SpaceX is targeting Monday, September 28, 2026, for the next Starship launch attempt, placing the company’s largest rocket on the verge of its first planned orbital mission.
The launch window is scheduled to open at 7:15 a.m. Central Daylight Time, or 12:15 p.m. UTC, from Pad 2 at SpaceX’s Starbase facility in south Texas.
SpaceX’s launch manifest lists a 75-minute window and continues to identify the mission as pending regulatory approval.
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SpaceX prepares for Starship Flight 14
SpaceX stacked the Starship upper stage, known as Ship 41, on top of the Super Heavy booster B21 at Starbase on September 23.
The completed vehicle stands about 124 metres tall, according to mission coverage and company imagery.
The company has said the fully assembled vehicle could undergo additional testing before launch, including checks involving the rocket’s tanks, propellant systems and launch infrastructure.
Those preparations are intended to verify the vehicle’s condition before the countdown begins.
The Federal Aviation Administration has completed environmental reviews covering updated Starship trajectories, contingency landing areas and temporary airspace closures.
The FAA says those reviews are part of the wider process surrounding SpaceX’s vehicle operator licence at Boca Chica.
However, the existence of environmental authorization does not by itself guarantee that the launch will proceed on September 28.
SpaceX’s own mission page still says the flight is awaiting regulatory approval, leaving the final timing subject to licensing, safety and operational reviews.
What Starship Flight 14 is designed to do
Starship Flight 14 is planned as a substantially longer and more ambitious mission than previous test flights.
The vehicle is expected to attempt orbital insertion, remain in orbit for several passes around Earth and then conduct a controlled re-entry over the Pacific Ocean.
SpaceX’s mission plan calls for the deployment of a batch of next-generation Starlink satellites during the flight.
The mission would therefore test both the Starship vehicle and its ability to deliver operational payloads from the company’s Texas launch site.
The flight plan is not a simple point-to-point test.
It is expected to involve separation between the Super Heavy booster and Starship, orbital operations by the upper stage, satellite deployment and a planned deorbit manoeuvre.
Each part of that sequence creates a separate technical challenge.
The booster must complete its ascent and separation duties, while Starship must maintain control during orbital flight, release its payload and survive the intense conditions associated with atmospheric re-entry.
Why the mission matters to SpaceX
A successful orbital mission would represent a major step in SpaceX’s long-term effort to develop a fully reusable transportation system for satellites, crewed spacecraft and larger deep-space missions.
Starship is also central to NASA’s plans for future lunar exploration.
NASA has selected a Starship-derived lander for the Artemis programme, making progress on the vehicle relevant beyond SpaceX’s commercial launch business.
NASA’s immediate SpaceX schedule also includes the Crew-13 mission, which remains targeted for launch to the International Space Station on October 1, 2026, aboard a Falcon 9 rocket from Florida.
The separate missions highlight the range of SpaceX’s current operations: Falcon 9 continues to support regular satellite and crew launches, while Starship remains in an experimental phase focused on proving a much larger reusable system.
Previous Starship test flights provide the backdrop
Earlier Starship missions have produced a mixture of progress and setbacks, including controlled demonstrations, vehicle losses and investigations into hardware and flight-safety issues.
The FAA previously required a mishap investigation following Starship Flight 12 after determining that the Super Heavy booster experienced an incident during its return phase.
The agency said a return to flight would depend on resolving any public-safety issues connected to the event.
That history is why Flight 14 is being watched closely.
The objective is not only to reach orbit, but also to demonstrate that SpaceX’s latest vehicle configuration can complete a longer mission profile under regulatory and safety requirements.
What happens next
SpaceX must complete final launch preparations and receive the necessary regulatory clearance before the September 28 opportunity can be used.
Weather, range availability, technical inspections and countdown performance could also affect the schedule.
A launch date described as “targeted” remains subject to change, particularly for a developmental vehicle undertaking its most ambitious mission to date.
If the attempt is delayed, SpaceX may announce a new launch opportunity after reviewing the reason for the delay and confirming that the rocket and launch site are ready.
For now, the key date is Monday, September 28, 2026.
Starship Flight 14 is scheduled to lift off from Starbase at 7:15 a.m. CDT, but the countdown remains conditional rather than guaranteed.
Frequently Asked Questions
When is SpaceX Starship Flight 14 scheduled to launch?
SpaceX is targeting Monday, September 28, 2026, with the launch window scheduled to open at 7:15 a.m. CDT from Starbase in Texas.
What is the goal of Starship Flight 14?
The mission is designed to attempt orbital flight, deploy next-generation Starlink satellites and conduct a planned controlled re-entry over the Pacific Ocean.
Has Starship Flight 14 been officially confirmed?
No. SpaceX has published a target date, but its mission page says the flight remains pending regulatory approval and other final launch preparations.
Where will Starship Flight 14 launch from?
The rocket is scheduled to launch from Pad 2 at SpaceX’s Starbase facility in Cameron County, Texas.
Why is this Starship test important?
It could provide the company’s strongest test yet of Starship’s ability to perform an orbital mission, deploy payloads and return through Earth’s atmosphere.
Fact-Checked: Key launch timing, mission objectives, regulatory information and NASA schedule details were checked against SpaceX, FAA and NASA primary sources.
Disclaimer: Launch dates and mission plans can change because of regulatory, technical, weather or range-safety requirements.