SpaceX Starship Flight 14 Is Set for September 28 as Its First True Orbital Mission

After six orbits over 10 hours, the spacecraft will re-enter the atmosphere and crash into the ocean.

Summary

SpaceX successfully conducted a wet dress launch rehearsal ahead of Starship Flight 14

The scheduled September mission marks the vehicle's first orbital attempt following a series of suborbital tests

The rocket will ferry 26 next-generation Starlink V3 satellites into orbit for the company's internet constellation

SpaceX Starship stands primed for its most ambitious run following the successful completion of a crucial wet dress launch rehearsal. This simulation pushed the massive vehicle to the absolute edge of a real-world takeoff as the launch team powered on the rocket and fully loaded it with liquid propellants. Crews executed final checks across the board to ensure all software, fuel lines and ground team communications functioned flawlessly. The company announced the milestone directly on X in a statement that read, “Launch rehearsal complete ahead of Starship Flight 14.”

Execution of the comprehensive ground test required the launch team to run the rocket through the entire countdown sequence without lifting off the pad. This rigorous simulation demonstrated the necessary procedures for scrubbing launches in the event of poor weather conditions to test the crew’s operational readiness. Following the full simulated countdown, the engineering team systematically drained the fuel to mimic standard offload procedures and cemented the entire launch sequence.

Starship Flight 14 remains scheduled to launch on September 28, with a 75-minute window that opens at 8:15 AM Eastern Time. High stakes define this specific mission. Flight 14 serves as the first true orbital mission for the Starship vehicle after SpaceX moved through multiple suborbital tests. Transitioning from localized suborbital testing to full-scale orbital execution fundamentally shifts the operational reality of the massive rocket and proves its viability as a reliable heavy-duty transport platform. This flight plan entails the spacecraft orbiting the Earth six times over the course of 10 hours. The spacecraft eventually re-enters the atmosphere and crashes into the ocean.

Operationally, the September 28 mission serves as a functional delivery mechanism beyond simply testing the rocket’s orbital endurance. SpaceX uses the flight to ferry 26 Starlink V3 satellites into orbit. This heavy payload consists of the first next-generation V3 models to join the company’s internet constellation. Viewers can watch the orbital attempt on the official launch broadcast on X.