SpaceX is gearing up for the 14th test flight of its Starship, with the mission scheduled for September. This flight will utilise Booster 21 and Ship 41, both of which belong to the third generation of Starship, referred to as V3. The Starship system comprises a fully reusable spacecraft and a Super Heavy booster, designed to facilitate various missions.

As part of the preparations, both vehicles have undergone several rigorous ground tests. On August 19, Ship 41 accomplished a single-engine firing, aimed at simulating the necessary deorbit burn required for an orbital mission. Following that, all six of its Raptor engines were ignited simultaneously during a 60-second static fire test conducted two days later.

Booster 21 also completed an important milestone on August 28, executing a full-duration static fire test where all 33 engines were activated at Starbase. These engine tests are critical as they set the stage for Flight 14, which will demand a greater level of performance from the V3 hardware compared to earlier Starship flights. As of September 11, an official launch date and time had yet to be disclosed.

Goals of Flight 14

The primary objective of the upcoming flight is to take Starship to low Earth orbit and successfully deploy Starlink satellites. Achieving this milestone would demonstrate Starship’s capability to place payloads into orbit while also preparing for a controlled return to Earth. The mission will serve as an important evaluation of the latest V3 hardware, including the core vehicles Booster 21 and Ship 41.

Next Spaceflight identifies Flight 14 as the inaugural orbital flight for Starship and the third mission for the V3 series. The successful execution of this flight is crucial for SpaceX as it works towards enhancing the Starship’s ability to function as a reusable transportation system for satellites, cargo, and, eventually, human passengers. Additionally, NASA is relying on a variant of Starship as a lunar lander for its Artemis programme.

This mission of Flight 14 aims to transition the Starship from previous test phases, where its upper stage did not enter a stable Earth orbit. This leap forward in capability marks a significant progression in the evolution of SpaceX’s launch system.

Reflections on Previous Flight 13

Flight 14 will follow the recent Flight 13, which took place on July 24, 2026. In this preceding mission, the second V3 flight successfully launched 20 Starlink V3 satellites, which were briefly released into space before re-entering the atmosphere. Ship 40 managed to restart one of its Raptor engines in space and performed a controlled descent, ultimately achieving a gentle splashdown in the Indian Ocean. This landing provided SpaceX with invaluable insights regarding the spacecraft’s heat shield and re-entry mechanisms.

However, the outcome of the Super Heavy booster was less favourable. While Booster 20 executed a high-thrust boostback burn, several engines failed to reignite during the landing burn, resulting in a hard splashdown in the Gulf of Mexico. The challenges faced by Booster 20 contrast with the successful performance of Ship 40, highlighting the complexities of the systems involved.

Flight 14 represents a crucial step for SpaceX, building upon the successes observed during Flight 13. It seeks to leverage the strengths demonstrated by the upper stage while pushing the Starship system toward its next significant objective: achieving space travel. This flight is anticipated to advance SpaceX’s ambitions in space exploration and transportation significantly.

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