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A magical journey inside the Johnson Space Center

Originally published http://absolutspaceguy.posterous.com.

(JOHNSON SPACE CENTER, Texas) — Lying on my back strapped in with a five-point harness preparing to lift-off in the space shuttle was the highlight of my second NASA tweetup at the Johnson Space Center this week.

After viewing over thirty space shuttle launches from the Kennedy Space Center I was ready to take the ride of a lifetime.

Strapped into the same space shuttle simulator in which every astronaut since STS-1 have used since 1981, the four of us waited for the countdown to reach zero as we rested on our backs and the excitement began to build.

Every space shuttle crew sat on the same flight deck in which I sat. And now it was my turn.

Minutes earlier, Michael Grabois — who has worked in the simulator operations for over a decade to support the space shuttle crews — gave us a detailed briefing on what to expect and what he and his team do during a sim.

As the final space shuttle flight soared over Johnson and the Houston landscape 240 miles above, I awaited my own launch as Mission Specialist 2 – the flight engineer.

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Space Tweep Society, STS-135 NASA Tweetup receives mention on Canadian Radio

SpaceTweepSociety.org and the STS-135 Kennedy Space Center NASATweetup is reported on by Charles Atkeison (@AbsolutSpaceGuy) on Canada’s News Talk Radio in Saskatchewan – 980 AM Regina and 650 AM Saskatoon, on July 7, 2011, including an update on L-1 activities for space shuttle Atlantis.

U.S. Space & Rocket Center to host STS-134 Tweetup

The U.S. Space and Rocket Center‘s Space Camp announced this afternoon that they will host their inaugural Tweet-up for 16 lucky people to coincide with the April 29 launch of space shuttle Endeavour.

The two-day Tweet-up is scheduled for April 28 and 29, and will focus on tours of nearby Marshall Space Flight Center and the Space & Rocket Center’s museum and rides.

Registration begins on April 7 and will close on April 12.

Those registering need to be U.S. citizens with a government issued photo ID; and follow @SpaceCampUSA and/or their Aviation Challenge Twitter feed @check_six.

“We will provide lunch and dinner meals onsite,” Social Media Manager Charity Stewart stated today. “Part of the Tweetup will include a tour of Redstone Arsenal and Marshall Space Flight Center.”

Space Camp’s STS-134 Tweetup event will concluded with a big screen viewing of the afternoon launch of Endeavour at 2:47 p.m. CDT.

The Davidson Center building is home to one of the three actual Saturn 5 rockets which was to have flown on Apollo 18, 19 or 20.

Mark your calendar and prepare to register beginning on Thursday morning at http://www.spacecamp.com/tweetup.

Russian launch to mark golden anniversary of human spaceflight

 

Russia and the world will begin celebrations Tuesday of the golden anniversary of humankind’s first steps into space with the launch of two Russians and one American aboard a Soyuz bound for the International Space Station.

The flight will also carry Meco, the Space Tweep Society Birdonaut, into orbit for a lengthy stay aboard the orbiting lab.

It was April 12, 1961, in which Russian Cosmonaut Yuri Gagarin lifted-off from a then-secret launch site to become the first human ever to not only fly in space but to orbit the earth.

Russia in his honor has named the crew’s Soyuz TMA21 spacecraft Gagarin in honor of the late-cosmonaut.

Two Cosmonauts, Soyuz commander Aleksander Samokutyaev and flight engineer Andrei Borisenko, and NASA astronaut and flight engineer Ron Garan are scheduled to lift-off aboard a Soyuz-FG rocket on April 4 at 6:18 p.m. EDT (4:18 a.m. April 5 local time), from the Baikonur Cosmosdrome in western Kazakhstan.

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NASA Stardust craft to make Valentine’s night pass by comet

NASA Stardust craft to make Valentine's night pass by comet

(Cape Canaveral, FL) — A NASA spacecraft will make a Valentine’s night pass by a fast moving comet in the hopes of learning more about the icy rock.

The Stardust-NExT (New Exploration of Tempel) spacecraft is on a course to fly very close to the comet Tempel 1 on Monday at about 11:37 pm EST.

“Stardust-NExT is a mission to reuse the Stardust spacecraft to further the exploration of comet Tempel 1,” principle investigator Joe Veverka explained.

“Temple 1 was the target of Deep Impact. Deep Impact discovered that this is a most interesting comet,” Veverka added. “We want to see more of the surface and we also want to see what changes have occurred since Deep Impact went there five years ago.”

In a deep space ballet 209 million miles or 2.25 AU from earth, Stardust will both scientifically scan and photograph Tempel 1.

The two space objects are expected to fly to within 124 miles apart.

The mission’s project manager, Tim Larson, explained, “We want to extend the mapping and observation of (Tempel’s) nucleus to see new areas of the nucleus we hadn’t seen before, so it will help complete the mapping of the nucleus of this comet. And, then if possible, we would like to be able to image a crater that was left behind” from the Deep Impact.

Comets are mostly icy chunks of rock material which are locked in an elliptical orbit around the Sun. As the comet nears the Sun, a white fuzzy atmosphere envelopes around the icy rock and forms a tail region due to solar radiation.

There are about 4,000 known comets, and Tempel 1 orbits past the Sun once every 5 1/2-years, and out to a region between Mars and Jupiter.

As Stardust races near the comet at 24,300 miles per hour, the craft’s science and navigation instruments will be activated.

The Comet and Interstellar Dust Analyzer instrument will be turned on at about 8:30 pm, and run until about 2:30 am Tuesday morning. This analyzer will study the masses of ions from the dust particles which surround the comet.

The Dust Flux Monitor will be turned on at about 11:16 pm, and will study the make up and size of dust originating from Tempel 1′s coma.

The nearly five mile long and three mile wide comet rotates once every forty-one hours.

The Stardust mission has had a very storied career since it’s February 1999 launch aboard a Delta II rocket from Cape Canaveral.

In 2002, the craft flew by the Annefrank asteroid making observations and taking thousands of images. Over a year later, the craft flew by it’s main target, comet Wild 2.

A section of Stardust known as the sample material capsule collected dust and particles from Wild 2.

In January 2006, the sample material capsule returned to earth, landing in Utah.

The mission was then extended in late 2006 at a cost of $29 million to keep the spacecraft alive through September of this year.

Apollo 14 at Forty: Shepard, crew return America to the moon

Apollo 14 at Forty: Shepard, crew return America to the moon

America’s first man in space, Alan B. Shepard, stood on the dusty soil of the moon. His white space suit made it hard to move freely as he hopped across the plains at Fra Mauro, the landing site for Shepard and fellow moon walker Edgar Mitchell.

As the lunar journey neared its end, Shepard took his handle from a rock collection tool and fastened a six iron wedge at the end of it, dropped a small white ball onto the dry soil and made the first golf shot on another celestial surface.

The ball shot into a nearby crater, and he thought to himself, “A hole in one.”

Shepard then perfected his back swing for the second and last golf ball. “There it goes… miles and miles and miles!” he exclaimed as the second ball soared and arced out into the solid black sky.

It had been a long journey for America’s fifth human to reach the moon. As NASA worked to return America back to space following the Apollo One fire, the space agency’s senior astronaut was loosing his hearing in his left ear and his balance. His equilibrium was gone by autumn of 1968.

A secret ear operation suggested by fellow astronaut Tom Stafford was then performed by a Los Angeles doctor which allowed the astronaut to return to flight status a year later.

He was ready to now aim for a moon flight, particularly Apollo 13 and the Fra Mauro region.

However, crew rotation by chief astronaut Deke Slayton put Shepard on board Apollo 14, and when the preceding flight aborted it’s lunar landing due to a blown oxygen tank, Fourteen set it’s mission sights on Fra Mauro.

Apollo 14 lifted off from the Kennedy Space Center on January 31, 1971, at 4:03:02 pm EST, forty minutes late due to rain over launch pad 39-A, to begin a nine day voyage upon the ocean of space.

Once the crew reached space and left earth orbit for the moon, they ran into a problem with the docking latches which connect the lunar module Antares with their command module Kitty Hawk.

For one hour, Kitty Hawk’s pilot Stuart Roosa brought the command module in slowly to dock it perfectly on four tries, however the capture latches would not latch. Kitty Hawk’s fuel was running lower than had been planned at this point in the flight as well.

If the latches could not dock the two craft together, the mission would have to be aborted.

As the crafts moved past a distance of 20,000 miles away from earth, the idea was discussed to go in at a faster rate to awake those latches and dock the module. It worked and the crew sped on toward lunar orbit.

The three day journey to lunar orbit was quiet.

Antares trip down to the lunar surface was not.

Software issues with the lunar module’s landing computer, and later with the landing radar caused big concerns for both the crew and in mission control.

Once the control center sent up new commands to the computer, they were given a go for landing.

Antares single engine fired to bring the craft down and land. It was human kinds third landing upon the moon.

Landing at Fra Mauro on the eastern edge of the Ocean of Storms occurred on February 5 at 4:18:11 a.m., just 130 feet shy from the target site.

“Okay, we made a good landing,” the 47-year-old Shepard said upon landing Antares.

Hours later, he became the fifth human to set foot upon the moon and radioed to mission control on what it took for him to reach this point, “Al is on the surface. It’s been a long way, but we’re here.”

To which Slayton replied, “Not bad for an old man.” Shepard would be the only Mercury astronaut to reach the moon.

Shepard and Mitchell collected nearly ninety-three pounds of lunar rocks during their nearly five hour set of two moon walks.

This week marks the fortieth anniversary of Shepard and his crew’s flight aboard Apollo 14, the mission which returned America to the moon following the odyssey of the Apollo 13 flight the following spring.

In October 1995, I enjoyed a candid conversation with Alan Shepard on his thoughts about the space program of the time. And, although it has been fifteen years, his words echo true in 2011 as it did then.

Charles Atkeison: How does the space program today differ from what you experienced during the 1960′s and into the early 1970′s? Do we still have a focus for what we want to do at NASA?

Alan Shepard: I think as far as NASA’s concerned, yes. The difference as far as the general public’s concerned is that the pure excitement of the early days is gone because, “so we’ve done that. What do we do tomorrow?”, kind of routine. The fact that the public in general is excited about exploration made the lunar mission a very well recognized, well appreciated phase.

The folks that are flying today are just as dedicated as we were even knowing ahead of time that they are not going to receive the same kind of appreciation and recognition that those of us did in the early days.

Charles: Do you consider yourself the Christopher Columbus of the modern age?

Alan: I really don’t. I consider myself very fortunate to have been allowed to make a couple of space flights for the United States. I recognize a few of us get a lot of attention, but literally hundreds of our close associates are the ones that did all the work. I remember saying in May of 1961 at the White House, when I received a medal from President Kennedy acknowledging that these hundreds, yes thousands of dedicated individuals on the ground are the ones to whom the accolades of the day should go. And I still feel that very strongly.

Charles: I remember the scene, Kennedy drops your medal during the presentation. What went through your head right then?

Alan: Well, we almost banged heads ’cause both of us (Shepard laughs) … it was kind of cute. ‘Cause Jack said, “Here,” and Jackie (Kennedy) said, “No. No, Jack, pin it on.” So then he recovered and pinned it on. So we had a lot of fun with that.

Charles: Thank you.

During a visit to the Kennedy Space Center’s Saturn V center, guests can walk up to and study the moon craft, Kitty Hawk.

Commander Shepard passed away while at his home in California following a two year bout with leukemia in July 1998. Crew mate Roosa passed away three years earlier due to an inflammation of the pancreas. Ed Mitchell is now eighty and lives near West Palm Beach, Florida.

In May, America will once again recall the Christopher Columbus of the space age in Shepard, as we celebrate the fiftieth anniversary of America’s first trip into space, Freedom 7.

Story by
Charles Atkeison
http://spacelaunchnews.blogspot.com

Challenger’s Enduring Mission: 25 years strong

Challenger's Enduring Mission: 25 years strong

The loss of the space shuttle Challenger and her crew of seven a quarter century ago this Friday marked not just a significant place in American history, but helped capture the imagination of the country and it’s youth.

As Challenger sat poised to begin the twenty-fifth space shuttle mission, students around the United States and select countries around the world tuned in to CNN to watch the launch as it happened. Cable News Network was the only network to carry the launch live. In fact, the White House staff was tuned to the Atlanta-based network to watch the lift-off.

This flight attracted both the youth of the nation and their teachers. After all, one of their own was on board — Teachernaut Sharon Christa McAuliffe.

McAuliffe, along with Barbara Morgan as her back-up, were chosen by NASA in July 1985 for the Teacher in Space project, and it was McAuliffe’s excitement for science and space which created a media likeness toward her.

As the launch neared on that January morning, television sets clicked on in classrooms and student halls.

This aerospace reporter was one of those students, and my school’s choral room was one of those rooms.

Challenger’s crew of seven included commander Richard Dick Scobee, pilot Michael Smith, mission specialists Ellison Onizuka, Judith Resnik, Ronald McNair and payload specialists McAuliffe and Gregory Jarvis.

As an early-teen, I developed a strong respect for several astronauts in the corps. including Dr. Resnik. During 1985, I was able to place several phone calls to her office, including a few letters. She offered a lot of information about training, strength and the choices you make in your life.

A beautiful, personally signed portrait and a few items from Dr. Resnik remains in my possession to this day.

Tuesday, January 28, 1986 was extremely cold. Ice coated the launch tower where Challenger waited passively following a one day delay due to a stuck hatch handle.

I can recall the days leading up to the launch as if it occurred only twenty-five months ago.

Challenger’s STS-51L mission, or STS-33 as the technicians handling Challenger’s prelaunch payloads knew it, was originally targeted for Jan. 24 at 3:43 pm. The delays of the launch of Columbia weeks earlier forced a three day delay.

Much of America watched the Chicago Bears win in Super Bowl XX, but for the crew of Challenger and the launch support teams it was bedtime before halftime of the game the night before launch.

Recalling that morning before school, I had CNN on watching the smiles on the crew as they left the Operations and Checkout building. I remember thinking, “there (Dr. Resnik) goes.”

The freezing temperatures forecast for launch morning did cause concern with key managers and their support personal, however almost everyone concluded late into the night that it would be safe fly.

The concern was the rubber O-ring seals on the solid rocket boosters which help trap hot gases from leaking out of the several sections which stack up the booster.

Recalling that morning before school, I had CNN on watching the crew walk out and their smiles as they left the Operations and Checkout building. I remember thinking, “there (Dr. Resnik) goes.”

The space shuttle Challenger lifted-off into the blue skies over Cape Canaveral following a delay to allow for outside temperatures to warm up at 11:38:00 am EST.

“And, lift-off. Lift-off of the twenty-fifth space shuttle mission, and it has cleared the tower,” launch commentator Hugh Harris announced.

It was the first space shuttle launch from pad 39-B.

It was to be an exciting mission as McAulliffe planned to make two 15 minute lessons from space from her classroom on the middeck; and collect data on the other space news of the month, comet Halley’s return.

A science satellite called Spartan-Halley would be deployed by Dr. Resnik using the ship’s robotic arm for forty hours of comet Halley observations. Experiments on Spartan would look into the ultraviolet regions of the comet.

Two seconds after the boosters ignited and Challenger began to rise, around eight puffs of black smoke shot out of the right hand booster and then stopped.

The tenth mission of Challenger was underway, and her crew of seven soared toward super sonic speeds.

In classrooms, teachers and school children cheered the space shuttle as it sailed out over the Atlantic Ocean.

Then it was over in a flash.

As Challenger passed through a region of strong winds, pressures from Challenger’s speed and the crosswinds from a recent jet stream forced the same o-ring seal which had puffed smoke earlier to allow flame to burn through the seal and lick the lower back section of the external fuel tank.

The flame burned the booster’s lower attach point to the tank, causing the forward nose of the booster to veer into the upper section of the external tank and puncture it.

The entire vehicle disintegrated. The orbiter itself did not explode. The force of the disintegration broke apart Challenger.

Challenger’s crew cabin was thrown free and traveled upward for a few seconds prior to falling into the ocean.

It’s hard for most to put into words their memories of that day. I never have wanted to write about this for fear of… I guess I want to keep my memories to myself, many I will not write about here.

Moments after the tragedy, I finished a math exam and literally ran to the school’s front office to call my mother.

I went home and mourned for weeks. Not just for the space program and the crew, but for an innocence lost. I grew up a bit and I vowed to improve myself and aim high.

I think a lot of students of all ages learned from the loss of Challenger, and made personal commitments to achieve higher goals.

In the years that followed, the families of the crew began the Challenger Center for space science education. Today, there are 48 learning centers across America, Canada and the United Kingdom teaching the science involved here on earth and in space. They’re making math and science fun for young students, and that’s important.

We all have our heroes, those who inspire us deep down to stay strong and strive further to meet our dreams. My father who taught me to fly planes, fish and work a computer at an early age, and Dr. Resnik are sincerely those two heroes who have reached out and ‘touched the face of God.’

God bless.

Making the delayed trip of Discovery family friendly

Imagine you are a member of the crew of the next space shuttle flight who are taking a family trip into earth orbit.

You
arrive at the Kennedy Space Center to review the itinerary for your
twelve day trip to your “hotel in space”, the International Space
Station.

 

 One sunny morning, you and your family of six astronauts head out and board your vehicle known as the space shuttle Discovery.

The
last bags are loaded, the family is strapped in and at the last minute,
Uncle Mike Massimino remembers to return the family video camera he
used on his last vacation.

The family is excited to be going. For several, they haven’t left the planet in a year or more.

However, there is a problem.

A
neighbor three miles down the gravel road in a white long
trailer-styled home next to a garage can tell that gaseous hydrogen is
leaking from the vehicle’s tank.

“This
needs to be repaired,” the father thinks, and tells the family to go
back inside the house for a few days as the mechanics make a service
call to perform the repair.

As
the mechanic is draining the vehicle’s tank of the fuel, several cracks
on the fuel tank can be seen which are unrelated to the earlier leak.

So
now the mechanic informs the family that they can make a few repairs at
their home, but will need to have a tow service come out and move the
vehicle to the garage for several weeks to ensure there are no further
cracks.

Well, deep
down the father and his family really wanted to be at the hotel in space
hanging with several relatives and a few distant cousins, but feel it
would be safer to have the mechanic perform the checks in the garage.

The
tow service arrives a few weeks later after the mechanic fixes the
cracks, puts new fuel in the tank and then empties the tank.

The
tow truck then backs in but gets stuck, and has to spend a day
adjusting by several inches just to pick up the vehicle for tow.

The technicians in the garage bring in the vehicle known as Discovery to begin examining her tank.

Meanwhile,
the family of six wait… and wait through Christmas, and as they wait
they think of new plans they want to try and do on their trip.


The boys say they are looking forward to swimming around for seven
hours on two of their vacation days. While the mother wants to take a
look at the hotel in space she lived in for six months as she worked
away from home.

So the
family calls the garage several times to check on their vehicle’s
progress, but the technicians say that they need to add strengtheners to
the vehicles tank after discovering new cracks.

The repairs to the additional cracks continue.

And the family waits through through the New Year and into February.

They then consider to take that long awaited trip around March 1 as spring break nears in an attempt to get their father out of the house.

After all, he did have a desk job for a while…

Space station crew prepares for a busy 2011 start

 (Cape Canaveral, FL) UPDATED Jan. 18 — An extremely busy first quarter of
the new year is planned for the crew of the International Space Station
which will pave the way for new transportation and growth as humankind
lives and works in earth orbit.

Several flights to the
International Space Station by both manned and unmanned craft will be
the focus during the first 90 days of the year.

The
station’s crew of six known as the Expedition 26 will balance the
arrival of several ferry flights of supplies; perform two spacewalks by
two Russians and two by Americans; and prepare for the arrival of the
six visitors and a new storage module aboard the much delayed space
shuttle Discovery.

Two
Russian cosmonauts on January 21 will don their Orlan MK spacesuits
and set out for an orbital walk in space to begin a multi-hour job
outside Russia’s Zvezda service module.
The spacewalk should get underway just after 9 a.m. EST.

Cosmonauts
Oleg Skripohcka and Dmitry Kondratiev will perform several tasks
including the removal of “the impulse plasma injector from Zvezda’s
outer surface, and installation of Russia’s high-speed data
transmission equipment Photon-Gamma intended to study gamma-bursts and
optical radiation during thunderstorms”, the Russian space agency
stated to this reporter.

A second Russian-based spacewalk is planned for one month later.

Japan’s space agency JAXA will kick off a series of space craft arrivals on January 22 with the launch of their unmanned resupply craft KOUNOTORI, or “white stork” in Japanese.

The
ten-meter long KOUNOTORI craft will lift-off a top the H-IIB rocket
from the Yoshinobu Launch Complex at the Tanegashima Space Center at
12:37 am EST (2:37 pm Japan ST). It will mark the second time a
supply craft from Japan will fly to the station.

Seven
days later, the craft, loaded with some 16 tons of fresh supplies and
hardware, will be captured by the space station’s robotic arm and then
berthed. The hatches into the KOUNOTORI will not open for nearly three
weeks by the crew due to the busy nature of the first quarter.

The
crew will undock the trash filled old Progress 40P from the Russian
Piers docking module on Jan. 23 for it’s fiery return to earth.

This
will make room for Russia to then launch their freshly supplied
Progress M-09M craft to dock with the Russian side of earth’s orbital
outpost in space.

Lift-off
of the Soyuz U rocket with the Progress 41P unmanned craft is
scheduled for January 27 at 8:30 pm EST ( 01:30 GMT on the 28th), from
the Baikonur Cosmodrome in western Kazakhstan.

The Progress will dock three days later to the Russian Piers docking module.

South
of Florida and into the northern jungles of South America lies the
European spaceport in French Guiana — home to the Arianespace’s Ariane 5
heavy lift rocket.

An
Ariane 5 is scheduled to launch after Discovery’s lift-off on an
unmanned cargo supply flight to the European Columbus module on the
station.

Launch of the Ariane 5 with the automated transfer vehicle nicknamed Johannes Kepler is currently set for February 15 at 5:09 pm EST (2209 GMT), from Kourou.

Kepler is currently scheduled to dock with the Russian side of station on February 26.

In the United States, the space
shuttle Discovery will be poised to lift-off on her 39th and final
space flight. Delayed due to a gaseous hydrogen leak and a half-dozen
cracks on the ship’s external fuel tank, the current target launch date
of no earlier than February 24 is under view as technicians strengthen
the tank.

Discovery’s brief February launch window closes on March 6, and reopens again on April 1.

When
Discovery does fly, the orbiter will dock to the space station to
begin eight days of off loading supplies; install a new permanent
storage module; and perform two spacewalks.

On
March 16, three of the station’s crew members will depart for their
return to earth. Alexander Kaleri, outgoing station commander Scott Kelly and Skripochka will
undock aboard the Soyuz TMA-01M craft and land several hours later in
Kazakhstan.

Once the
Soyuz departs, the remaining crew of three — new station commander
Dmitry Kondratiev and flight engineers Catherine “Cady” Coleman and
Paolo Nespoli — will form the core of the new Expedition 27.

The
first quarter of 2011 will conclude with the launch of a new crew of
three to the space station to begin a nearly six month stay.

Russian
Soyuz 26 commander Alexander Samokutyaev and flight engineers Andrei
Borisienko and Ron Garan will lift-off aboard a Soyuz rocket on March 29
at 8:43 pm EST (0043 GMT on the 30th), on a two day journey to the
space station.

Of special interest to this reporter is what Garan will carry with him into earth orbit — a Space Tweep Society patch.

In
talking with Garan last spring, I asked him if he could represent
those of us who write and discuss aerospace activities via Twitter and
in blog form by flying the nearly 4-inch patch.

“Sure
I’d be happy to take a patch with me”, the NASA astronaut told me on
May 26. “It will probably be a one way trip though since we will have
retired the Shuttle by then.”

The
black circular patch features the society’s logo of a bird named Meco
high above a celestial object, and was created by the society’s
co-founder Jen Scheer.

Everyone involved with STwS would just as soon see the Meco patch stay in earth orbi

 

(Twitter: @CAtkeison – Follow my aerospace news: http://spacelaunchnews.blogspot.com)

Discovery: America’s Spacecraft of the Ages

The
space shuttle Discovery — a beautiful white dove and NASA’s work horse
for a quarter century — is just days away from the start of her
thirty-ninth and final voyage upon the ocean of space.

This
reporter has personally witnessed several of Discovery’s milestones,
including a beautiful low pass over Kelly AFB, Texas in 1989 as she
rode a top a Boeing 747 after her STS-29 mission; the launches of
several of her flights beginning with STS-53 from inside Kennedy Space
Center; and the beautiful IMAX high quality video as she sailed around
two different space stations.

Although
her first flight was in 1984, one would need to go back to America’s
Bicentennial to witness the start of her construction at the Rockwell
plant in Palmdale, California.

Named
after two traditional exploration ships of the early 1600′s and the
1770′s, Discovery has spent the last 26 years making discoveries of her
own in the way we see not just our earth but the space around us.

Structural
spares from the building of two previous orbiters were built in 1976.
These segments later began to form Discovery’s crew cabin once the
government gave NASA the funding to build a fourth orbiter in January
1979.

At this point
in time, three other orbiters were completed or neared completion.
Enterprise was already performing air flight drop tests, however it was
not space flight rated; Columbia was built and just weeks away from her
delivery to Florida’s Kennedy Space Center; and Challenger was under
construction at the Rockwell plant in Palmdale.

Discovery
and her sister ship Atlantis were built when it was determined in 1978
that upgrading Enterprise for space flight could not happen due to the
way she was constructed.

Discovery’s wings were completed and were attached to her fuselage in the summer of 1982.

NASA’s
third space shuttle orbiter vehicle (OV-103) destined to soar through
space rolled out of Rockwell for delivery to America’s spaceport on
October 16, 1983.

Once
arriving at Kennedy a few weeks later, Discovery was towed to her new
home in the orbiter processing facility for tests and inspections prior
to her first planned flight in June 1984.

Discovery’s
maiden flight was to have been the sixteenth space shuttle mission
(STS-16), but cancelled missions moved it up as the twelfth flight
under a new designation, STS-41D.

STS-41D
was the fourth flight under the new payload identification system:
Space Transportation System (STS) and the 4 meant the fiscal year of
1984, the “1″ stated it was a KSC launch (where “2″ was to have been
the Vandenberg, AFB site); and “D” is the designation for the payload
flight of the year.

Discovery’s
maiden flight was delayed one day to June 26th, but a dramatic shutdown
of two of her three main engines seconds before launch would keep the
craft earthbound another two months.

“6,
5 we have main engine start… (NTD states “cut-off”)… We have a
cut-off. We have an abort by the on board computers of the orbiter
Discovery,” NASA’s launch commentator stated as it happened.

Suddenly,
launch control began reading all of their data. Engineers began safeing
both Discovery and her boosters as they scrubbed the launch. Launch
director Bob Seick and his team knew the entire stack would need to be
returned to her hanger to replace the three used engines.

Discovery would later return to her ocean side launch pad, and on August 30, 1984, set sail on her first flight:

“3,
2, 1. We have SRB ignition and we have lift-off! Lift-off of mission
STS-41D, the first flight of the orbiter Discovery, and the shuttle has
cleared the tower!”, the launch commentator exclaimed at 8:42 am as she
rose into the blue Florida sky.

STS-41D’s
“Zoo Crew” of six — commander Henry Hartsfield, pilot Mike Coats and
mission specialists Steve Hawley, Richard M. Mullane, Judith A. Resnik
and Charles Walker — spent six days in space deploying three
communications satellites; deploying a 102-foot solar sail mock-up; and
testing Discovery’s on board systems as this was her maiden flight.

The
Zoo Crew reference was an internal crew joke as Resnik kidded Mullane
and Hawley upon their meeting of actress Bo Derek who had just starred
in the movie remake of Tarzan. Judy would call Mullane “Tarzan” and
Hawley “Cheetah”. Mullane’s answer to Judy, “Well you must be Jane
then.”

When I worked
for Space Camp and Astronaut Hall of Fame, I became Mullane’s personal
guide during his two day visit in 1996. I asked him a lot about that
flight and he shared with me several great stories of 41D.

Discovery
flew her second flight STS-51A two months later on an exciting mission
which saw two spacewalking astronauts go out and capture two wayward
satellites stranded in low earth orbit. The two satellites were
launched earlier in the year, and Discovery captured them and returned
them home to be repaired and relaunched.

The
orbiter would fly four times in 1985 on satellite delivery flights and
one classified military mission which earned the white dove the name
“Battlestar Discovery”.

During
1985, the space shuttle’s second launch site at Vandenberg, AFB was
being prepared for it’s first launch. Discovery was destined to become
the military orbiter and fly the first California shuttle flight in
March 1986 on mission STS-62A (6 for 1986, 2 for VAFB and A for the
first payload of the year).

However,
fuel tank contamination issues at the launch site saw that the launch
would likely be delayed past the March target date.

Then
came the loss of Challenger on January 28, 1986, loosing both Resnik,
school teacher Christa McAuliffe and five astronauts due to high upper
level winds placing stress on a frozen, frailed o-ring seal on the
shuttle’s right solid rocket booster. The failed seal allowed for a
small plume of fire to lick the external tank and causing the tank to
explode, causing Challenger to break apart.

NASA
spent the next thirty-two months adding a new capture feature to a
redesigned SRB; performing over 100 modifications and upgrades to the
three remaining orbiters; and learning how to fix how NASA conducts
flight safety.

Discovery was then selected to lift America back into space.

On
September 29, 1988, Discovery mission STS-26R carried a crew of five
and a new tracking and data satellite to replace the one lost on
Challenger’s flight.

Discovery
spent the next few years carrying aloft space observatories and
spacecraft destined to observe the planets and galaxies.

In
the spring of 1990, Discovery and a crew of five launched the Edwin
Hubble Space Telescope into earth orbit. On her next flight in October,
the Ulysses spacecraft was deployed from the orbiter to begin an
unexpected nearly 19 year mission to understand
“the Global Structure of the Sun’s environment-the heliosphere“, according to NASA’s JPL.

Discovery
became the first orbiter to rendezvous with a space station when in
February 1995, the craft began a station keeping flight next to Russia’s Mir
station. A few of us referred to this mission as the “Mir-go-round”
flight.

I still recall standing at the launch pad hours before her launch and thinking that this spacecraft will be flying in formation with a space station. There’s something truly special about that… I wanted it to inspire me.

Ironically,
the orbiter would dock only once during the nine shuttle-Mir docking
flights. In June 1998, her STS-91 flight performed the final Mir
docking as her crew picked up astronaut Andy Thomas from his multiple
month stay on the station.

A
few months later, Discovery’s 25th flight carried a crew of seven
including former Mercury astronaut John Glenn to space on a science
mission. On February 20, 1962, Glenn became the first American to orbit
the earth and became a national hero. So much so that then President
John Kennedy denied Glenn’s return to space for fear of loosing him to
a tragic space flight accident later.

Discovery revisited Hubble twice in the late-90′s, and also flew the 100th space shuttle flight on October 2000.

The
2000′s are known at NASA as the construction years of the International
Space Station. It also became the start of America’s ten-plus years of
continuous living and working in space. Beginning on November 2, 2000
and thru today, at least one American has been in space.

In
2001, Discovery carried both the station’s Expedition two and
Expedition three crews to orbit to begin their three month stays aboard
earth’s orbital outpost in space.

By
2002, NASA was running at full steam. The space station was growing and
her crews were performing great science 220 miles above earth.

Then on February 1, 2003, America lost Columbia during her return to earth.

America
stood down and began to focus on how the physics of the loss of foam
insulation from the external tank can damage the belly of an orbiter
during launch. This is what doomed Columbia as insulation traveling at
a high speed slammed into the wing’s leading edge on the underside of
the orbiter. It punctured a hole and when Columbia completed her 16 day
flight, the hot gases and temperatures of reentry began to fill the
inside structure of the craft causing section after section to break
off over Texas.

Long hours were spent fixing the way the foam insulation was applied to the shuttle’s external tank.

On board the space station, NASA and Russia downsized the crew compliment from three to two until the shuttle program resumed.

Then
in July 2005, Discovery’s 31st mission returned America to space once
again, however this time during her launch several insulation pieces
had broken off without damaging the craft. NASA stood down another year
to make more adjustments to the tank.

An
Independence Day launch in 2006 on a space station resupply flight gave
America a much needed lift, and helped resume the building of the
station.

Since then,
Discovery has carried up to station the huge Port 5 and the Starboard 6
truss segments; the Japanese Kibo science module in 2008; and the
Leonardo multipurpose logistics module to resupply the complex.

Now
as we witness Discovery’s final flight this month, her 39th mission
will again carry Leonardo, but this time her crew of six will leave the
Italian-built module docked to station permanently as a storage section.

Discovery’s
shortest flight of 3 days, 93 minutes was a January 1985 Department of
Defense mission STS-51C. Her longest single flight occurred last April
when it flew a 15 day, 2 hour and 47 minute trip to resupply the
International Space Station.

When
Discovery breaks out of orbit in two weeks and returns home, she maybe
flying into the sunset of her storied career, but will pass the torch
on to the spacecraft of the future.

It
takes thousands of people to cleanup and turn each orbiter around for
her next flight. It’s great people like these here at Kennedy and
around the country who have kept Discovery flying safely and in great
shape for more that a quarter century.

The
Smithsonian Air and Space museum in Washington, DC wants Discovery to
be her next home beginning in early 2012. A formal announcement will be
made this spring.

Discovery has been a favorite of mine for the past 26 years, and I look forward to seeing her again in our nation’s capital.

Story: Charles Atkeison


Space Station to Welcome Resupply Craft, Shuttle in Coming Week

Space Tweeps, a Russian cargo craft loaded with
tons of food and supplies will begin a three day trip to
resupply the growing International Space Station on Wednesday.

Loaded
with extra fuel, experiment hardware, water, air and requested personal items, the arriving craft will keep
the Expedition 25 crew of six happy and healthy for weeks to come.

Launch
of the Soyuz U rocket with the Progress M-08M supply ship is set to
lift-off from the Baikonur Cosmodrome in western Kazakhstan tomorrow at
11:11:53 am EDT (1511 GMT).

The
Soyuz U was transported horizontally to it’s launch pad on Monday
morning by way of rail car, and then moved into its vertical launch
position. Crews then began the tasks of connecting both fuel and
electrical connections to the rocket.

After
a three day orbital chase, the Progress craft will fly in and dock to
the Russian Zevezda service module on Saturday at 12:40 pm (1640 GMT).

The Progress docking begins a busy six weeks aboard the space station.

Three
days after the supply ship docks, the space shuttle Discovery is
scheduled to dock to begin an eight day visit to resupply the station
and deliver a permanent storage module.

A
Russian spacewalk was added on Tuesday. Cosmoanuts Fiodor Yurchikin and
Oleg Skipochka will begin a six hour EVA on Nov. 15 starting at 9:25
am EST.

On Nov. 30,
three of the current station crew members will undock and return to
earth aboard their Soyuz TMA19 craft. Two weeks later, a fresh crew of
three will launch and then dock their Soyuz TMA20 to begin their six
month tour of duty.

Looking ahead into 2011, January
and February will also be a busy time for the Expedition 26 crew. Three
unmanned cargo crafts from the European, Russian and Japanese space
programs, and the American space shuttle Endeavour will head to the
orbiting outpost 221 miles above to bring fresh supplies and equipment.

To
the crews living aboard the station, food has always been a form of
leisure and most try out their own orbiting gourmet food styles while
in micro-gravity.

The
space station is a very multicultural location. An astronaut or
cosmonaut from one country will always enjoy a taste from a special
menu prepared by the crew of a visiting country.

The Russian Space Agency stated today,
“Food boxes will contain not only standard rations, but also fresh
fruits and vegetables – lemons, apples, onions, tomatoes, and a
kilogram of garlic”.

 “(Progress) will also carry
high-speed data transmission equipment to be installed on the outer
surface of the station during EVA (spacewalk) by Oleg Skripochka and
Dmitry Kondratiev in January,” the space agency added earlier today.

Space Station Crew Returns Home

Two
Russians and one American returned back to earth this morning after
spending 177 days in earth orbit, living and working aboard the
International Space Station.

Soyuz
TMA18 spacecraft commander and outgoing leader of the Expedition 24
crew, Alexander Skvortsov and flight engineers Tracy Caldwell Dyson and
Mikhail Kornienko touched down upon the desert of Kazakhstan, near the
town of Arkalyk on September 25 at 1:23 am EDT (0523 GMT).

In
space, the orbital outpost flew high off the coast of Japan and over
the western Pacific Ocean as the parachutes of the Soyuz lowered the
craft to the desert floor.

Earlier
in the day, the departing crew of three said farewell to the ongoing
crew of Expedition 25 of Doug Wheelock, Shannon Walker and Fyodor
Yurchikhin, and entered their Soyuz one last time for the trip home.

Hatches were officially closed at 6:35 pm and the trio went to work powering up the crafts systems for undocking.

It was the second try in as many days to undock from the complex.

Docked
to the Russian Poisk module, ground controllers in Moscow had to scrub
the first undocking attempt 24 hours earlier due to an electrical issue
with the sealing of the module’s hatch leading to the Soyuz.

As
controllers counted down the final seconds to undocking, the separation
bolts were released on time and the small spacecraft sailed away from
it’s port-of-call for the last 174 days at 10:02 pm.

As
the two spacecraft flew 222 miles high over the Russia – Mongolia
boarder, Skvortsov slowly guided his ship back away from the station to
prepare for a separation burn which will carry the crew swiftly away.

Firing
it’s engines on time, the Soyuz performed a four minute deorbit burn at
12:31 am today to slow the craft by 259 miles per hour, and allow for
it to drop out of earth orbit during a precise keyhole in space.

Twenty-five
minutes later, the support module attached to the Soyuz crew module was
then jettisoned, exposing the heat shield and setting up the craft’s
change in it’s attitude for reentry.

The
crew’s plunge into the atmosphere gave them their first effects of
gravity since their April 2 launch from the Baikonur Cosmodrome.

Recovery
crews aboard ground transports and Russian helicopters were on station
as the module landed with a thud under a huge main chute — kicking up
dirt from it’s impact on a cool late-morning Saturday.

Their
stay aboard the station witnessed two space shuttle visits by Discovery
and Atlantis; one Soyuz crew departure for earth and weeks later an
arrival of the current Soyuz TMA 19 crew; and Caldwell-Dyson and
Wheelock performed three spacewalks in August to replace and install a
needed backup cooling unit for the space station.

The
next crew to launch from Baikonur to the station will be aboard an
upgraded Soyuz TMA 01M on October 7, docking 49 hours later to the
orbital complex.