SpaceX delays Starship’s first orbital flight to September 28

SpaceX has delayed Starship’s first orbital attempt to September 28, 2026. Flight 14 had initially been scheduled for Tuesday, September 22, but the official mission page now lists the later date as the earliest opportunity, still subject to regulatory approval. The company has not publicly explained the reason for the delay.

The six-day shift does not change the published flight plan. If approval is granted and the vehicle lifts off, Starship and its Super Heavy booster will depart from Starbase in South Texas during a 75-minute window. The ship is expected to remain in flight for nearly ten hours, complete about six circuits of Earth at an altitude of roughly 275 kilometers, and end the mission in the Pacific Ocean west of Chile.

The first orbital test changes the program’s scale

Starship’s previous 13 flights were suborbital: even when they reached space, they did not complete a full trip around Earth. Flight 14 is intended to move beyond that phase by showing that the ship can enter an operational orbit, remain there for several hours, and carry out a sequence of maneuvers before reentry.

The longer duration expands what SpaceX can observe. Instead of evaluating only launch, stage separation, and a relatively quick return, engineers will be able to monitor the vehicle across multiple orbits. The flight also separates two milestones that are often treated as one: reaching orbit is the immediate objective, while rapid and complete reuse will still require tower catches, orbital refueling, and additional tests.

SpaceX will not attempt to catch either vehicle with the launch tower’s arms on this mission. Super Heavy is expected to make a controlled splashdown in the Gulf of Mexico minutes after liftoff. Starship will continue into orbit before coming down in the Pacific. A successful orbital flight would therefore not mean the entire system is ready for routine reuse.

Starlink V3 turns the test into a deployment mission

Flight 14 is also expected to place 26 Starlink V3 satellites into orbit. It will be the first operational deployment of this generation by Starship. During the July test, the company released satellites on a suborbital path designed to end in reentry; this time, the goal is to insert them into a useful orbit.

Three satellites will carry cameras aimed back at the ship after separation, according to the mission description. The resulting images may help SpaceX assess Starship’s heat shield ahead of atmospheric reentry. That combines a commercial purpose — expanding Starlink network capacity — with an engineering task directly tied to whether Starship can survive the return.

Using a real payload also raises the consequence of each phase. A failure before deployment would affect not only the test vehicle but the first operational Starlink V3 batch. Conversely, a successful deployment would show that Starship can begin performing the high-volume launch role for which it was designed.

The date is still a target, not a launch confirmation

SpaceX describes September 28 as an “as early as” date rather than a guaranteed liftoff. The company also says the flight remains pending regulatory approval. The US Federal Aviation Administration conducts environmental and safety reviews for Starship operations at Boca Chica, but those processes do not automatically authorize a specific mission.

The confirmed facts are the revised target date, the planned mission profile, and the absence of a public explanation for the delay. The editorial inference is that Flight 14 marks Starship’s transition from suborbital demonstrations to operations that combine orbit, payload deployment, and a long-duration return. Until licensing is complete and the countdown proceeds, however, September 28 should be treated as a target rather than a firm commitment.