Starship embarked on Test Flight 15 after launching Friday afternoon and completing 14 planned orbits around the Earth. The recovery strategy relies on specialized mechanical chopsticks mounted on the launch tower to secure the descending vehicle around 3:20 p.m. local time on Saturday. Earlier in the mission, the booster failed its intended catch and exploded over the Gulf of Mexico, while unrelated telecommunications issues and debris concerns temporarily disrupted broader air travel. Perfecting these recovery methods remains necessary for supporting NASA lunar missions and expanding SpaceX's global satellite internet fleet.
Key points
Achieving full vehicle reusability remains essential for SpaceX to lower costs and fulfil…: Achieving full vehicle reusability remains essential for SpaceX to lower costs and fulfill future astronaut missions to the Moon for NASA.
Launch operations temporarily affected air travel, including a debris-related flight paus…: Launch operations temporarily affected air travel, including a debris-related flight pause in Hawaii and an FAA nationwide telecommunications ground stop.
Starbase engineers will use tower-mounted mechanical chopsticks to attempt the upper stag…: Starbase engineers will use tower-mounted mechanical chopsticks to attempt the upper stage spacecraft recovery at approximately 3:20 p.m. local time on Saturday.
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After a booster explosion on Friday, SpaceX plans to try to catch the upper stage, or spacecraft, portion of its massive Starship rocket from orbit on Saturday.
The company will try to make the historic catch using its "chopsticks," mechanical arms attached to a launch tower at its Starbase, Texas, facility.
The rocket lifted off from Starbase in South Texas at 4:47 p.m. local time, or 5:47 p.m. ET on Friday, and is expected to orbit the Earth 14 times before the catch attempt, which is expected around 3:20 p.m. local time in Texas, or 4:20 p.m. ET on Saturday.
Test Flight 15, the most ambitious Starship test yet, marks the first time Musk's company attempted to catch both the rocket's booster and upper stage.
SpaceX failed to catch and recover the booster, instead diverting it to an offshore splashdown in the Gulf of Mexico where it exploded before hitting the water.
The Hawaii Department of Transportation issued a temporary pause on some West Coast flights Friday, due to debris risk from the flight. Separately, the FAA issued a rare,…
Aerospace engineers in Texas safely secured the 171-foot upper stage vehicle using launch tower arms following an extensive 14-orbit trial. This operational breakthrough advances critical development timelines for NASA's upcoming lunar landing program. The successful retrieval directly supports broader strategic efforts to establish airline-style rapid rocket turnaround for deep-space exploration.
Flight controllers achieved a major recovery milestone at the Texas facility by using mechanical tower arms to snare the descending upper stage. The dramatic maneuver took place on Saturday afternoon, securing the component after a revised operational timeline. While the event prompted celebration, the test run also revealed operational limits following an earlier aborted booster recovery.
Engineers achieved a critical breakthrough toward rapid reusability after mechanical tower arms successfully retrieved the stainless steel vehicle following its orbital flight. The milestone advances NASA's multibillion-dollar partnership with the company to return American astronauts to the lunar surface. Demonstrating that the craft can safely reenter Earth's atmosphere and be secured directly at the launch site remains essential for planned interplanetary exploration.