The economics of space launch are being rewritten in real time
From the Florida coast on a Thursday night, another Falcon 9 climbed skyward carrying 28 more nodes of a network that is quietly rewriting the geography of human connection. What was once the stuff of science fiction — global internet woven from thousands of coordinated machines in low Earth orbit — has become, in SpaceX's hands, something closer to routine infrastructure work. The booster that carried them up had done this 22 times before, and landed safely on a ship in the Atlantic as if returning home. Somewhere between the extraordinary and the mundane, a new era of spaceflight is simply happening.
- A Falcon 9 lifted off at 9:52 p.m. Eastern on April 24, adding 28 more Starlink satellites to a constellation that already numbers over 7,000 — the largest ever assembled in orbit.
- The mission's first-stage booster, on its 23rd flight, separated cleanly and descended to a pinpoint landing on the droneship A Shortfall of Gravitas just six minutes after liftoff.
- The 28 satellites, released roughly an hour after launch, now face days of careful maneuvering as their own thrusters guide them into precise slots within the constellation's global grid.
- SpaceX has now flown 47 Falcon 9 missions in 2025 alone — 30 of them Starlink-dedicated — sustaining a launch cadence that would have seemed implausible even a decade ago.
- Starlink's coverage now reaches nearly every corner of the planet except the poles, a capability being expanded one routine-seeming launch at a time.
On Thursday night, a Falcon 9 rocket rose from Cape Canaveral Space Force Station carrying 28 Starlink satellites toward low Earth orbit — another carefully choreographed launch in a cadence that has made the extraordinary feel almost ordinary. The satellites are not scientific instruments but infrastructure: physical nodes in a global internet network that now counts more than 7,000 spacecraft circling the planet.
The rocket's first-stage booster, designated B1069 and flying for the 23rd time, burned for roughly two and a half minutes before separating and beginning its descent toward the Atlantic. Six minutes after liftoff, it touched down on SpaceX's autonomous droneship A Shortfall of Gravitas — another successful recovery in a long series that has steadily normalized reusable rocketry.
The upper stage, meanwhile, continued its climb. About an hour after launch, the 28 satellites were released and began the slow work of maneuvering into their assigned positions within the constellation's coordinated grid. From there, they will join a system that now provides high-speed internet coverage across nearly the entire planet.
Thursday's mission was SpaceX's 47th Falcon 9 launch of 2025 and its 30th dedicated to Starlink. The company has settled into a rhythm that is reshaping the economics of space access — each recovered booster a piece of hardware ready to fly again, each launch another step in a project that continues, quietly and relentlessly, to accelerate.
On Thursday night, a Falcon 9 rocket climbed into the Florida sky from Cape Canaveral Space Force Station, carrying another batch of internet satellites toward orbit. The launch, which occurred at 9:52 p.m. Eastern time on April 24, was routine in the way that only SpaceX launches have become routine—a carefully choreographed sequence of fire and precision that has begun to feel almost ordinary.
Inside the rocket's protective fairing sat 28 Starlink satellites, the latest additions to what has become the largest constellation of spacecraft ever assembled in orbit. These are not scientific instruments or deep-space probes. They are the physical infrastructure of a global internet network, stacked like cargo and bound for low Earth orbit, where they will join more than 7,000 of their siblings already circling the planet.
The Falcon 9's first stage, a booster with the designation B1069, burned for about two and a half minutes before separating from the upper stage. This particular booster had flown before—23 times, in fact. Nineteen of those flights had been Starlink missions. After separation, it began its descent toward the Atlantic Ocean, where SpaceX's autonomous droneship A Shortfall of Gravitas waited to catch it. Six minutes after liftoff, the booster touched down on the ship's deck, its engines firing in reverse to slow its fall. The landing was successful, as these landings have become successful with increasing frequency.
Meanwhile, the upper stage continued climbing, carrying its 28 satellites higher into the thin air. About an hour after liftoff, the satellites were released from the rocket's payload adapter. They did not immediately join the constellation in their final orbits. Instead, they would spend the next several days maneuvering into position, using their own small thrusters to climb to their assigned altitudes and slots in the grid.
This grid is the real story. Starlink's network now blankets nearly the entire planet, with coverage everywhere except the polar regions. The satellites operate in a coordinated pattern, each one communicating with ground stations and with the receivers that customers point toward the sky. The result is high-speed internet available from almost anywhere on Earth—a capability that seemed impossible just a few years ago, and that still requires a level of engineering coordination that is difficult to fully appreciate.
Thursday's launch was the 47th Falcon 9 mission SpaceX has conducted so far in 2025, and the 30th dedicated to Starlink. The company has settled into a rhythm of launches that would have seemed impossible to sustain a decade ago. Each launch adds to the constellation, each booster landing represents a piece of hardware that can be refurbished and flown again. The economics of space launch are being rewritten in real time, one successful landing at a time.
The satellites released on Thursday will soon be indistinguishable from the thousands already in orbit, part of a system that has begun to reshape how people around the world access information and communicate. For most observers, the launch will be forgotten by morning. For SpaceX, it is simply the next step in a much larger project—one that continues to accelerate.
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Why does it matter that this particular booster has flown 23 times? Isn't that just a number?
It's the whole point. Every time a booster lands and flies again, SpaceX doesn't have to build a new one. That changes the economics of space entirely. A booster that flies 23 times costs a fraction of what 23 new boosters would cost.
So this is about making space cheaper?
It's about making space routine. When launches become cheap enough and reliable enough, you can do things that were impossible before. Like putting 7,000 satellites in orbit to give internet to people in remote places.
But why Starlink specifically? Why not just use ground infrastructure?
Ground infrastructure requires cables, towers, physical presence. Satellites don't care about geography. They work over oceans, deserts, mountains—anywhere you can see the sky.
Is there a limit to how many satellites can be up there?
That's the question everyone's asking. At some point, you run into problems with space debris, with orbital crowding, with interference. But SpaceX seems convinced the answer is: not yet.
What happens to these 28 satellites in a few years when they wear out?
They'll deorbit and burn up in the atmosphere. That's the plan, anyway. They're designed to come down, not to linger as junk.