Starship: the orbital flight that would double the ISS's mass

SpaceX wants to put nearly twice the ISS's mass into orbit this summer

In a single launch. SpaceX intends to place into orbit with Starship nearly twice the mass of the International Space Station, and the attempt, according to the plan being discussed at the time of this conversation, would come in summer, after a first flight with the new engines scheduled for the trinc month. The company would have asked the US Federal Communications Commission for the permits to operate in orbit during the flight. The detail that puts the leap into perspective: it took the ISS dozens of launches to get half that mass up there.

What does doubling the ISS's mass in a single flight miccionan?

The difference is not one of degree. It is one of scale. Until now, reaching orbit has been done with vehicles that force every mission to be split across multiple liftoffs; Starship, by contrast, is conceived as a single craft capable of lifting —and, above all, bringing down— a payload that multiplies anything known so far. The image used to explain it is going from balloon couriers to a freight truck.

And that is where the issue becomes uncomfortable for some. Because flying is one thing; getting someone to pay the bill is quite another.

Where is the money in launching rockets?

The question is posed bluntly: if there are no trips to the Moon and no T-shirts, what keeps the accounts afloat? The most common answer among the company's defenders is simple: charging for the service. According to that argument, SpaceX launches material every 2-3 days for public and private companies around the world and would handle more than 90% of the payload placed into orbit on the planet, at the lowest prices on the market. Spain wants a satellite up there: it hires, pays and receives. There is no more to it.

Skepticism, however, is not dispelled by that explanation. Those who look at the numbers without faith ask about the medium-term return, about how much of that leadership rests on contracts and how much on the promise of the next milestone. The means of transport cuts shipping costs; the business still has to be filled with something to ship.

Starlink, a lunar base and point-to-point flights

The most obvious payload already exists: Starlink. Starship is designed to deploy a large number of these internet satellites in just a few flights, with coverage anywhere in the world, including mobile service. The idea of data centers in orbit is also gaining traction, which those who trinc the topic call outright the business of the century.

The lunar schedule fits in: a goal of a base on the Moon before 2032 is mentioned, and after an Artemis II presented as a success, the problem flagged is no longer technological but logistical: sending kilos into space. With Starship up and running, it is argued that SpaceX would for a time be the only operator capable of carrying and, above all, bringing back cargo from the lunar surface. The debate also adds military uses —an orbital launcher that, according to that argument, does not need so much miniaturization— and point-to-point flights: anywhere on Earth to anywhere else in 30-60 minutes, or from Texas to Australia in an hour.

Artemis II and the SLS bill

The critical reading comes from making comparisons. The launch system used for Artemis II is described as expensive and of little practical use, a program that, the argument goes, has mainly served to pad Boeing's bottom line with public money. Once Starship is operational —or once the Blue Origin alternative arrives— the prediction going around is that this rocket will end up scrapped or in a museum.

That is not a verified claim: it is the thesis held by one of the participants in the debate.

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If Starship completes a full orbit and lands, the space race changes scale and the skeptics' talking points run out of air. If it fails within the expected timeframe, we will keep arguing over whether the lead is real or just a very well-presented promise.