SpaceX Achieves Historic Orbital Flight with Starship’s 14th Test

SpaceX made history on Monday by launching the world’s largest and most powerful rocket and spacecraft into orbit for the first time. The company’s 14th test flight, if completed as planned, marks a significant financial milestone, as it will be the first Starship mission to generate revenue by deploying 26 Starlink satellites to bolster the company’s primary income source.

The vehicle lifted off at 8:50 a.m. ET from SpaceX’s Starbase facility in Cameron County, Texas. The liftoff was delayed from its original 8:15 a.m. ET schedule, with flight controllers operating within a 75-minute launch window.

The mission is expected to last nearly 10 hours, with targets of approximately six orbits around Earth. Should any issues arise, the spacecraft has built-in abort options. If successful, Starship will reach orbital speeds of roughly 17,500 mph at an altitude exceeding 170 miles.

During ascent, the Super Heavy booster will separate from the Starship spacecraft and execute a boostback burn to redirect toward Earth before performing a landing burn and splashing down in the Gulf. The spacecraft initially follows a “passively safe” suborbital free-return trajectory, a safety measure used in previous missions. In the event of an early problem, this path allows the craft to reenter over the Indian Ocean without additional maneuvers.

Approximately 25 minutes into the mission, if systems are functioning normally, Starship will ignite one of its Raptor sea-level engines to perform a circularization burn, achieving orbit for the first time. The vehicle is equipped with more than 500 sensors monitoring temperature, pressure, and acceleration, providing continuous telemetry to flight controllers.

At the 34-minute mark, Starship will begin deploying its payload of 26 Starlink V3 satellites. This deployment represents the first time functional Starlink satellites have been placed into orbit for ongoing service; prior missions utilized simulators or satellites designed to burn up upon atmospheric reentry.

Upon mission completion, Starship will use a single Raptor sea-level engine for a deorbit burn, aiming to splash down in the Pacific Ocean west of Chile. A premature termination due to technical difficulties could alter this landing zone. While the launch proceeded on schedule, SpaceX noted that weather or mechanical issues could still cause postponements.