SpaceX, led by Elon Musk, is entering a test with unprecedented demands and new risks as Starship prepares for its first attempt to reach orbit. The spacecraft is expected to remain in space for up to 10 hours, complete six orbits around Earth, deploy 26 Starlink satellites, and then attempt a controlled reentry into the Pacific, off the coast of Chile. For the first time, however, Starship will lose the "safety shield" of previous tests, as a loss of control in orbit could create new hazards for satellites and space equipment. And while engineers are still trying to resolve issues with the engines and thermal shield, Texas residents living near the base have already caught a glimpse of launch consequences, with deafening sonic booms and vibrations making their homes "shake."
Starship's first attempt
Residents near the sandy shores of Texas's southernmost tip have now grown accustomed to the deafening noise of the most powerful rocket ever built. Since 2023, various Starship prototypes have conducted 13 flights from the area, with nearly half ending in some form of unplanned explosion. Now, however, SpaceX is raising the bar significantly. The company will attempt to place Starship into orbit for the first time, aiming to deploy the first batch of a new generation of Starlink internet satellites.
The launch is expected to take place within a 75-minute window. If the mission proves successful, it could mark a pivotal milestone for the program, as Starship begins transitioning from its testing phase toward operational deployment. The vehicle is expected to carry new space technologies, including upgraded Starlink constellation satellites designed to boost capacity for SpaceX's global internet business. At the same time, Starship is intended to serve as a future platform for orbital data centers, which Musk has linked to the need to power energy-intensive artificial intelligence models. SpaceX's ambitions do not stop there… Starship holds a multi-billion dollar contract to transport NASA astronauts to the surface of the Moon as part of the new space race with China. Musk also continues to promote his long-term vision of creating a self-sustaining human city on Mars.
Losing the "safety net"
The previous 13 test flights were conducted on a "passively safe suborbital trajectory." In simple terms, even in the event of a total loss of spacecraft control, its trajectory was designed to guide it back into the atmosphere and land in a predetermined ocean splashdown area. That changes now. As Starship attempts to reach orbit for the first time, it will travel at such high velocity and along such a precise path that it can remain in free fall around Earth. If it loses control, returning it to a safe reentry trajectory will not be easy. Furthermore, although Starship will fly well below major crewed space stations, losing control could pose a risk of collision with active satellites or other high-value equipment.
SpaceX has therefore built in the capability to abort a scheduled engine burn, keeping Starship on a suborbital path if signs of malfunction appear during the first minutes of flight. "There are so many things that can go wrong," said Joseph Gonzalez, associate professor of practice in aerospace engineering at the University of Illinois. A leak in propulsion systems or an issue preventing engine ignition could, according to him, leave a "dead object" in orbit, which would present a space debris hazard.
Musk wants hourly launches
Musk wants to dramatically increase Starship flight frequency. The initial goal is one or two launches per month and, in the long term, as much as one launch every hour. To achieve this, SpaceX is expanding operations in Florida and planning an even larger launch complex in southern Louisiana. Musk has spoken of a $100 billion plan in Louisiana, featuring more than a dozen launch towers and capacity for more than 30 Starship flights a day.
The goals appear exceptionally ambitious, and Musk has repeatedly underestimated in the past the time required to achieve certain spaceflight milestones. However, aerospace experts point to SpaceX's technical expertise and its track record of solving difficult technical problems. A prime example is the Falcon 9 rocket. A decade ago, many experts doubted that SpaceX could achieve the reusability of rocket components. Today, the Falcon 9 is the most frequently launched rocket worldwide and has reshaped how other companies design and develop launch vehicles.
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