Starship

“Well, it'll, it will I believe it is, is heavily Leo optimized. So using it, we will most likely, it's not strictly necessary. We don't have to do this, but we will most likely want to use one of these orbital transfer vehicles.”

“The challenge now is not, can we get to the moon? It's the same thing with like, the challenge is not, can we build a flying car or can we build, we have helicopters. Can we build one humanoid robot or one self-driving car in San Francisco? It's like, can we a…”

“In twenty-twenty-seven, a lander variant of Starship is supposed to be ready to carry astronauts on a NASA moon mission through the agency's Artemis exploration program. That's gonna be really hard, because I think they have to refuel in orbit, and then also m…”

“Flight 10 made it back, took off from Starbase, South Texas. The booster landed in the ocean in the, I think, the Gulf of America, technically. And the actual Starship executed a successful flip maneuver, deployed a mock payload of a bunch of Non-functional St…”

“He's also predicted fully reusable Starship with rapid turnaround. It's a little too soon to tell he's behind some of the early dates, but you know, in general, that project seems like it's real. It's going to happen.”

“Starship needs to be refueling in orbit, landing on the moon with and without crews, because you're probably going to need some humans up there, some robots and we need to start routine cargo flights to the moon. So this is straight up, like, three to five yea…”

“Starship needs to be refueling in orbit, landing on the moon with and without crews, because you're probably going to need some humans up there, some robots and we need to start routine cargo flights to the moon. So this is straight up like three to five years…”

“And this year I believe we'll get to orbit with that vehicle, and we'll recover the first, the second stage.”

“The engineering that goes into this, just so, thinking so far ahead, like, I think this is designed to launch a starship every hour.”