SpaceX Starship 15’s Super Heavy booster skips tower catch, heads for Gulf splashdown

SpaceX has launched its 15th Starship test flight, putting its next-generation rocket through another major test. However, the mission has already missed one of its most ambitious recovery objectives. The company did not attempt to catch the Super Heavy booster at its Texas launch tower.

Instead, the massive first-stage rocket headed for a splashdown in the Gulf of Mexico. Attention now shifts to Starship’s upper stage, which is targeting a return to its original launch site. A successful landing would mark a significant step toward SpaceX’s fully reusable rocket ambitions.

Booster recovery takes backseat

Starship lifted off from SpaceX’s Starbase facility in South Texas on Friday. Its Super Heavy booster initially powered the vehicle using 33 Raptor engines. The engines supplied the thrust needed to push the 40-story rocket through Earth’s atmosphere.

The vehicle subsequently passed through Max Q, the point of maximum aerodynamic pressure during ascent. This milestone subjects a rocket to particularly intense structural stress. Starship cleared the challenging phase before reaching another critical flight event.

Super Heavy then shut down its main engines as the upper stage prepared to separate. Starship ignited its own engines during a maneuver known as hot staging. This technique uses upper-stage thrust to help separate the two sections.

Following separation, Super Heavy began its return trajectory. SpaceX initially appeared positioned to attempt another mechanical-arm recovery. However, the company ultimately directed the booster toward a controlled splashdown.

SpaceX’s Dan Huot confirmed that 32 booster engines remained operational during the flight. The decision to forgo the tower catch means the mission will not demonstrate another successful first-stage recovery.

Upper stage faces crucial test

Starship’s upper stage now carries the mission’s most significant recovery objective. SpaceX plans to bring the spacecraft back to its Texas launch facility. The return attempt should take place approximately 22 hours after liftoff.

If successful, the spacecraft will descend toward its original launch tower. Its onboard engines will control the final approach. Giant mechanical arms, nicknamed chopsticks, will then attempt to capture the returning vehicle.

Super Heavy has diverted to an offshore splashdown in the Gulf pic.twitter.com/1M2xn7NYJA

— SpaceX (@SpaceX) November 13, 2026

Recovering the upper stage would represent a major engineering achievement. SpaceX has previously demonstrated successful Super Heavy booster catches. However, bringing Starship itself back to the launch tower presents another level of complexity.

The spacecraft must withstand atmospheric reentry before executing its final landing maneuver. Its previous flight in September ended with an intact Pacific Ocean splashdown. That mission lasted approximately three hours despite an initial 10-hour flight plan.

Reusability remains the goal

Starship’s latest mission also carries commercial significance. The spacecraft deployed another batch of operational Starlink satellites during its orbital flight. September’s mission marked the first time Starship carried operational satellites into orbit.

That capability could eventually help SpaceX expand its satellite internet network. The company also envisions using Starship to deploy orbital computing infrastructure. Its proposed Starmind network would involve data-processing centers operating in space.

However, reliable recovery remains essential to Starship’s long-term economics. SpaceX wants to recover both rocket stages and prepare them for subsequent flights. Achieving that goal could reduce launch costs and shorten turnaround times.

Friday’s flight has delivered another orbital mission for the developing rocket. The booster recovery objective remains unfulfilled, leaving the upper-stage landing as the next major milestone. Its outcome could determine how much progress Starship has made toward complete vehicle reusability.

Source: https://interestingengineering.com/space/spacex-starship-15th-flight-booster-catch-skipped