Jared Isaacman2:44:38
Yeah. Well, I I love talking on the whole nuclear program. Yeah, look, I mean, Gateway was uh maybe a good idea from a different uh you know, from a different time. You know, we asked both lunar lander providers for acceleration proposals. Both wanted to ditch NRO. Uh it comes at a performance penalty. Uh it's not great from a um from an abort perspective and um it's it's a adds a lot of costs. It's a distraction and it's a it's another it's another step or part in the process. So there, you know, the uh I don't I don't know like if you well if we if we just had gateway and it didn't have all the you know the consequence I just described with it would have made it us make us feel any better about um you know our approach to get back to the moon. I'd trade adding another mission between uh two and the original landing mission of three any day uh in terms of uh you know gaining experience and uh and getting a rhythm as the you know the correct direction. Um but in terms of okay so uh you know lunar lunar base and uh and the nuclear program I I think in the lunar base there's absolutely going to be components we are harvesting from gateway modules that are going to be useful for the base. Um I I I don't I couldn't tell you today that and you know that the Halo module for example or I I have in terms of whatever stage of fabrication is going to appear on the surface and be useful in that regard. But there's a lot of very expensive components that were uh procured in support of a gateway that we are definitely going to repurpose. But there's going to be just a lot of new a lot of landers a lot of rovers. Um, you know, it's great that, uh, you've got, people have described it to me, I've said it before, like this is the platinum age of, um, you know, orbital, uh, uh, you know, communications networks and, uh, and, uh, comm relay and optical comm. So, I I think that there'll be no doubt we're going to have great connectivity and optics on the moon base, both surface uh, and and in orbit above it. That's going to be pretty pretty wild. Um, so yeah, anyway, there's a there's a um uh so grateful kind of industry is putting putting a lot of effort in into being helpful there. A lot of people want to be the eyes and ears of the moon, which I think is pretty pretty great. But yeah, lots of landers, lots of rovers, power demonstrations. Um the uh a lot of scientific instruments, uh tech demonstrations that are going to come down. I'm very big. I love the idea of uh you know using some of these rovers uh you know instead of us doing we originally just do like one extreme grand LTV rover and now we're doing a series of them in a in a more iterative approach but actually having some doing surface improvements start you know um paving out if you will few landing pads. So anyway I'm pretty excited about what we're where the the direction of the uh the moon base is going. The hopper drones by the way are very cool. I can't can't wait to show a little bit more on that. And then in the nuclear camp, uh yes, repurposing PPE and uh you know, we're slimming it down. We're we're shaving mass off it as much as uh as much as we possibly can. And then we're work, I mean, we are just leveraging some amazing expertise across NASA centers and as we should, by the way. I mean, this is kind of my point on the, you know, when I talk about NASA constantly recalibrating to do the near impossible, it's it there is not a good thing for the workforce when we're doing what everybody else can do. Uh you know, especially today, big IPO day. Great. I'm thrilled for by the way everyone at SpaceX workforce there. Um you know you don't want to be uh competing with industry that has a lot of options available to incentivize and reward their workforce. You need to give you know at NASA we need to give our people the work that no one else uh you know is is is capable of doing where there's no obvious business or use case and then you're there for the work and you stay for the work and that's why nuclear power and propulsion has got to go from the 100 million a year funded to go nowhere for decades. uh into at some point a multi-billion dollar program. um you know big you know and just keep pro you know uh you know keep you know pushing the limits on uh on on material uh for you know high temperature materials power conversion and uh and really build your your fleet of nuclearpowered uh you know probably chemically augmented nuclearpowered spaceships to to pull off a real mission uh to Mars and back with the fewest miracles required um not to mention outer solar system such so anyway the point is is that I I love that we're working on this it's absolutely the 70% solution. Uh, you know, PPE is great. Uh, if you're doing it from the ground up, you'd probably try and optimize for mass a little bit more. U, but all of our centers are contributing to this for space structures, you know, uh, an extendable boom, uh, radiators, plus industry is contributing as well, uh, designing reactor, but we're really cobbling this thing together to be that 70% solution, that nautilus that, uh, you know, kind of gives birth to, um, you know, uh, you know, a nuclear future in space. Um and it's all it's all progressing uh I think really well.