National Geographic Destination Space

en
00:00:01 Ten... nine...
00:00:02 I think it is human destiny
00:00:07 In the new race to space it's just
00:00:11 Some will go for adventure.
00:00:13 If you go and you ask people
00:00:16 the answer is the same.
00:00:17 I want to experience zero g.
00:00:19 And then you want to just float around
00:00:23 And I want to see the view.
00:00:24 ...six... five...
00:00:26 Some will find that every dream
00:00:29 Space is a hostile, dangerous place.
00:00:32 Because I was expecting
00:00:36 I mean, where the air would
00:00:39 Others will seek their fortunes.
00:00:41 What we really need are filling
00:00:43 ...quatre... trois...
00:00:45 And yet others will search for answers
00:00:49 We get signals all the time here,
00:00:51 I mean we've got this huge antenna
00:00:53 we've got this very
00:00:54 of course we pick up signals
00:00:57 Every couple of seconds,
00:01:00 ...two... one...
00:01:04 At the dawn of a new century,
00:01:09 I think today we are entering
00:01:13 I want to see the moon of course...
00:01:15 Space...
00:01:17 And I'd like to look down
00:01:19 What's coming next may be
00:01:25 Destination Space
00:02:13 In July of 1969,
00:02:16 half a million people of all races
00:02:22 Some trek for days and camp out
00:02:26 that was almost unimaginable
00:02:31 It isn't a march to protest
00:02:35 or a rock concert in upstate New York.
00:02:37 It is Apollo 11.
00:02:40 On a small strip of the Florida Coast...
00:02:42 three astronauts prepare
00:02:53 They are only minutes
00:02:55 from attempting the greatest venture
00:03:28 But as Apollo 11 tears itself from
00:03:34 no one is certain if the mission
00:03:48 Every step of the voyage
00:03:52 But most harrowing is the stage
00:03:54 never before attempted-landing
00:03:58 So risky is this venture,
00:04:02 in case the lunar lander
00:04:05 Altitude 4,200.
00:04:06 Go for landing, over.
00:04:09 As Armstrong and Aldrin
00:04:12 they realize the flight computer is
00:04:16 Armstrong seizes control,
00:04:19 more than 1,000 feet away.
00:04:21 Picking up some dust...
00:04:26 turn to the right a little
00:04:31 ...30 seconds...
00:04:35 contact light
00:04:38 We copy you down, Eagle.
00:04:41 Only seconds of fuel remain
00:04:45 Tranquility Base here.
00:04:47 The Eagle has landed.
00:04:48 In the history of humanity, a few,
00:04:51 rare moments are so transcendent
00:04:57 Okay Neil, we can see you coming down
00:05:00 On July 20, 1969,
00:05:02 600 million people-a sixth of
00:05:06 watch transfixed as the first human
00:05:11 That's one small step for man,
00:05:32 These were the glory days
00:05:37 Nothing was easier to imagine than
00:05:46 But then something changed.
00:05:48 We lost interest.
00:05:50 Just nine months after
00:05:54 television networks broadcast
00:05:59 It took an explosion onboard
00:06:02 to grab our attention.
00:06:05 Houston, we have a problem.
00:06:06 Standby 13, we're looking at it.
00:06:11 The space program again
00:06:14 after Apollo 13 returned safely.
00:06:23 In 1986, NASA tried to rekindle
00:06:27 by demonstrating that it was
00:06:30 They flew Christa McAuliffe,
00:06:34 aboard the shuttle Challenger.
00:06:35 And lift-off of the
00:06:36 and it has cleared the tower.
00:06:43 Much of the nation, including
00:06:46 watched in horror as the disaster
00:06:54 Go ahead.
00:06:54 RSO reports vehicle exploded
00:07:00 Okay, are there any forces
00:07:03 Yes, sir, DOD also reports that
00:07:06 and they are on their way.
00:07:10 The world began to wonder if space
00:07:18 Now, at the turn of the 21st century,
00:07:21 we find ourselves clinging to a small
00:07:26 And it's a tired, tattered one.
00:07:30 The Russian space station Mir
00:07:34 but has been made to serve
00:07:38 Mir has aged into a balky old vehicle.
00:07:41 Systems switch on and off
00:07:50 As American astronauts would discover,
00:07:55 it had become downright dangerous.
00:08:01 Some are drawn to space because
00:08:06 others crave the raw experience.
00:08:11 Children from all walks
00:08:16 but few have the persistence
00:08:23 This is a moment that takes me back
00:08:25 and I first decided that
00:08:28 This is looking up at your rocket.
00:08:30 This sends shivers down my spine
00:08:35 NASA astronaut Michael Foale
00:08:38 the son of a royal air force pilot
00:08:41 While on a childhood
00:08:43 Foale saw John Glenn's capsule
00:08:47 From that moment,
00:08:55 Foale was accepted into
00:08:59 He stood out even among
00:09:08 On his third shuttle mission,
00:09:10 Foale and his crewmates circled
00:09:15 Foale instantly felt its allure.
00:09:19 At that time I can remember seeing
00:09:22 and she would wave and say, "Hey,
00:09:26 And, I said, "With pleasure,"
00:09:27 and that was about the limit of
00:09:31 unfortunately we couldn't stop
00:09:33 We had to back away.
00:09:33 And I said, "Some other time."
00:09:37 Mir has its grip on Foale.
00:09:39 In two years he will return, the fifth
00:09:52 In his more than four months onboard,
00:09:54 Michael Foale will learn that Mir is a
00:10:00 He will experience the terror of space
00:10:07 The great attraction of space
00:10:09 that is sort of the incubator
00:10:14 And the mysteries of existence,
00:10:19 the presence of, call it a god,
00:10:23 And I think one of the motives
00:10:26 or studying space is trying to
00:10:32 One astronomer's obsession
00:10:35 drives him to the remote hills
00:10:42 Twice a year, Seth Shostak travels
00:10:47 to listen for signs of
00:10:51 Sharp cuts in funding and years
00:10:55 have done nothing to deter Shostak.
00:10:57 For him, the search itself
00:11:00 You know, it's like that carrot
00:11:03 because that carrot seems to be
00:11:05 Every year we do this,
00:11:07 we can check out a few more
00:11:11 I wouldn't do it if I didn't think
00:11:14 that within my lifetime
00:11:17 that tells us what we want to know.
00:11:19 Are we alone?
00:11:26 Are they like us?
00:11:40 Every previous generation
00:11:43 They looked up and they wondered
00:11:48 I can be a member of
00:11:50 that can actually look back up
00:11:51 and maybe find out if
00:11:54 Built by Cornell University and the
00:11:59 the 1,000-foot diameter
00:12:02 is one of the most sensitive on earth.
00:12:04 For Shostak,
00:12:07 tuned to the murmurings of the cosmos.
00:12:10 This little speck of metal
00:12:13 that might be coming from
00:12:15 It's like a tin can with a string
00:12:21 We could hear a cellphone on Jupiter,
00:12:24 That's how sensitive this system is.
00:12:26 What we're listening for is not
00:12:28 but their equipment, if you will.
00:12:30 We're listening for a transmitter.
00:12:32 We're not asking of the aliens that
00:12:35 ala the star ship Enterprise
00:12:39 We're only asking that
00:12:42 that any teenager could put together
00:12:45 and use a decent size antenna.
00:12:53 Two years after seeing Mir
00:12:56 Foale joins its Russian crew for
00:13:01 He is replacing
00:13:04 who appears eager to leave.
00:13:06 Hi, Mike, welcome to your new home.
00:13:16 Foale knows that a fire broke out
00:13:20 and that the ship's cooling system
00:13:24 The hatch closed, and I thought,
00:13:30 And at that very moment,
00:13:34 in Russian, because they didn't
00:13:38 "Well, Mike,
00:13:43 And so began my time on Mir.
00:13:47 A joke by commander Vasily Tsibliyev,
00:13:49 meant to both welcome
00:13:52 The Russians understand
00:13:55 and they want to know if this rookie
00:14:04 It proves a fair warning.
00:14:06 Foale has embarked on one of
00:14:09 in the history of exploration.
00:14:12 In space, it is a narrow margin
00:14:20 Orbiting 250 miles above earth,
00:14:26 a frontier port where men and women
00:14:31 But records aren't broken
00:14:38 Mike Foale's first weeks on Mir
00:14:43 But one month into the mission,
00:14:47 engineer Sasha Lazutkin
00:14:51 prepare to test
00:14:55 Vasily will use a
00:14:58 to guide this supply ship of
00:15:03 But as the eight-ton
00:15:05 it becomes more difficult to track.
00:15:09 Vasily is flying blind.
00:15:11 He calls to his crewmates,
00:15:12 telling them to look for
00:15:17 Foale and Sasha can't see
00:15:21 Vasily fears the Progress
00:15:24 He applies reverse thrusters.
00:15:27 But to no avail.
00:15:29 Seconds pass.
00:15:32 Then suddenly,
00:15:38 It's out of control
00:15:42 Sasha orders Foale
00:15:46 So I flew through the air from the
00:15:51 I felt this big kathump.
00:15:56 Air starts to rush out of Mir.
00:15:58 I then felt the pressure
00:16:00 I thought,
00:16:03 The adrenaline was
00:16:05 because I was expecting
00:16:09 I mean, where the air
00:16:12 you know, if you get sucked out
00:16:16 My immediate thought was,
00:16:19 We have all got to get into
00:16:24 Mir's pressure alarm blares.
00:16:26 If they can't seal the breach
00:16:28 Foale and his crewmates
00:16:38 Throughout history,
00:16:39 explorers and pioneers
00:16:44 Vasco da Gama, Columbus and Magellan
00:16:48 to blaze trails into the unknown.
00:16:52 On the heels of heroes
00:16:56 Companies are now chasing profits
00:17:00 is woven into the fabric of
00:17:07 Getting these satellites into orbit
00:17:12 In the race for money,
00:17:15 to unlikely places around the globe.
00:17:18 When it comes to launches,
00:17:28 Built in 1968, a space center has
00:17:34 The space center is not only
00:17:35 playing the role of
00:17:40 but it's playing also the role
00:17:44 Because here is a melting pot
00:17:49 The space center has given an economic
00:18:00 From the coastal jungle, a French-led
00:18:04 has carved out one of the most
00:18:13 We are situated here in French Guiana
00:18:15 simply because this is
00:18:18 for launching commercial satellites.
00:18:22 Competitors who launch farther from
00:18:25 to lift their payloads into
00:18:32 From Kourou, French Guiana,
00:18:34 a satellite has a shorter and
00:18:42 We have the most reliable launcher
00:18:48 We launch every month,
00:18:54 And demand just keeps growing.
00:18:56 It will take several years
00:18:58 to work through its backlog
00:19:02 While we are signing a contract
00:19:05 a satellite is being shipped
00:19:08 The launcher for that satellite
00:19:12 And while we are readying
00:19:14 another launcher is being assembled,
00:19:16 and a third launcher is being shipped
00:19:21 So it's a permanent year-long
00:19:29 We bring your own customers here
00:19:33 we bring your engineers to process
00:19:38 and we do the full service
00:19:44 That's our business.
00:19:47 The customer comes first
00:19:51 So, Arianespace has mastered the art
00:19:56 Jungle boat cruise, anyone?
00:19:59 After a day of sightseeing, it's time
00:20:04 a communications satellite worth
00:20:08 at just the right spot 22,000 miles
00:20:13 The night of the launch,
00:20:16 where they can relax
00:20:19 Bienvenue a Kourou...
00:20:21 Greetings everybody wherever you
00:20:24 the home of Ariane for tonight's live
00:20:29 launching... for Panam Sat... this evening...
00:20:32 The show's gonna be a good one.
00:20:33 We hope you'll stay with us.
00:20:34 The ground crew is under pressure to
00:20:40 And I have to say it's
00:20:43 when you have once a month
00:20:47 and all these people working on it.
00:21:30 Another successful launch.
00:21:34 And so the party begins in earnest.
00:21:46 Being on the equator
00:21:49 is such a tremendous advantage
00:21:51 that our competitors are desperately
00:21:59 To compete with Arianespace,
00:22:01 a secretive rival will journey to one
00:22:06 Using extraordinary gear
00:22:10 they will create their own
00:22:14 in the middle of the Pacific Ocean.
00:22:21 In Long Beach, California a company
00:22:25 has assembled a dream team
00:22:29 Their mission: to launch satellites
00:22:34 Mission Director Steve Thelin marvels
00:22:39 I mean, who ever thought
00:22:41 launching Western-style spacecraft
00:22:45 on a Norwegian platform
00:22:48 I mean, this is really cool.
00:22:50 Sea Launch uses a rocket
00:22:52 originally designed to fire nuclear
00:22:57 Today, it carries a payload
00:23:01 a telecommunications satellite.
00:23:05 Sea Launch will journey
00:23:08 to a spot on the equator
00:23:13 Two vessels will make the expedition.
00:23:15 One is an oil platform, converted
00:23:21 The other-a specially built command
00:23:25 Ukrainian and American engineers and
00:23:31 Relations are good on
00:23:35 The Russians are just
00:23:36 It's just an honor to be working with them.
00:23:39 Some of the best rocket scientists
00:23:42 It's neat to see the past come
00:23:49 The state-of-the-art
00:23:51 is actually two control rooms in one.
00:23:55 Russian-speaking specialists
00:23:58 English-speaking Americans
00:24:03 Coordination must be seamless
00:24:10 A similar collaboration was put to
00:24:19 With air pressure dropping
00:24:22 the two Russians and
00:24:24 to close off a punctured module
00:24:28 But cables block a hatchway
00:24:31 These cables now that were
00:24:33 there's about 18 of them,
00:24:34 were like big snakes,
00:24:37 So Sasha'd pass the cable to me
00:24:40 With the passageway finally cleared,
00:24:44 As soon as it went into place,
00:24:48 it kind of went "pfffp" and sucked in.
00:24:51 And at that point I really felt
00:24:54 They've closed off the leaking module,
00:24:56 but Mir is now crippled as they
00:25:00 Now the station, which was tumbling,
00:25:03 hadn't been able to orient
00:25:06 and we had basically used up
00:25:11 And so all of the lights
00:25:12 the fans went off
00:25:14 and we lost communications
00:25:18 Foale and his crewmates face
00:25:22 Without power they have no heaters,
00:25:28 For the first time,
00:25:34 Really, ironically,
00:25:37 memorable experience I ever had
00:25:40 because we were passing over
00:25:44 towards Antarctica and there were
00:25:50 shimmering across the curve
00:25:54 and we kind of would just float there
00:25:55 in front of the window,
00:26:07 Russians and Americans at Sea Launch
00:26:12 Already fueled, the satellite payload
00:26:17 Then, the Sea Launch crew
00:26:18 Cautiously transfers the rocket
00:26:23 The Russians insisted on
00:26:26 because of its extra margin of safety.
00:26:28 All personnel will evacuate the
00:26:42 The rocket is safely cradled
00:26:46 Sea Launch is now ready for the
00:26:56 In the age-old sea-faring tradition,
00:26:59 Sea Launch's voyage to the equator
00:27:01 begins with a farewell party
00:27:03 Future rocket scientist!
00:27:05 Friends and loved ones come to see
00:27:09 Steve Thelin will be away from
00:27:17 The two Sea Launch vessels set out
00:27:30 At sea, Russians, Norwegians, and
00:27:36 The dining room offers
00:27:39 And each nationality gravitates
00:27:43 The Norwegian captain, Tormod Hansen,
00:27:45 was initially skeptical of
00:27:48 When I first heard about it,
00:27:52 I didn't really believe it.
00:27:55 Russian rockets being launched
00:28:00 The combination of
00:28:03 and a Norwegian marine?
00:28:05 I thought it was a little bit unreal.
00:28:11 But after 10 days at sea,
00:28:15 Sea Launch is nearing its destination.
00:28:18 Everyone is of one mind-all
00:28:20 are totally focused on blasting
00:28:26 The launch platform now sits
00:28:29 There is no more efficient launch
00:28:35 We have such accurate station
00:28:37 The platform is right on the equator.
00:28:39 You can literally come out here
00:28:42 from one end of the ship to
00:28:43 and cross the equator.
00:28:46 Huge pumps flood
00:28:49 with 19,000 tons of seawater.
00:28:52 It settles 70 feet into the sea,
00:28:58 The crew rolls the rocket out
00:29:00 onto the deck of the launch platform.
00:29:07 They slowly erect the 200-foot rocket.
00:29:20 A bridge connects the two ships.
00:29:22 The crew from the launch platform
00:29:25 in preparation for
00:29:32 The command ship sails three miles away
00:29:39 As liftoff time nears,
00:29:45 The captain of the launch platform
00:29:59 Steve Thelin and his international
00:30:02 then double check, every system.
00:30:04 Op support. Marine operations.
00:30:12 Sea Launch has a one-second
00:30:15 if they're to place the satellite
00:30:22 Months of preparation and thousands of
00:30:27 Can the team do everything perfectly-
00:30:32 It's a very high level of intensity.
00:30:33 Basically I focus on what's going on,
00:30:37 The concentration it takes,
00:30:39 the butterflies you get
00:30:43 Ten... nine... eight... seven... six... five...
00:31:19 We have a lift-off.
00:31:22 All looks good at blast-off.
00:31:24 But then something goes
00:31:28 One hundred and forty miles
00:31:30 the rocket shuts down prematurely-
00:31:38 A software glitch may have caused
00:31:43 dooming the mission.
00:31:49 It's a costly set back,
00:31:53 but Sea Launch
00:32:03 Nothing about rockets is easy.
00:32:05 Defying gravity remains
00:32:12 Many are pursuing radically new ideas
00:32:17 Just a few months ago,
00:32:18 I got all these proposals
00:32:23 crazy mechanisms for one of NASAs
00:32:28 that may one day take us
00:32:31 I laughed to myself a bit.
00:32:32 There are serious physicists making
00:32:37 making a shot in the dark because
00:32:40 to go to the distant planets.
00:32:46 Like others who hope to
00:32:49 propulsion physicist Leik Myrabo
00:32:54 Sputnik and also Echo
00:32:58 My grandmother got me up out of bed
00:33:01 and brought me outside
00:33:03 one of these first satellites
00:33:06 And it was just astounding.
00:33:07 It was an amazing experience.
00:33:11 With NASA backing, Myrabo has traveled
00:33:16 Here, he will test
00:33:19 can be used to push specially
00:33:24 Science fiction writers have been
00:33:29 ultra thin sails,
00:33:32 covered with reflective surfaces
00:33:40 We're actually testing five new laser
00:33:43 Now the sails aren't very big.
00:33:45 They're only about a couple of
00:33:48 But what we're doing is we're flooding
00:33:50 that with 10 to 100,000 watts
00:33:55 This is a ferocious environment
00:33:57 we don't know how well
00:33:59 And until you actually do tests
00:34:02 you don't know where you stand.
00:34:04 And that's what these tests are about.
00:34:05 So it's incredibly exciting.
00:34:10 Yeah, this is brand new.
00:34:13 The weight of these sail materials
00:34:16 I mean, we're talking about
00:34:21 Will it burn up?
00:34:22 You know, will it just
00:34:24 to the bottom of the vacuum tank?
00:34:25 We don't know.
00:34:27 But we are simulating
00:34:29 It's evacuated to an incredibly
00:34:35 If these delicate prototypes
00:34:39 Myrabo's dream of a starship
00:34:44 will be one step closer to reality.
00:34:46 Run number one.
00:34:47 Pendulum number one.
00:34:50 Ready to arm...
00:34:59 four... three... two... one...
00:35:17 Incredibly, it works.
00:35:20 The force of light alone has pushed
00:35:23 the miniature sail
00:35:25 This is good. Very good.
00:35:39 A real laser sailcraft would require
00:35:45 Much of the work might take place
00:35:49 Thousands of solar-powered lasers
00:35:54 Each laser would be rolled out
00:35:57 where it would be packaged
00:36:19 A railway lined with
00:36:21 would accelerate the laser
00:36:48 The laser slows as it approaches
00:36:50 a gargantuan array of lasers
00:36:58 A worker fits the new laser
00:37:07 Nearby, in earth orbit,
00:37:15 Half a mile across,
00:37:17 it might carry a robot craft
00:37:35 When the laser array is complete,
00:37:37 100 billion watts of light
00:37:44 Bouncing off the sail,
00:37:48 The craft gradually picks up speed.
00:37:54 It passes Jupiter,
00:37:58 it could approach another star
00:38:04 Near the end of its mission,
00:38:05 a smaller sail carrying
00:38:21 The small sail slows,
00:38:23 perhaps to enter orbit around
00:38:31 But we are decades away
00:38:34 that Leik Myrabo is pioneering.
00:38:39 Today, it's still an overwhelming task
00:38:54 After sealing the punctured module
00:38:57 the top priority for Michael Foale and
00:39:09 Vasily fires thrusters
00:39:13 He points the station's solar panels
00:39:16 in order to recharge its batteries.
00:39:18 But time and again,
00:39:24 Nothing is easy in space.
00:39:35 Space is a hostile, dangerous place-
00:39:38 more dangerous than anyplace
00:39:45 And there are a lot of places on earth
00:39:46 that have killed people,
00:39:48 There's a lot one has to overcome.
00:39:51 When Columbus sailed the ocean blue,
00:39:56 Astronauts have radiation storms
00:39:59 micrometeorites that can pierce
00:40:03 They're going to be facing
00:40:07 On Mir, the crew grows exhausted.
00:40:10 They seem cursed.
00:40:12 Each time they resolve one crisis,
00:40:16 Sasha accidentally unplugs the
00:40:24 Russian ground controllers decide
00:40:29 And we kind of did really relax.
00:40:30 We actually watched one or two movies.
00:40:32 We watched Apollo 13
00:40:36 which I translated for them.
00:40:38 But as his tour on Mir draws to an
00:40:46 On September 27, 1997, he watches
00:40:54 Even though I should be relaxing
00:40:55 and just looking forward
00:40:57 I was starting to become quite tense
00:41:00 that the shuttle wouldn't be able
00:41:05 because of one of these
00:41:11 I saw this beautiful sight rising up
00:41:16 so slowly compared to the Progress,
00:41:22 with hardly any immediate motion
00:41:26 between each change that
00:41:30 join up perfectly to our docking port.
00:41:33 And this enormous relief
00:41:39 And at that point, I knew I was home.
00:41:44 Home.
00:41:50 As he pulls away from Mir,
00:41:52 Foale takes what may be
00:42:00 After more than
00:42:03 that challenged
00:42:06 Foale now hopes for
00:42:22 He returns to a vibrant world,
00:42:25 one filled with color
00:42:34 In the middle of the Mojave Desert
00:42:37 who may well profit from space travel.
00:42:40 His name is Burt Rutan.
00:42:42 That's a dog. How about a duck?
00:42:48 Rutan thinks-and lives-
00:42:54 Rutan's edge designs
00:42:58 And he's enjoying the ride.
00:43:03 Work? I haven't worked since 1974.
00:43:09 This is all play.
00:43:11 A simple concept, actually.
00:43:14 People have fun,
00:43:25 Rutan runs Scaled Composites,
00:43:28 a company that designs and builds
00:43:35 One of Rutan's latest projects
00:43:39 First, throw out the rulebook.
00:43:44 The result is his plane Proteus.
00:43:48 This spindly craft can carry a one-
00:43:53 11 miles into the air.
00:44:03 Proteus might one day
00:44:08 When the aircraft reaches altitude,
00:44:12 blast into orbit under its own power,
00:44:47 It's looking good.
00:44:47 Powers are great.
00:44:49 I'm going to
00:44:51 Controls are alive, feeling good.
00:44:58 Gears coming... 110 would be
00:45:05 If your ambition is to do
00:45:09 you want to go to altitude,
00:45:10 to show whoever wants to go up there,
00:45:12 and I want to go too,
00:45:17 And then you want to just
00:45:20 and just enjoy this-weightless.
00:45:23 You know, bring your house cat
00:45:26 you want to do for this time
00:45:28 You know, you just can't do that
00:45:30 But if you're single or cat-free,
00:45:37 Who wants to be the first
00:45:40 while they're sipping a martini-
00:45:42 r maybe there are people out there
00:45:45 I don't have enough money to do it.
00:45:47 Perhaps if I did,
00:45:49 But the question is not whether
00:45:51 but there's enough interest
00:45:53 and to drive the industry to invent
00:45:57 Remember the people used to ask
00:46:00 Why in God's name
00:46:02 How practical could that possibly be?
00:46:06 This whole notion of space tourism
00:46:08 is really a chance to get
00:46:11 where there are thousands of launches,
00:46:14 people designing new vehicles,
00:46:17 And we go from sub-orbital flights
00:46:21 and onto the moon,
00:46:25 Hi, guys. Good morning,
00:46:27 I'm the chairman of the X-Prize.
00:46:28 Peter Diamandis is offering
00:46:31 to the potential Lindberghs
00:46:34 So, we're looking for a new generation
00:46:38 who can go and build launch vehicles
00:46:42 We're trying to make this
00:46:44 with the parachute in here
00:46:48 He is holding out a prize to any kid
00:46:52 that will safely return its fragile
00:46:58 What we're trying to do here is to
00:47:03 and feel the competitive spirit
00:47:07 and get into it so that
00:47:10 It's really neat to look at
00:47:12 to know that the teachers here
00:47:15 Everything they've designed here
00:47:19 or their own imagination
00:47:22 that they're getting their egg
00:47:25 You're going to put your cup in there,
00:47:29 They gotta design this vehicle that
00:47:32 and they get the idea that
00:47:39 Across town, students from another
00:47:42 for the upcoming competition.
00:47:45 One, Jaqui Rogers,
00:47:51 The thing that surprised me about space
00:47:56 And it was fascinating to me,
00:47:58 because I learned that
00:48:03 that Neil Armstrong's footprints
00:48:09 And I learned about the craters
00:48:13 Destiny Voyager is now complete.
00:48:19 Launch day arrives.
00:48:20 What we're going to do is
00:48:22 a chance to put your eggstranauts
00:48:24 And you should be done doing that
00:48:26 by the time we get ready
00:48:29 The pad and fuel prepared...
00:48:32 Yeah.
00:48:32 Everybody's got an eggstranaut?
00:48:34 Yeah.
00:48:35 Everybody's got fuel?
00:48:36 And the future rocket cadre
00:48:41 There you go.
00:48:45 Unusual designs create their own
00:48:49 This happens at NASA all the time,
00:48:52 In fact, the shuttle was delayed
00:48:53 because they had a bunch of
00:48:55 Rocket is secure on the pad.
00:48:58 All systems are go.
00:48:59 The launch director receives
00:49:03 Ten... nine... eight... seven... six... five...
00:49:14 one.
00:49:30 Launching these rockets is easy.
00:49:39 Open up, open up...
00:49:45 It's the landing that's hard.
00:49:46 Sorry guys.
00:49:51 Today's lesson?
00:49:52 To become a rocket scientist,
00:49:58 Excellent.
00:49:58 Parachutes opened.
00:50:00 Any one of these students could grow up
00:50:06 Some may get the chance to leave earth-
00:50:17 Whatever it is in our nature
00:50:18 that drove us to the moon
00:50:22 and will continue to spur humanity
00:50:27 Jaqui Rogers.
00:50:32 If I could go up into space,
00:50:38 I would like to look down
00:50:41 And Mars.
00:50:43 I would like to find new things
00:50:47 I want to see the moon, of course.
00:50:49 And the first thing
00:50:52 where Neil Armstrong left the flag,
00:50:56 and that's the main thing that
00:51:10 In terms of exploration,
00:51:11 I think in 50 to 100 years we will have
00:51:17 We'll have factories there.
00:51:19 We'll have people who are living there.
00:51:20 We'll have hotels there, of course.
00:51:24 We'll have the first real self-
00:51:27 But what makes me excited are going
00:51:31 off planet, in free space colonies.
00:51:40 I think it will be very much like
00:51:43 where there were different groups
00:51:45 and fantasizing about
00:51:48 where the best next new worlds are.
00:51:51 And that's the future
00:51:56 I'm one of those explorers
00:52:00 you know,
00:52:04 To travel to distant stars and
00:52:09 but we're not even close to
00:52:13 Oh, in my day... to think of going up
00:52:17 well that was out,
00:52:21 No we'd never break the sound barrier.
00:52:24 So you see how things are, can change.
00:52:27 And then, would anybody ever
00:52:31 Well, that was ridiculous.
00:52:34 Well, we've gone to the moon.
00:52:36 Is it our destiny to
00:52:40 If it was once inconceivable
00:52:43 What vaulting ambitions could become
00:52:48 We have already begun
00:52:51 that will carry us beyond the reach
00:52:55 We are entering an era
00:53:01 The cosmic perspective is inextricably
00:53:07 of how tiny we are in this universe,
00:53:09 how frail we are in this universe,
00:53:12 combined with simply how big
00:53:16 Now, that might sound depressing.
00:53:18 For me, it's only
00:53:21 With that knowledge,
00:53:24 in this quest, to reach
00:53:26 and then perhaps see