SpaceX’s Starship reached Earth orbit for the first time on September 28, 2026, launching from southern Texas on its 14th test flight. The mega rocket deployed 26 advanced Starlink satellites before cutting its flight short due to early engine trouble, concluding with a Pacific splashdown.
Monday’s milestone launch from SpaceX’s Starbase in southern Texas marked a major threshold for the 407-foot rocket system. Liftoff occurred at 3:49 p.m. Israel time, powered by a 33-engine Super Heavy booster. Although one of those booster engines shut down prematurely during the climb, the booster separated successfully and completed a simulated landing maneuver over the Gulf of Mexico, with 11 of its 13 central engines operating during the descent.
Orbital Insertion and Engine Drama
The spacecraft’s path to orbit was not without turbulence. During the initial maneuver, one of the vehicle’s six engines shut down unexpectedly, prompting an initial announcement from SpaceX that the scheduled orbital insertion burn would not happen. Following a lengthy discussion among flight control and engineering teams, the company reversed course.
Mission Control announced, out of a commitment to complete safety
according to Sfgate.
That announcement brought cheers to the launch site. The single operational engine fired for 19 seconds at an altitude of 175 kilometers, pushing the vehicle’s speed from roughly 25,000 kph to just over 26,300 kph. That acceleration secured a stable Earth orbit, contrasting with earlier ballistic flight profiles.
Deploying New Starlink Satellites
Once in space, the spacecraft released 26 new-generation Starlink V3 satellites with a total mass of 45 tons. This deployment effectively marks Starship’s first operational mission after more than three years of testing. Satellite separation began roughly 34 minutes after launch and lasted for half an hour, with ground stations confirming successful communication shortly afterward.
Several of these newly deployed satellites carry external cameras designed to photograph the spacecraft’s heat shield. In addition, SpaceX utilized two reused heat-shield tiles on this flight, removed from a previously recovered vehicle, as engineers continue refining the thermal protection system.
Safety Precautions and Early Splashdown
While the mission was originally designed to span nearly six orbits over nine hours and conclude in the eastern Pacific near Chile, flight controllers altered the schedule about 90 minutes after liftoff. SpaceX announced that the mission would be shortened to fewer than two orbits out of a commitment to complete safety
tied to the earlier engine trouble.
Founder Elon Musk had previously emphasized the need for caution at a business summit earlier in the month, noting that if debris were to rain down over land, our popularity would decline very quickly.
Complying with that cautious approach, the vehicle fired an engine over South Africa two hours and 12 minutes into the flight to slow its descent, eventually reentering the atmosphere and splashing down north of Hawaii. The spacecraft tipped over and erupted in flames upon impact, though SpaceX still characterized the test as a success.
Path to NASA Artemis Missions
The successful orbital insertion serves as a critical stepping stone toward meeting NASA’s lunar exploration timelines. NASA Administrator Jared Isaacman congratulated the company for managing every step in a safe, responsible, and particularly inspiring manner.
Attention now shifts to upcoming hardware tests. Depending on data collected from this flight, the next Starship could attempt a landing back at Starbase, where mechanical arms would attempt to catch the hovering vehicle. If that catch succeeds, SpaceX aims to refly the spacecraft by the end of the year or early next year, keeping pace with NASA’s Artemis III schedule slated for as soon as next summer.
