Starship Reaches Orbit on Flight 15, but a Booster Abort Ends SpaceX's Double-Catch Bid; Ship Catch Still Set for Saturday

SpaceX's boldest Starship test began Friday evening with a clean climb out of South Texas and a setback only minutes later. The giant upper stage reached orbit and delivered a full load of next-generation Starlink satellites, but the Super Heavy booster never made it back to the launch tower's arms. It came down in the Gulf instead and exploded, ending SpaceX's hope of catching both halves of an orbital rocket on the same flight ^[1][2].

The mission is not over. The ship, known as Ship 42, is circling the Earth on a flight of nearly a full day, and SpaceX still plans to bring it home to Starbase on Saturday and try to pluck it out of the air with the tower's mechanical arms ^[2][3]. No one has ever tried to catch a spacecraft returning from orbit that way, so the most important test of Flight 15 is still ahead ^[2][6].

How Friday Unfolded

Flight 15 lifted off from SpaceX's Starbase site near Brownsville at 5:47 p.m. Eastern time on Friday, Nov. 13, Gizmodo reported ^[4]. The launch had been in doubt until the final hours. NASASpaceFlight reported earlier in the week that the double-catch plan depended on a change to SpaceX's federal license allowing the ship to fly back over populated areas ^[5], and Space.com reported that the Federal Aviation Administration gave its green light only on Friday afternoon ^[3].

The launch also came on a rough day for American air travel. The FAA had halted flights nationwide over a communications problem at its regional air traffic control centers, and Space.com noted it was unclear whether the stoppage would affect the ship's return ^[3].

The climb itself went as planned. Trouble came after the booster separated and turned back toward Texas. NBC News reported that the booster recovery maneuver was aborted shortly after launch, according to SpaceX's own livestream ^[1]. The Associated Press, in a report carried by PBS, said the first-stage booster malfunctioned and an automatic abort sent it into the Gulf rather than back to the pad ^[2]. NBC said the booster hovered for a moment before exploding a short distance above the water ^[1].

Ship 42, meanwhile, kept going. Space.com reported that a second engine burn of about 20 seconds, at 26 minutes and 10 seconds into the flight, settled the ship into low Earth orbit roughly 275 kilometers, or about 170 miles, up ^[3]. NBC News said SpaceX confirmed the ship reached orbit about 27 minutes after launch ^[1]. By one hour and 17 minutes into the flight, the ship had released all 26 of its Starlink V3 internet satellites, according to Space.com ^[3], which CTV News, carrying the AP account, described as the company's most advanced Starlinks ^[6].

NBC noted that this was Starship's 15th test flight since 2023 and only the second to carry working Starlink satellites to orbit ^[1].

What SpaceX Has Said, and What It Hasn't

As of Friday night, the company had not explained what went wrong with the booster. NBC reported that it was not immediately clear why the maneuver was not completed ^[1]. CTV said no explanation was provided ^[6], and Gizmodo reported that SpaceX does not yet know the cause of the abort ^[4]. None of those reports included an explanation from Elon Musk.

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The FAA, which approved the flight only hours before liftoff ^[3], had not addressed the booster's loss in any of the reports available late Friday. Whether regulators treat the booster's fiery end as a reportable mishap, and whether that has any bearing on the ship's return, are questions to watch over the weekend.

What is clear is that this was not the first time a Super Heavy booster had a chance at the tower. NBC reported that SpaceX has caught the roughly 236-foot booster in the tower's arms three times before, most recently in March 2025 ^[1]. The AP pointed out that Friday would have been the first catch attempt for the newer, larger version of the booster ^[2].

The Ship's Long Day in Orbit

The ship's flight plan calls for about 14 trips around the planet. Space.com reported that Ship 42 is set to spend more than 21 hours in space before heading home ^[3], and NBC said SpaceX hopes to retrieve the upper stage on Saturday after those orbits ^[1]. The AP said the ship would steer toward the pad on Saturday for its own grab, barring further trouble ^[2]. For stargazers, Space.com even published tips on spotting the ship as it coasts overhead in the night sky ^[3].

The return is the hardest part of the whole mission. NASASpaceFlight reported that a final checkpoint will decide whether the ship comes back over land for a catch or splashes down in the North Pacific instead ^[5]. If it gets the go, the ship will fall through the atmosphere in a belly-first glide, then flip upright above the tower so the arms can close around it ^[5]. The AP noted that this will be the first time the company has tried to catch the spacecraft, which stands 171 feet tall ^[2].

Counting from Friday's liftoff, a flight of a little more than 22 hours puts the catch attempt in Saturday afternoon, Eastern time ^[5].

Why a Double Catch Matters

Every rocket that falls into the ocean is like an airliner flown once and then scrapped. Catching both stages, inspecting them and flying them again is how SpaceX hopes to make spaceflight as routine and affordable as air travel.

NASASpaceFlight summed up the stakes plainly: recovering both stages would be a major step toward full and rapid reuse, which is key both to cutting the cost of reaching orbit and to the in-orbit refilling Starship needs for NASA's Artemis landings on the Moon ^[5]. A lunar Starship cannot reach the surface without being topped off with propellant in orbit, and that only makes sense if the rockets doing the refilling can fly again and again.

The AP described the 22-hour test as part of a push to speed up travel to the Moon and Mars ^[2]. It also reported that NASA is paying SpaceX billions of dollars to land Artemis astronauts on the Moon with Starships, and that NASA expects to decide a year before the Artemis IV landing whether to use Musk's Starship or Jeff Bezos' Blue Moon lander to carry the moonwalkers to the surface ^[2]. A strong showing on Saturday would help SpaceX's case; another setback would give the competition an opening.

For Americans who remember when this country led the world to the Moon, there is something stirring about an American company taking risks this large, in full public view. Not every test works. That is the point of testing.

What a Lost Booster Means

Losing a booster is costly, but it is not the end of the program. SpaceX has built Starship by flying, failing, fixing and flying again, and the company has a record of folding lessons from each flight into the next one. Friday's ship still met two of its biggest goals, reaching orbit and deploying its full load of Starlink satellites ^[1][3].

The booster failure does leave real questions. Engineers will need to learn why the abort was triggered, and whether the cause lies in the booster's hardware or in the safety logic that decides when a returning booster is allowed near the tower. Until SpaceX explains it, outside observers can only guess, and guessing serves no one.

What Comes Next

All eyes now turn to Saturday afternoon at Starbase. If the ship passes its final checks and the tower's arms close around it, SpaceX will have recovered a spacecraft from orbit in a way no one has done before, even without the booster ^[2][5]. If the checks come back wrong, the ship can still be steered to a safe ocean splashdown ^[5], and engineers will collect the data for another try.

After that, attention will shift to SpaceX's explanation of the booster abort, any word from the FAA, and how soon the next Starship can fly. For NASA, the bigger clock is Artemis, and every flight like this one brings the agency closer to deciding which American lander will carry astronauts back to the Moon ^[2].