SpaceX aims for Starship's first orbital flight on September 22 with Starlink payload

SpaceX has set September 22 as the date for the 14th test flight of its Starship rocket, and this time the company will try something it has never done before: putting the upper stage into Earth orbit. According to TechCrunch, SpaceX announced the plan on Tuesday, with a 75-minute launch window opening at 7:15 a.m. CT.

A first orbit and a first paying payload

The flight is scheduled to carry the first operational batch of third-generation Starlink hardware, with 26 V3 satellites destined for SpaceX's constellation of roughly 10,000 internet satellites. TechCrunch points out that a successful mission would make this the first Starship launch to bring in revenue for the company's launch division, even though the customer is another division of SpaceX itself.

This will be the second Starship test launch since SpaceX went public in June in what TechCrunch describes as the largest IPO in history. The first came in July, when SpaceX successfully deployed V3 Starlink satellites for the first time — though those spacecraft were intended only to demonstrate the deployment mechanism and burned up in the atmosphere roughly 20 minutes later.

Why orbit matters for the program

Getting the upper stage into a stable orbit would be a landmark moment for a program that has already consumed billions of dollars. SpaceX intends to eventually retire its Falcon 9 and Falcon Heavy rockets in favor of Starship, and Elon Musk has said that transition will happen once the larger rocket is flying reliably multiple times per week, freeing up scarce engineering and production capacity.

According to TechCrunch, SpaceX made aggressive launch cadence commitments to investors during the IPO process, and delivering on them requires Starship to reach orbit, return to Earth, and be reused quickly. Flight 14 tests only the first link in that chain.

Musk had earlier floated the idea of catching the Starship upper stage with the launch tower's arms during this flight, but TechCrunch reports he has since abandoned that idea, reasoning that a resulting explosion would set the company back too much at this stage.

Booster fixes and lessons from a recovered ship

SpaceX will also skip catching the Super Heavy booster on this flight. The booster has been a persistent source of trouble on recent missions, and on Flight 13 in July it once again failed to properly relight its engines after separating from the upper stage. For the upcoming mission, SpaceX says it has made a new round of hardware and software changes to the booster aimed at fixing the problems observed last time.

The upper stage fared far better on Flight 13. Although it never reached orbit, it flew smoothly through a simulated landing in the Indian Ocean and even survived tipping over into the water, allowing SpaceX to recover it and slowly tow it back to its Texas headquarters over the following months. TechCrunch reports that studying that recovered vehicle led to additional changes in the Starship heat shield for Flight 14.

Why it matters

Reaching orbit is the capability everything else in the Starship program depends on. Until the upper stage can complete an orbital flight, plans for rapid reuse, high launch cadence, and the eventual retirement of the Falcon fleet remain unproven. For a newly public SpaceX, the stakes are financial as well as technical: the company sold investors on a future of frequent, cheap Starship launches, and this flight is the first concrete step toward showing the rocket can actually deliver payloads to orbit — starting with its own satellites.