 Hi, Steve Sheridan here for the NoCillicast, and I'm here with Trey, nice to meet you. Now what do you do at NASA? I'm the strategic communication manager for the new space launch system, which is right behind us. And this is a beauty. What is this going to do for mankind? Oh, it's going to change the world. What this can do is expand our science capabilities and put humans further than we've ever gone before into space. Excellent. What's the first, what have you tested so far with this rocket? We've fired everything on the rocket so far except for the main course stage. So we've fired the RS-25 engines, we've fired the solid rocket boosters, and we've already flown Orion around the Earth. All we're doing now is putting together the gas tank, then we'll put it all together, test it, we get one test firing, and then we ship it to the Cape, put it all together in the VAB, and in June, July timeframe of 2018, off we go. Very cool. So Orion, this is the capsule that will eventually hold humans, correct? That's correct. About how many people will that hold? It can hold four to six, but for the first mission, it's going to be configured for four. Very good. The first mission in June? No, it'll be configured that way, but it'll be stuffed with test equipment, because we want to make sure it can handle the radiation of deep space. Okay. So when will this first go up with humans? It's scheduled for 2021 right now. We hope to make it then. It all depends on budgeting and scheduling and everything else, but I see a building excitement in America for exploration, and hopefully we'll keep doing that. No doubt. Oh yeah, tell us that first mission in June, what do you kind of map out that mission a little? The main priority is to test Orion, but there's also a really cool point called the Lagrangian point, and it's L2 is what we call it, which is a point where the Earth-Moon gravity negates itself. So if you put something there, it stays there, it doesn't go in orbit around the moon, it goes in a really tiny halo orbit, which would be a really good place for the gas station. Like a parking spot for a gas station, excellent. Or if you had to put up habitats, you'd always know where to find it. Very cool, very cool. These look oddly familiar to the solid rocket boosters from the shuttle. Are they similar? Very similar. The shuttle solid rocket boosters had four segments. These have five, so we get 20% more power out of each SRB. Very good. And how would this compare to, say, the Saturn V that took us to the moon? Well, it's about 40 feet shorter, but it's got 1.3 million pounds more thrust than the Saturn V. So this will carry about 86 mini-coupers worth of stuff in the past low Earth orbit. That is impressive. So technology has come along for more thrust, for smaller volume. Absolutely, absolutely. We're getting better, and we're trying to be as affordable as possible as we can, because exploration is important and we need to do it. Well, we are big supporters at the NoCillicast. We appreciate your time, Trey, and the best of luck of what we'll be watching in June. All right, great. Thanks. You all take care.