 This view from one of the payload bay cameras looking up at the shuttle's robotic arm attached to the Spartan satellite, the red dots on the satellite, the targets that will be used for this experiment operations with the video guidance sensor. This experiment using the Spartan satellite as a target will collect tracking data both when the target is moving and also when the satellite is in a static or a fixed position. And as mentioned, the orbiter will be maneuvered as well to allow the video guidance sensor's performance to be tested under different lighting conditions, also 16 different positions as well as distances by maneuvering the robotic arm to various locations around the payload bay. The video guidance sensor testing visible now with the laser targeting underway. This is position number seven. Apparently the flight deck input is on a different camera. Fig is good for us. Position number 50 dropped out, broke lock. I watched it for a while and it's breaking lock which is kind of going back and forth. Copy and concur. This is set set. There's compliance in the crane. It moves a little bit, but not very much. I just made maybe six or three inches before I got soft dock. I'm going to release it and try that same thing one more time. It's back in soft dock. The same thing. I'm looking underneath the cable carry at the grid and the dog to be sure that I line them up before I insert it, but you'll be going here. That was good. I'd give it an A. But the small hole are you. That was real nice. Richard, I would you yaw the crane just a bit more towards me please. Okay. You're the crane towards you. That's good. Thank you. Stop. Okay. Second time with the sideways. I need three turner clockwise and MTL is 2.3.5 KC. First Winston, all of those are good. And it's going to take five turns. Five turns. Right to that. Here we go. Okay. They're KC and maybe use them which you could see move away from me as I attempted to depress the guard that will drive the boat. But he only moves maybe a foot and I was able to do it successfully. Right here. Yeah. You got it? Yes. All of it. You just have to spin much more. Okay. All four are done. It looks very good from here. If you want to help, you can touch the video. Are you terror at the adjustable tool stringer and then get springed. Okay. I'll do that. And Columbia Houston, you have a go for sprint release. Winston, you have a go to release. Okay, Steve. Here we go. I'll release it and I'm moving back out of the way. And Steve, we got good video down here. We got excellent video down here. This year I'm ready to be out here now. To step six, both sides of 300. And Columbia Houston for sprint to give you guys a target. We would like to initiate step 14 at 1740 in 20 minutes. Columbia, I'd just like to pass on to the entire sprint team. It's a real small group of people working on this and they work very hard. And I think they've got a real good pair. They hit a home run. You can pass on at the line. We're definitely level one. It's even better than I expected. So we're real pleased. And I think we've got a real good piece of technology for use. We'll have a station and later shuttle flights.