3, 2, 1, and a stop. No. 9 is supersonic. I always watched these lunges before, but this one was really unique for me because I knew that I built something that is over there going to orbit. Chi-graphed, separation confirmed. When you see that it's the attached from the space six and tumble into the darkness, that was really exciting for me. That's okay, it's done. It's very small rather than exciting to be honest, because we have to finish everything in one week. It's a dead line, they are assembling the whole satellite and hours goes in the middle, so we have to deliver it on time. This is the first time that Naftalene is used as a propellant for the trusser. Essentially you have a box and you feel it with a naphthalene, mothballs. So you might say what you use that? Well, it's sublimates, which means that it goes from a solid to a gas straight off. It doesn't have to go through a liquid. If you have a liquid in space, there's no gravity, so it doesn't stay where it should. So it's heating crystals of naphthalene and opening a door or a valve. That's it. So as young as you can control your valve, you can have thrust. It is a good stuff, actually, except for lots. It's a game changer as in a way that we will give a new trusser to a market that wasn't exist before. So this is the first one in the whole world and we will add another option, Australian one, with the flight heritage to go to the market. So this is really starting to do the final assembly before it's delivered to Skycraft. The fuel tank is ready now, so then you have to assemble the other mechanical part. And here you can see the propellant is integrated into the frame and the frame is the interface with the Skycraft spacecraft. This is really hard. So we have to spend a lot of time to manage to just qualify this thing to go to a space. Just to launch a brick into space is one thing, but to launch something into space to get it to work. We know that it's really hard. It takes a lot of time, a lot of work, a lot of money to send anything into space. If you're going to sell something that's going into space, you can't nick up there and change something. You have to make sure that it will work for as long as it's up there. The requirement for the material, for the testing, all this thing is huge. When you need a rocket launch to orbit, you see the way that it starts. The payload on that rocket is going to feel a lot of force on. You have to shake it really hard to be sure that it doesn't break. You can see it rotates. Hopefully it will survive, it doesn't break down. At the end of this test. Let's try again with a low gain. And see if you can get higher. End of test. That was good. That was good. We decided to develop all that we needed to space-qualify this raster. This was a schedule for the right share program by SkyCraft. SkyCraft, when they saw how well it operated in our test tier, which we could show them, show them the thrust, how much it would move their spacecraft, then they decided to buy them. I was so pleased. That was really great. So with local companies, with a fantastic interaction with the university, we are just tracing the path forward. And this is the final installation and integration inside the satellite and that's it. We are not going to see their work on anymore. This is a goodbye. Now that I'm looking at the space, I'll say, okay, this is 80. I'm looking at the equipment. That's orbiting now, which I spend a year on it to build it. The fact that we managed to do it was really amazing for us. It's so exciting that we are trying not to be too excited, right? We still have to, because we have to develop and deliver a Borgon 1.1. So we need to be focused. So we have not opened the champagne bottle just yet. We're waiting. Thank you.