DISCOVER
Eraj Alisherov
Seven Point Eight Kilometers a Second
Three Hours, A Giant Leap
End of September 2026
— Some milestones announce themselves with a fanfare. This one arrived as a sentence from mission control, followed by cheering from a room in South Texas: Starship is orbital. It's easy to file that under "another rocket news item." I think it deserves more attention, because the launch shows where humanity actually is on a much longer timeline than one Monday morning. It also shows how far we are from the places we like to talk about.
SERVICES
Observer
The Shape of the Flight
Start with the facts, because they're better than the hype. On September 28, 2026, Starship lifted off from Starbase in South Texas at 7:48 a.m. local time on its 14th test flight, the third to use the Version 3 design. The vehicle stands 407 feet tall and can carry more than 100 metric tons to orbit.
About seven minutes in, the Super Heavy booster made a controlled splashdown in the Gulf of Mexico. The upper stage, the Ship, kept climbing. Around the 25-minute mark, it fired a single Raptor engine briefly to enter orbit. That put it at roughly 17,500 mph, the first time any Starship had reached orbital speed.
That's about 7.8 kilometers a second. At that speed you circle the planet in roughly an hour and a half, and the sunrise arrives about every 45 minutes. It's the number that separates a very tall rocket from a spacecraft.
The Thirty Minutes Nobody Wanted
Flight 14 — The Historic One
The clean version of this story leaves out the tense part. During ascent, one of the Ship's six engines shut down, and for a few minutes it looked as though the orbital attempt might be scrapped. A SpaceX spokesperson even announced it was off, then reversed course as flight controllers decided to press on.
For a few minutes, the most important milestone in the program's history hung on a judgment call made in real time by people watching telemetry. Spaceflight is like that. From the outside it looks like physics and machinery. From the inside it's a room of people deciding, one calm sentence at a time, whether to keep going. They did, and the engine they lost wasn't needed to reach orbit.
The First Job in Orbit
The Ship deployed 26 Starlink V3 satellites over a 30-minute stretch, starting about 34 minutes after liftoff. An earlier flight had released satellites on a suborbital path, so they fell back to Earth. These stayed up. Three of them carried cameras and photographed the Ship itself, imagery engineers will study to improve the heat shield. A satellite turned around and looked at the rocket that had just released it.
ABC reported it was the first Starship mission to make money for SpaceX. The biggest rocket ever built spent its first hour in orbit as a delivery truck. I mean that as praise. Nobody has ever sustained an expansion into a new environment on romance alone. Steamships, railways, and container ports all became routine because they carried paying cargo.
Then the flight ended early. SpaceX had planned around six orbits and nearly ten hours, but mission controllers cut about seven hours from the plan. The Ship reentered, survived, and splashed down intact in the northern Pacific three hours and eight minutes after liftoff, then toppled over and exploded on hitting the waves. It had already done what mattered.
The Clock of Our Species
Homo sapiens has been around for about 300,000 years. The Wright brothers flew in 1903. Sputnik reached orbit in 1957, only 54 years later. Twelve years after that, people were walking on the Moon. If our species' entire history were compressed into one calendar year, the whole space age, from Sputnik to this week, would fit inside the last two hours of December 31st.
Sputnik weighed about 83 kilograms. A fully loaded Starship is designed to lift more than a thousand Sputniks in a single flight, and to do it again on a schedule closer to an airline's than an expedition's. In one human lifetime we've gone from "can we put a beeping sphere in orbit?" to "how many thousand satellites should we launch this year?" Carl Sagan's rough scale of civilizations put humanity at about 0.7, meaning we haven't yet harnessed the full energy available on our own planet. That's a humbling number, and also a hopeful one. The scale is logarithmic, and we've been climbing it fast.
The Land of Ajam
''The near-term plan is concrete. NASA's Artemis III is expected to launch in mid-2027 as a docking exercise in Earth orbit between an Orion capsule and competing lunar landers. A crewed landing near the Moon's south pole could follow about a year later, though it's unclear whether Starship or Blue Origin's lander will fly that mission. Beyond the Moon, Elon Musk has repeatedly argued that Starship is what makes settling Mars economically thinkable.'' — Eraj Alisherov, The Patriot
What This Actually Adds Up To
''None of it is fantasy, and none of it is finished. A vehicle that can put more than 100 tons into orbit has reached orbit, opened its doors, and deployed a payload. It came home in one piece, at least mostly. The hard parts are still ahead: catching a Ship, refueling in orbit, carrying people.''
— Eraj Alisherov, The Patriot
The best way I can put it is this. Sixty-nine years ago we barely got a metal ball to orbit. This week a machine the height of a 40-story building did it and then went to work. Andromeda is still 2.5 million light-years away and always will be. But the species that took 300,000 years to invent flight and 54 more to reach orbit is now moving at a speed history has never seen, and it is finally building the tools to go somewhere.
The distance is still enormous, but we are moving much faster than we used to.
The Shortened Flight
The Engine That Didn't Matter
