone matters considerably. Starship is the selected Human Landing System for Artemis — the vehicle NASA has contracted to land astronauts on the Moon under Artemis V, currently targeting 2028. An uncrewed Starship must demonstrate orbital propellant transfer before any crewed lunar mission can proceed, since the vehicle needs to be refuelled in orbit before a lunar transit is possible. Today’s flight established the orbital capability that makes those subsequent tests possible. Without reaching orbit, none of that happens.
SpaceX has now launched 100 missions in 2026 across its fleet — a pace that puts it in a different operational category from any other launch provider on earth. Starship reaching orbit today is the headline, but the number underneath it is the one that explains how SpaceX got here: 13 consecutive flight tests over three years that the company treated as data collection missions, not failures, even when the vehicles exploded. That philosophy — build fast, fly fast, learn fast — produced a vehicle that reached orbit on its 14th attempt and delivered commercial cargo on the same day.