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  • 2 days ago
Space.com editor-in-chief was in attendance at NASA's Wallops Flight Center for the first launch of a Rocket Lab Electron rocket from US soil.

Credit: Space.com / Tariq Malik
Transcript
00:00Hey space fans, Tarek Malik with Space.com. I'm here at NASA's Wallops Flight Facility
00:05where we're waiting for Rocket Lab's first U.S. launch of an Electron rocket.
00:09It's a gorgeous night. I'm not sure if you can see, but we're minutes away from launch.
00:13Whoa! There's the Moon and Jupiter and Venus.
00:18It's a little too early for Saturn, but we're just a few minutes away from the launch.
00:24And I'm here with Alex Mankovic. Is that Mankovic?
00:28On 43. Welcome to the inaugural Electron launch from U.S. soil.
00:33That's right. That's right. So we're just minutes away from this launch here.
00:37I'm going to stay out of his way because he's taking some awesome photos.
00:40And hopefully we're going to get a good show.
00:43It's been a very smooth countdown all night long.
00:47Gorgeous sunset launch. That's the rocket right over there.
00:52It's a little blurry in my video feed, but hopefully we're going to get a good shot.
00:58Oh, you can hear the rest of the media, folks. Let's see if I can get a shot.
01:03That's the reporters over here on top of the hill.
01:08There's a lot of wind in the upper levels of the atmosphere here.
01:11The jet stream.
01:12Right here.
01:12It's a Mankovic launch until today.
01:15So here we are tonight.
01:16It's about two miles behind me.
01:18And I'll let you get a...
01:19Here's the rest of the folks. There's an observatory dome there.
01:22We're looking forward to the moon.
01:27All right.
01:28So...
01:29It's been a very smooth...
01:34There was one issue...
01:36Oh, there it goes.
01:42Wow.
01:43Wow.
01:43Wow.
01:44Wow.
01:45Wow.
01:46Wow.
01:46Wow.
01:47Wow.
01:47Wow.
01:48Wow.
01:48Wow.
01:49Wow.
01:49Wow.
01:50Wow.
01:50Wow.
01:51Wow.
01:51Wow.
01:52Wow.
01:52Wow.
01:53Wow.
01:53Wow.
01:54Wow.
01:54Wow.
01:55Wow.
01:56Wow.
01:56Wow.
01:57Wow.
01:57Wow.
01:58Wow.
01:58Wow.
01:59Wow.
02:00Wow.
02:00Wow.
02:01Wow.
02:02Wow.
02:03Wow.
02:04Wow.
02:05Wow.
02:06Wow.
02:07Wow.
02:08Wow.
02:09Wow.
02:10Wow.
02:11Wow.
02:12It's a spectacular liftoff right there.
02:38It's so bright and it was so loud.
02:40Oh, there's a plume.
02:49Wow.
02:53Look at that plume right there.
02:54There's a little bit of exhaust.
02:58You can see there might be an exhaust fuel that we could see as we go into night.
03:03We have the Virginia Beach camera up right now so you can see the view from there.
03:06Now, this is Rocket Lab's Virginia is for launch lovers.
03:13A spectacular liftoff you saw here from Rocket Lab's brand new U.S. launch site.
03:20Their first ever launch from U.S. soil.
03:23Looks to be going real, real smooth.
03:25It's like there was a satellite way up above that just passed overhead.
03:35You can see that moving dot.
03:36And you can still see it.
03:40Wow.
03:46It's carrying three Hawkeye 360 radio reconnaissance satellites for Hawkeye 360.
03:53They're a Virginia-based company here in Virginia.
03:57Although Rocket Lab is based up so we had an engine cutoff right there.
04:05And there's second engine or second stage ignition.
04:11So you just saw that wink out right there.
04:13That was stage separation.
04:16And you can still see it.
04:17Wow.
04:18It is still going all the way up there.
04:24That is amazing.
04:25Launching right over Orion's shoulder.
04:31As it lifted off there.
04:33You can see in my camera phone, you can see the stars of Orion.
04:39That's the belt right there in the middle.
04:43That is stunning.
04:45Still visible.
04:49As it's making its way to orbit.
04:51We'll see if we can see second engine cutoff in a minute.
04:55How did it look to you, Alex?
05:00Well, I was a little late.
05:03But anyway, I was waiting for a 30-second announcement.
05:08Yeah.
05:11But I got some shots.
05:13Yeah.
05:13And I'm within good exposure range.
05:17That's great.
05:18That's great.
05:20Wow, you can really see the plume now.
05:29Look at that exhaust plume.
05:31Wow.
05:32Now it's crossing the shoulder of Orion.
05:35That's beetle juice right there.
05:37There it goes.
05:42There it goes.
05:53Wow.
05:55That was stunning.
05:57And you can still see it.
05:58You can see it.
06:17It's right here.
06:19Oh.
06:19That's the second stage still on its way up.
06:24Doing its thing.
06:33Let's see if we can keep seeing it.
06:36Now you can really see Orion.
06:38Those three stars of its belt.
06:41Beetlejuice to the central left there.
06:44Forgive me for the grainy quality of my camera phone.
06:52Three, two, one.
06:54Chief leader, I'm Jeff Edmonds.
06:56I'm here at Wallace Island Flight Facility.
07:05We had a successful launch.
07:06I can't believe we can still see it, Alex.
07:08That's about three, two, one.
07:12Chief leader, I'm Jeff Edmonds in here.
07:14We had a successful launch of the Electron rocket here from the Mid-Atlantic Regional
07:19Spaceport in Walts Island.
07:21Now, this is the Electron rocket.
07:23This is the first time Rocket Lab has launched this rocket from U.S. soil.
07:28The rocket is about 50 feet tall when it's fully stacked.
07:31About three feet in diameter.
07:33All right, it's getting a little hard to track now.
07:35So, I think I'm going to sign off for now.
07:39And we're going to see how it looks on the real feet, the video feet.
07:44We saw the rocket continues with orbit around the Earth.
07:49This mission is all about sending three different satellites.
07:52They're about the size of a microwave into Earth's orbit from the company, Hawkeye 360.
07:58What those are going to do, those are going to monitor radio frequency as they orbit and blow.
08:02What those are going to do, those are going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency as they're going to monitor radio frequency.

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