Getting to space is the easy half. Earlier Starship flights had already climbed above the atmosphere and come back down. Orbit asks for something different: staying up. A spacecraft in orbit is falling around the Earth all the time and missing it, and that only works if it is moving sideways at roughly 28,000 kilometres an hour. Height is a side effect. Speed along the ground is the whole job.

That is why a flight can reach space and still be a suborbital lob. Go straight up and you fall straight back. Reach the sideways speed and the ground curves away beneath you as fast as you drop toward it.

On Flight 14, according to Space.com, Starship reached orbit for the first time and deployed Starlink satellites. USA Today puts the run-up at more than three years of flight tests from Starbase in Texas. The satellites matter because they show the stage did more than hit a speed. It carried a payload into that orbit and released it there.

What SpaceX is selling here is Starlink, its own satellite internet network. The company is both the launch provider and the biggest customer, so the first useful cargo is its own. A bigger rocket that can carry more satellites per launch lowers the cost of every satellite after it. That is the commercial bet behind the whole programme.

The stage is prototype. One clean orbital flight shows the design can do it once. It does not show the cost per launch, how often it can fly, or how quickly the hardware can be turned around. The source material I have does not report whether the vehicle was recovered, and recovery is where the economics are decided.

My read is that the milestone is real and the business case is still open. The next gate is repetition: a second orbital flight, then a third, with the hardware reused and the satellites deployed on a cadence. That would move Starship from a rocket that can reach orbit to one that pays for itself.