First I didn't think it was feasible to do with a small launch vehicle because if you look at all the traditional approaches, they're just not going to work, you don't have the propellant margins in a small launch vehicle. So we had to look at different approaches and as we started to pull real data from real flights and they became obvious that there was an approach that could work, it was a little bit unconventional and we started off down that path. The most important thing that we're trying to achieve here is just to get the stage down to earth in one piece or as close to one piece as possible. So we won't be trying to scoop it out of the sky with a helicopter. We have demonstrated that we can do that so I'm not too worried about that. The real challenge for us here is getting it through the wall, getting it under a parachute, getting it decelerated and gently touching down into the ocean where we'll go and pick it up with recovery vessels. The vehicle is fully on internal power. Stage one and stage two takes a press. Do you understand? Nine, eight, seven, six, five, four, three. And we have lift off of a electron from rocket-led launch complex one. Coming out next in the mission timeline is main engine cut off, also known as META, as electrons rather for the engines power down so that the first and second stages of the vehicle can separate cleanly. Following that, the vacuum-alchemized engine on the second stage will ignite for carry the satellites onboard the third end space. It could confirm. Staging. Staged ignition. Miko is confirmed in so too as the startup of the second stage rocket-led engine. With the separation of stage one and two complete, we'll try and stick with both of the use as long as we have them. The trajectories are looking good so far while we're awaiting ferry separation. And there goes the ferry and welcome to space Mr. Noam Chomsky. We're not T plus six minutes and eight seconds under flight. And both our second stage burn and first stage booster reentry are looking stable. This is our battery hot swap to continue spying power to the second stage engine and systems. We've had battery hot swap confirmation and we're about a minute and a half away from the unique state one's drug-shooter deploy. The ride is going to get a little bumpy on the way back down with the booster reaching several times as speeders down on its fallback to earth. We should expect the first stage's main pair of shoot to deploy in about eight minutes and 44 seconds into the mission. We've just had confirmation of successful drug-shooter and main shoot deploy. We can't wait to see these photos of recovery in the coming days. Sikka confirmed. No, my old transfer organ. Electron's second stage takes us to an elliptical orbit where the kickstage then separates. From here the 3D printed curi-engine on electron ignites to repel the stage and its payloads to a circular orbit for deployment. Using a cold gas reaction control system or RCS, the kickstage accurately points itself to deploy each satellite to a precise and individual orbit, even on ride chair missions with multiple satellites like this one. Once the satellites are deployed, the curi-engine reignites propelling the kickstage to a lower orbit where it will be dragged into the earth's atmosphere faster, even behind no space junk in orbit.