FAA Grants Final License for Starship's First Orbital Flight and Starlink V3 Deployment

A rocket standing 124 meters tall—equivalent to a 35-story skyscraper and the largest flying object ever constructed—is finally cleared to enter Earth orbit. On Saturday, September 26, the Federal Aviation Administration (FAA) issued the final launch license for SpaceX’s Starship Flight 14, removing the last regulatory hurdle for a mission that transitions the vehicle from a suborbital testbed into a functional orbital transport.[1][2]

The clearance authorizes a 75-minute launch window opening at 7:15 a.m. Central Time on Monday, September 28, from Pad 2 at Starbase in Boca Chica, Texas. Unlike the 13 previous test flights, which intentionally flew passively safe suborbital trajectories to limit public risk, Flight 14 is licensed to achieve true orbital velocity.[1][2]

The mission also marks Starship’s first revenue-generating flight, carrying a payload of 26 operational Starlink V3 satellites. While SpaceX flew 20 mass-simulator versions of the V3 satellites on Flight 13 in July to test deployment mechanisms, those units burned up on reentry. The Flight 14 payload consists of production units designed to extend solar arrays, establish connectivity, and join the active broadband constellation.[2][3]

SpaceX frequently markets Starship as a fully reusable system that will eventually fly multiple times a day, but the hardware actually shipping for Flight 14 will not survive the trip. Both the Super Heavy first stage (Booster 21) and the Starship upper stage (Ship 41) are slated to splash down in the ocean and sink. The company had previously floated the idea of catching the booster with the launch tower's mechanical arms on this flight, but that ambitious goal was deferred to Flight 15 to prioritize the orbital milestone.[2]

The approved flight profile spans nearly 10 hours. Following liftoff and stage separation, the Starship upper stage will coast on a suborbital trajectory before committing to orbit. "Assuming the vehicle is healthy, Starship will execute a circularization burn using a single Raptor sea level engine that will place the vehicle in orbit around Earth," SpaceX wrote in its mission profile. That 19-second burn is scheduled to begin 25 minutes and 17 seconds after liftoff, placing the ship into a 275-kilometer orbit.[1][2]

Roughly ten minutes after reaching orbit, the vehicle will begin a 30-minute sequence to deploy the 26 Starlink V3 satellites. For the next eight hours, flight controllers will monitor the ship's performance in the vacuum of space. Three of the deployed satellites are equipped with cameras specifically tasked with relaying imagery of Starship's heat shield, providing critical data on thermal protection integrity before the vehicle attempts reentry.[2]

At eight hours and 52 minutes into the flight, Starship is programmed to ignite a single Raptor engine for an 11-second deorbit burn. This maneuver will set up a reentry trajectory targeting a splashdown in the Pacific Ocean west of Chile. SpaceX has stated that the orbital insertion burn will only occur if telemetry confirms the vehicle retains enough hardware redundancy to safely execute this final deorbit maneuver.[1][2]

The FAA license arrives after weeks of regulatory friction. SpaceX completed a full wet dress rehearsal—loading the vehicle with cryogenic propellants—on September 24, but the flight remained grounded pending final safety and environmental reviews. "On Sept. 26, the FAA issued license authorization for the SpaceX Starship – Super Heavy Flight 14 launch and reentry operations," the agency confirmed in a statement on Sunday. The approval verifies that SpaceX has met all public safety, payload, and financial responsibility requirements for the expanded orbital footprint.[1][2][4]

The success of Flight 14 is being closely monitored far beyond Boca Chica. NASA contracted SpaceX in 2021 to develop a crew-rated version of Starship to serve as the lunar lander for the Artemis program. With the first crewed lunar surface mission currently slated for 2028, the space agency is relying on SpaceX to prove that Starship can reliably reach orbit, deploy payloads, and eventually transfer cryogenic propellant in space.[2]

If Monday's launch proceeds without major anomalies, it will validate the core architecture of the largest launch vehicle in history. However, the true test of SpaceX's economic model—rapid and complete reusability—remains a future promise. The immediate checkpoint is whether a 407-foot rocket can survive its first lap around the Earth and execute the engine relight required to safely deorbit.[2]