SpaceX launches 28 Starlink satellites from California, booster lands safely

On Sunday evening, a Falcon 9 rocket climbed into the darkening sky above Vandenberg Space Force Base in California, carrying 28 Starlink satellites toward orbit. The launch occurred at 7:04 p.m. Pacific time, sending another batch of broadband relays into the growing constellation that SpaceX has been assembling piece by piece since the program began.

The flight itself was routine in the way that only SpaceX launches have become routine—which is to say, it worked exactly as planned. The rocket's upper stage separated and continued climbing, eventually deploying its cargo of satellites into low Earth orbit roughly an hour after liftoff. Meanwhile, the first stage booster, designated B1063, performed the maneuver that has become the company's signature move: it flipped around, fired its engines to slow its descent, and touched down on four landing legs atop a droneship positioned in the Pacific Ocean. This was the 28th time this particular booster had made that journey to space and back.

The successful deployment brought SpaceX's Starlink constellation to more than 8,500 active satellites in orbit. That number represents years of sustained launch cadence—a fleet so large that it has fundamentally altered what the night sky looks like to astronomers and casual stargazers alike. Each satellite is a small piece of SpaceX's larger ambition to provide global internet coverage, a project that requires not just launching the satellites but maintaining them, replacing failed units, and continuously expanding the network.

What makes this particular launch worth noting is not that it was exceptional—it was not. Rather, it exemplifies the industrial scale at which SpaceX now operates. This was the 124th Falcon 9 mission the company had flown in 2025 alone. Since the rocket's first flight in 2010, SpaceX has now completed 542 launches total. The numbers are staggering not because any single flight is dramatic, but because they reveal a company that has transformed spaceflight from an occasional, high-stakes event into something closer to a routine industrial process.

The reusability of the Booster 1063—flying for the 28th time—underscores the economic logic that makes this pace possible. Each successful landing and reflight reduces the cost of reaching orbit, which in turn makes it economically feasible to launch more frequently. SpaceX's competitors are still working toward this level of operational efficiency. For SpaceX, it is simply how business is conducted.

The Starlink constellation itself has become a fixture of modern infrastructure, though not without controversy. Astronomers have raised concerns about the satellites' brightness and their impact on observations of the cosmos. Governments around the world have grappled with questions about spectrum allocation, orbital debris, and the geopolitical implications of a single company controlling such a vast network. Yet the launches continue, each one adding more satellites to an already crowded orbital environment.

Sunday's launch was one of hundreds that will occur before the year ends. It will be forgotten almost immediately, overshadowed by the next launch, and the one after that. But it is precisely this forgettability that marks a genuine shift in how humanity accesses space. What was once extraordinary has become expected.