SpaceX launched its Starship megarocket on its 14th test flight from Starbase in South Texas, marking the vehicle’s first attempt to reach a full orbital altitude after 13 previous suborbital flights since the programme’s 2023 debut. Liftoff came during a 75-minute launch window that opened at 7:15 a.m. Central Time, following a nearly week-long delay from an originally planned September 22 date that SpaceX pushed back without explanation. The mission stacked Super Heavy Booster 21 with Ship 41, both cleared through their pre-launch testing milestones, in what was the third flight of the Starship V3 iteration, meaning the hardware and software carried refinements accumulated across the two previous V3 missions rather than starting fresh.
Unlike every prior Starship test, which flew intentionally passively safe suborbital trajectories, Flight 14 was designed to send the ship into a genuine orbit at roughly 275 km altitude, completing approximately six orbits of Earth over a flight lasting nearly 10 hours before a planned splashdown in the Pacific Ocean west of Chile. SpaceX built a safety gate into the mission profile, saying Starship would only execute the burn to enter orbit once the flight control team confirmed sufficient redundancy on hardware critical to the subsequent deorbit burn, implying the vehicle would otherwise have remained on a suborbital path rather than risk being stranded in orbit. The booster’s primary test objective centred on a successful ascent, stage separation, boostback burn, and a landing burn targeting an offshore point in the Gulf of Mexico, continuing the pattern of ocean splashdowns SpaceX has relied on for Super Heavy since it last attempted a tower catch.
The mission also carried Starship’s first genuine commercial payload: 26 Starlink V3 satellites, the next-generation design that SpaceX says will add roughly 1 Tbps of downlink capacity each, a significant jump for a constellation that already exceeds 12,800 satellites launched. Flight 13 in July had carried 20 production V3 satellites but never reached orbit, so those units reentered with the ship rather than entering service; Flight 14 was built to close that loop, with the V3 satellites expected to separate into a working orbit and eventually join the constellation if the orbital burn held as planned. SpaceX CFO Bret Johnsen had confirmed publicly ahead of the flight that this mission would generate revenue, making it the programme’s first commercially productive launch rather than a pure engineering demonstration.
Elon Musk had floated attempting to catch the ship with Starbase’s launch tower on this same flight before walking that back in August, citing high risk, and confirming instead that a tower catch attempt would be deferred to Flight 15, with the ship instead targeting a controlled reentry and ocean splashdown. SpaceX has successfully caught the Super Heavy booster with the tower’s mechanical arms multiple times in the past but has never attempted the more technically demanding catch of the ship stage itself. A successful orbital flight and satellite deployment on Flight 14 would represent a pivotal shift for the Starship programme, moving it from a series of flight tests toward functioning as an operational launch vehicle capable of carrying the next generation of Starlink satellites that are currently too large for any other SpaceX rocket to lift.
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