SpaceX's supersized Starship launches toward orbit for the first time

 

SpaceX Starship Targets First Orbital Flight With 26 Starlink Satellites

SpaceX is attempting one of the most significant tests yet of its massive Starship rocket, with Flight 14 scheduled to make the vehicle’s first attempt at reaching Earth orbit on Monday, September 28, 2026. The mission is designed to push Starship through a roughly 10-hour flight, complete about six orbits of Earth and deploy 26 next-generation Starlink satellites.

The launch is taking place from SpaceX’s Starbase facility in South Texas, with the launch window opening at 8:15 a.m. EDT, or 12:15 UTC. The Federal Aviation Administration issued authorization for the launch and reentry operations on September 26.

A Major Test for Starship

Starship Flight 14 represents a major step beyond the rocket’s previous test missions. SpaceX has conducted 13 full-scale Starship flights since the program began, but none had placed the vehicle into a sustained orbit. This mission is intended to change that by sending the upper stage to an altitude of approximately 275 kilometers (171 miles) and keeping it in space for several hours. 

The flight plan calls for Starship to complete approximately six trips around Earth before performing a controlled deorbit maneuver. The spacecraft is then expected to reenter the atmosphere and splash down in the Pacific Ocean west of Chile. The Super Heavy booster is expected to make its own water landing in the Gulf of Mexico rather than being caught and reused on this flight. 

26 Starlink V3 Satellites

One of the most important differences between Flight 14 and earlier tests is its operational payload.

Starship is scheduled to deploy 26 Starlink V3 satellites, marking the first time Starship is planned to place an operational satellite payload into orbit. The new satellites are designed to significantly increase the capacity of SpaceX’s Starlink internet network.

According to mission information, each Starlink V3 satellite is designed to add about 1 terabit per second of capacity, meaning the 26 satellites could collectively add approximately 26 Tbps of capacity once they become operational. 

The satellites are expected to separate from Starship through a payload mechanism resembling a dispenser system. After deployment, they will conduct their own orbital maneuvers and prepare to join the wider Starlink constellation.

Mission Control Faces a Critical Decision

The mission also includes an unusual safety decision point. SpaceX plans to wait until its flight controllers determine that critical systems have enough redundancy before committing Starship to orbital flight.

If engineers determine that the spacecraft is not sufficiently healthy to continue, the mission could be shortened rather than proceeding with the full six-orbit plan. Mission information indicates that SpaceX could reduce the mission to fewer orbits depending on when problems occur. 

This approach is particularly important because Flight 14 is not simply another short-duration Starship test. The vehicle must demonstrate orbital insertion, satellite deployment, an in-space engine burn, atmospheric reentry and a controlled ocean splashdown.

Important Test for NASA's Moon Plans

Starship is also being developed for future human-spaceflight missions, including NASA’s Artemis lunar program. NASA has selected a Starship-derived vehicle as a lunar lander for Artemis, making the development of reliable orbital operations an important part of the broader program.

Before Starship can support ambitious lunar missions, SpaceX needs to demonstrate that the enormous vehicle can reliably reach orbit, operate in space, protect itself during reentry and eventually become reusable at high flight rates.

Flight 14 therefore serves several purposes at once: testing the rocket’s orbital capabilities, demonstrating satellite deployment and gathering data about systems needed for future missions.

A New Direction for SpaceX

The mission is another step in SpaceX’s effort to develop a fully reusable heavy-lift transportation system. Starship V3 stands about 124.4 meters (408 feet) tall, with a reported liftoff thrust of more than 80,000 kilonewtons.

Unlike previous missions that primarily focused on testing the vehicle itself, Flight 14 combines vehicle development with an operational Starlink payload. That makes the mission an important demonstration of whether Starship can eventually become part of SpaceX’s regular launch operations.

For SpaceX, the objective is not simply to get Starship into space once. The longer-term goal is to establish a system capable of repeatedly launching large payloads, supporting Starlink expansion and eventually carrying cargo and people toward the Moon and Mars.

As Flight 14 unfolds, the critical milestones will be orbital insertion, Starlink deployment, successful deorbiting and controlled reentry. Whether Starship completes all six planned orbits or ends the mission earlier, the flight is expected to provide valuable engineering data for the next generation of the vehicle. 

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