Showing posts with label Space Shuttle. Show all posts
Showing posts with label Space Shuttle. Show all posts

Thursday, April 19, 2012

Discovery flies for last time, ends chapter in aerospace history

A NASA Shuttle Carrier Aircraft carrying the space shuttle Discovery performs a fly-by, April 17, 2012 at Joint Base Andrews, Md. The aircraft landed at Washington Dulles International Airport in Sterling, Va., before its transfer to the National Air and Space Museum. Discovery completed 39 missions, spent 365 days in space, orbited the Earth 5,830 times, and traveled 148,221,675 miles .(U.S. Air Force photo/Senior Airman Katie Spencer)

Blog Editor Note: Those that follow me on my twitter account got quite a bit of timely monitoring info during this event. For future events along this line, be sure to follow me on my twitter account: @MilcomMP.

by Airman 1st Class Alexander W. Riedel, Defense Media Activity

FORT GEORGE G. MEADE, Md. (AFNS) -- After almost 27 years and 39 flights in Earth's orbit, the space shuttle Discovery arrived at Dulles Airport in Washington, D.C., April 17 on its way to its final resting place.

The last moments in the air for Discovery began at Kennedy Space Center, Fla., mounted on top of a modified Boeing 747. The retired spacecraft will take final residence in a hangar at the Smithsonian's Steven F. Udvar-Hazy Center April 19, in Chantilly, Va.

At its new home, Discovery will stand on the same spot the shuttle Enterprise occupied since the center's opening in 2003, according to Dr. Valerie Neal, the curator at the National Air and Space Museum. Unlike Discovery, Enterprise was only a test vehicle and was never used for space flight, making it a less significant artifact to experts. Therefore, it was moved to the Intrepid Sea, Air and Space Museum in New York.

On duty since 1984, Discovery was the third orbiter that was built and is now the oldest shuttle remaining in the fleet.

"Because it started service so early, it flew all different types of missions shuttles were assigned," said Neal. "In our view, it's the champion of the shuttle fleet and really helps tell the story of the shuttle era."

Most visitors will be shocked by the immense size of the orbiter, which on TV often seemed dwarfed by its external tank and booster rockets, Neal said. Others may wonder about the shuttle's outer condition. Its exterior is well worn and the black tiles of its heat shield show the scars that earth's atmosphere inflicted.

"We asked NASA not to clean the exterior or repaint it," Neal said. "We wanted Discovery to be as it was after it flew its last mission."

Changes to the orbiters were minor, Neal said, but included required deinstallation of maneuvering pods, which contained traces of hazardous fuels, and the removal of the shuttle's main engines, which NASA is planning to reuse in the future.

As the shuttle takes its place among the Enola Gay and other iconic aircraft, it also puts a close to a chapter of Air Force history.

"The intention in the 1970s was to put all missions, civil and military, on the shuttle once it became operational," said Rick Sturdevant, the deputy director of history at the Air Force Space Command. "It was supposed to become the only launch vehicle for the U.S., but a lot of Air Force personnel doubted it was a good idea to put all of our eggs in one basket."

"However, as the shuttle approached, Air Force planning intensified with the construction of a shuttle launch complex at Vandenberg Air Force Base, Calif., and a Shuttle Operations and Planning Center at Shriever Air Force Base, Colo.," Sturdevant said. "One of the primary reasons for the creation of what was later to become Air Force Space Command was the intention of administrating and planning shuttle operations for the Department of Defense."

While much of these installations were never used to full capacity, the Air Force provided services, such as range support during launches and tracking of orbital debris in protection of the shuttle.

Sturdevant said he believes the shuttle caused Air Force leadership to think more operationally about space and what the Air Force could do to use space in support of war-fighting capabilities. The shuttle was supposed to become essential in transporting those war-fighting assets into orbit.

"For 30 years, it was the premier aerospace vehicle in the world," said Tom Jones, a former shuttle pilot. "It was the most complex machine ever built and had capabilities in space that have yet to be matched, thirty years after it came onto the scene."

The shuttle established a semblance of routine space flight, Neal said. Space flight seemed like it was no longer going to be extraordinary, but that it was becoming a normal enterprise of the United States.

Two of the originally five sister-ships were destroyed during operations. In 1986, Challenger exploded shortly after take-off, and in 2003, Columbia was torn apart during re-entry into earth's atmosphere. During both accidents, all seven crew members were lost.

"In many ways, the orbiter left a bitter taste in the mouth of many senior Air Force officials," said Dwayne Day, a senior program officer with the National Research Council. "It helped develop a number of important technologies, and delivered numerous important scientific and national security payloads."

But the military did not get as much out of the program as hoped, and stopped DoD shuttle operations after the Challenger tragedy.

"People died in very public ways," said Day, who worked on the Columbia accident investigation board in 2003. "There were no ejection seats, no escape pods," Day said. " If the vehicle was damaged, the crew was doomed. It was a bad situation."

"The shuttle educated the military about having a distributed way of getting into orbit," said Jones. "Challenger only exposed the vulnerability of having only one way of getting your payloads into space."

The Air Force quickly responded and broadened its base, said Jones.

"What the orbiter did gain for the military was cutting-edge experience on human operations in space," explained Jones. "Now, with the classified X 37, which is sort of a derivative of the shuttle, the Air Force is taking full advantage of the lessons learned."

It took a lot more maintenance than was anticipated, said Neal, and maintenance took a long time in between flights, so the shuttle never deployed as routinely as desired.

"It was a very expensive vehicle," said Day. "It was so expensive that it made it difficult to find funding to develop a replacement vehicle."

Retired Air Force Col. John Casper, a former shuttle pilot, said the shuttle lasting legacy will be its contribution to building the International Space Station.

"Sixteen different nations are involved, forming what is often called the largest international program since the cooperation of the Allies in WWII," said Casper. "Another legacy is the Hubble Space telescope, which the shuttle carried into orbit."

For Casper, the transition, from an Air Force squadron to the astronaut corps, was an easy one.

"There is real joy in working as a team and experience tremendous teamwork with people that are very dedicated, very much like it was the Air Force," said Casper about shuttle crews. "It was a talented, educated and disciplined team, that was very passionate about what they do."

Like many missions in the Air Force, shuttle operations called for precision, professionalism and complete immersion in the job, said Jones.

Memories of experiences with the shuttles will always stay with the astronauts, they said.

"To look down onto our home - this great, beautiful planet - was very fulfilling," said Jones. "It is so lovely that tears came to your eyes when you get a chance to reflect upon what you are seeing."

For Casper, flying the shuttle was unlike anything possible on earth.

"The shuttle was not like a fighter. The only time you really flew it like a plane was the landing," said Casper. "And then it could only glide back to earth. There was no way to try the landing again - you only got one chance."

After the Columbia accident, Casper became NASA's Mishap Investigation Team's deputy for the debris recovery operation. While the nation was in shock, he said he lost friends.

"The community of astronauts is very small. We all know each other. Some even flew together in the Air Force," said Casper. "I guess it was also in the Air Force that you find out what happened, try to correct the problem and get back to the mission."

"You can't let it stop you," said Casper. "You can't stop flying planes in the Air Force and you can't stop exploring in space."

But the shuttle mission is over and new technology is needed to move onto bigger and better things, said Casper. But a certain sadness remains for the astronaut and space enthusiasts alike.

"Most shuttles have about 25 to 35 flights," said Casper. "But they were built for 100 flights each. So they're in pristine shape."

Thinking that the shuttles were old and decrepit is a common misconception, said Neal.

"The fleet has, in fact, been constantly updated, to the point that the shuttles that flew in 2011 were hardly the same as in 1984," said Neal. "It was the same airframe, but a lot of the technology inside was new," said Neal.

For Casper, now an assistant for program integration for NASA's Orion program, a strong space program is an essential political and military tool of the future, he said.
"Venturing into space is a demonstration to the world that we have the ability and the will to do so," he said. "It is a necessary extension of aerospace power and the Air Force's mission."

One important mission for the shuttle will continue even at the museum - it will continue to inspire.

"Seeing the U.S. Flag hanging on the hangar wall behind the shuttle, just like it did when it was in its assembly and servicing hangar, you realize that the shuttle is an icon for the United States," Neal said.

Neal's team wanted to make the arrival at the museum as accessible as possible, she said. The transfer from NASA was free to the museum and seeing the shuttle will be free to the public -after all it was the public that has supported and financed the shuttle program all along, Neal insisted.

"This is the spacecraft of your generation, it is an American icon." said Neal. "If you never made it to a launch or landing, you really owe it to yourself to see how the U.S. went into space during your lifetime. Come and take pride and ownership in it."

The Steven F. Udvar-Hazy Center is located a few miles south of Washington Dulles International Airport in Chantilly, Virginia. It is open from 10:00 am - 5:30 pm seven days a week, with the exception of Christmas Day. Admission is free, parking is available for a $15 fee.

The last flight of the space shuttle Discovery flies over Joint Base Andrews, Md. on April 17, 2012. Discovery piggy -backed a ride on a jumbo 747 from NASA KTTS Landing Facility (U.S. Air Force photo by Staff Sgt. Sophia Piellusch)

Thursday, February 18, 2010

Next Shuttle launch Set for April 5

http://www.floridatoday.com/content/blogs/space/2010/02/nasa-targets-april-5-launch-date-for.shtml

NASA is targeting the launch of Discovery on its next shuttle mission to the International Space Station for April 5, a day after a new crew is scheduled to arrive at the outpost aboard a Russian Soyuz spacecraft.

Discovery and seven astronauts would blast off from launch pad 39A at Kennedy Space Center at 6:27 a.m. that day, the middle of a 10-minute, predawn opportunity to put the shuttle on course for a two-day trip to the station.

Discovery had been set to launch March 18. But unusually cold weather, which can damage shuttle steering thrusters, has prevented NASA from moving the orbiter from its processing hangar to the Vehicle Assembly Building.

Friday, May 15, 2009

Shuttle snapped up against sun


Interesting story of the space shuttle captured by an amateur astronomer transiting in front of the Sun. The complete story at http://www.thesun.co.uk/sol/homepage/news/article2431157.ece

Thursday, April 30, 2009

NASA Gives a Go for for Hubble Service Mission

To help you monitor this Space Shuttle mission and other NASA communications you can download our exclusive Monitoring NASA and Space Shuttle Communications document at http://www.monitoringtimes.com/Monitoring%20NASA%20and%20Space%20Communications.pdf.

NASA managers completed a review Thursday of space shuttle Atlantis’ readiness for flight and selected an official launch date for the STS-125 mission to upgrade the Hubble Space Telescope. Commander Scott Altman and his six crewmates are scheduled to lift off at 2:01 p.m. EDT (1801 UTC), May 11, from NASA’s Kennedy Space Center in Florida.

Atlantis’ launch date was announced following Thursday’s Flight Readiness Review. During the meeting, top NASA and contractor managers assessed the risks associated with the mission and determined the shuttle’s equipment, support systems and procedures are ready for flight.

Atlantis’ 11-day mission will include five spacewalks to refurbish Hubble with state-of-the-art science instruments. After the astronauts’ visit, the telescope’s capabilities will be expanded and its lifetime extended through at least 2014.

Commander Altman will be joined on the mission by Pilot Gregory C. Johnson and Mission Specialists Andrew Feustel, Michael Good, John Grunsfeld, Megan McArthur and Mike Massimino. The spacewalkers are Feustel, Good, Grunsfeld and Massimino. McArthur is the flight engineer and lead for robotic arm operations.

For more information about the STS-125 crew and its mission, visit: http://www.nasa.gov/shuttle

For more information about the Hubble Space Telescope, visit:
http://www.nasa.gov/hubble

Friday, March 06, 2009

The Spaceflight Website to Host Shuttle Launch Video Coverage

Spaceflight Now will be joining forces with veteran space broadcasters Miles O'Brien and David Waters to provide video coverage of space shuttle Discovery's next mission, scheduled for launch on Wednesday, March 11.

More details are available at http://spaceflightnow.com/shuttle/sts119/090305broadcast/

You can get more details on the mission at http://spaceflightnow.com/shuttle/sts119/090304date/

Thursday, December 11, 2008

Shuttle Endeavor & Carrier 747 Land at JRBFW


The space shuttle Endeavour lands at Naval Air Station Joint Reserve Base, Fort Worth, Texas atop a modified Boeing 747. The shuttle is en route to Kennedy Space Center, Fla. after a Nov. 30 landing at Edwards Air Force Base, Calif. U.S. Navy photo by Mass Communication Specialist 2nd Class D. Keith Simmons (Released)

Sunday, December 09, 2007

Space Shuttle mission cancelled until January 2



STS-122 Space Shuttle mission (Atlantis) to the International Space Station carrying the ESA Columbus module has been cancelled and rescheduled for a January 2 launch. The postponement will give engineers time to evaluate false readings from the engine cutoff sensor system that measures liquid hydrogen in the external tank.


Of the four engine cutoff sensors, ECO sensor number three gave false readings during Sunday's launch attempt. The sensor system is one of several that protect the shuttle's main engines by triggering their shut down if fuel runs unexpectedly low.


Atlantis' scheduled launch on Thursday was delayed after two of the four engine cutoff, or ECO, sensors in the shuttle's external fuel tank gave false readings. A third sensor failed after the tank was drained of fuel.

Saturday, December 01, 2007

ARISS Antennas Set To Launch On NASA Mission

Article below courtesy of ARRL Letter Vol. 26 No. 47:



Columbus , the laboratory built by the European Space Agency (ESA), is now packed inside space shuttle Atlantis' payload bay. It is the culmination of years of design and engineering work aimed at creating Europe's primary component for the International Space Station (ISS). At 23 feet long and 15 feet in diameter, the cylindrical segment is designed to host specialized experiments examining how humans react to microgravity and the effect of space on various fluids and objects such as crystals. Two Amateur-Radio-on-the-International-Space-Station (ARISS) antennas have been installed on the nadir side of Columbus. NASA is currently planning on a launch date of Thursday, December 6 for Atlantis.

According to ARRL ARISS Program Manager Rosalie White, K1STO, "The ARISS-Europe Team is holding weekly meetings to determine what the ARISS International Team should have for a station in the Columbus module. The Europeans will need to begin fundraising for the multiple sets of equipment, such as the on-orbit equipment, the required back-up on-orbit equipment and the test equipment. Some portions of the equipment system can be purchased, but much of it would need to be built. Once the team purchases or builds the equipment, next comes the special testing (individual equipment tests plus an end-to-end test) for space (probably by ESA), getting the equipment certified (also probably by ESA) and finally manifesting the system for launch. All of that will take many months and help from ARISS volunteers from many countries."

The mission, STS-122, will bring seven astronauts to the ISS: Commander Stephen N. Frick, KD5DZC; Pilot Alan G. Poindexter; Mission Specialist Rex J. Walheim; Mission Specialist Stanley G. Love; Mission Specialist Leland D. Melvin; Mission Specialist Hans Schlegel of Germany, and Mission Specialist/Expedition 16 Flight Engineer Leopold Eyharts, KE5FNO, of France.

Earlier this week, ISS Commander Peggy Whitson and Flight Engineer Dan Tani, KD5DXE, installed the Centerline Berthing Camera System that will be used for visual cues in the installation of the Columbus module to the Harmony connecting node. Russian cosmonaut Yuri Malenchenko, RK3DUP, is also on board. Tani is due to depart the ISS when Atlantis returns to Earth; Eyharts will take his place.

Earlier this year, the ARISS antennas successfully passed electrical and SWR tests, with one of the two antennas, Antenna 42, going through a final test -- a thermal test under vacuum. Based on modeling, engineers have no fear the antenna will pass with flying colors. Columbus will house an additional Amateur Radio station, including the first digital Amateur Radio TV (DATV) station in space, as well as a ham radio transponder. The yet-to-be-built Columbus amateur gear will facilitate operation on new frequencies that will make it possible for ARISS to establish wideband and video operations for the first time and allow continuous transponder operation.

At the ARISS International conference last year in San Francisco, Graham Shirville, G3VZV, speaking on behalf of ARISS-Europe, outlined plans for a mode L/S ham radio transponder as well as a DATV downlink on S1 band (2.4 GHz). "So, future ARISS contacts could have pictures as well as sound," Shirville told the delegates. ARISS-Europe is looking at a 10 W transmitter and a signal bandwidth of from 4 to 8 MHz. Since the Columbus module will be some distance from the other two ARISS stations, parallel operation will be possible.

Atlantis' mission to the ISS is scheduled to last 11 days. On flight day 4, Walheim and Schlegel's main task will be to prepare the Columbus module for installation on Harmony. They will install the Power Data Grapple Fixture on Columbus, which will allow the space station's robotic arm to grab the module and move it from the shuttle's payload bay to Harmony. On flight day 8, Walheim and Love will install two
payloads on Columbus' exterior: SOLAR, an observatory to monitor the sun, and the European Technology Exposure Facility (EuTEF) which will carry eight different experiments requiring exposure to the space environment.

Funding to finish and install ham radio antennas on Columbus has been uncertain; however. ARISS Vice Chairman Gaston Bertels, ON4WF, says donations from various sources covered a payment of 9000 Euros (approximately $12,000) in March. Donations already have come in from the ARRL Foundation, AMSAT-NA and AMSAT-UK, among other organizations, as well as from many individual donors. According to Bertels, there is
still a funding shortfall of 14,000 Euros (approximately $20,000 USD). To help out, PayPal donations are being accepted.

Thursday, June 07, 2007

Shuttle Launch Support Milsat Comms Monitored

Ron Rensen fires the first monitoring shot for the upcoming Space Shuttle launch of Atlantis on the STS-117 mission. He monitored launch support comms on 261.450 MHz, a UHF milsat downlink. He heard Herky 621 working Wolfhound. Phil Williams also heard some comms on this one. He writes on the Hearsat newsgroup: "Following Ronald's post last night I left the ICR20 on that freq recording overnight and heard 'Variable Variable calling Pantenne' with English accent. along with a lot of keying-up and a 2khz tone and very occasional DTMF."

Many thanks to Ron, Phil and the Hearsat newsgroup for reporting this launch support frequencies. If you hear any launch related comms please drop us some email.

Wednesday, February 28, 2007

Shuttle Launch Delayed

Hail Damage Forces Shuttle Atlantis Off Launch Pad

CAPE CANAVERAL, Fla. - NASA decided Tuesday to roll the space shuttle Atlantis off its launch pad and back inside the Vehicle Assembly Building at the Kennedy Space Center. Managers made the decision after a hail storm Monday damaged the orbiter’s External Tank. A new target launch date has not been determined, but teams will focus on preparing Atlantis for liftoff in late April.

On Monday, a severe thunderstorm with golf ball-size hail caused what could be 1,000 to 2,000 divots in the giant tank's foam insulation and minor surface damage to about 26 heat shield tiles on the shuttle's left wing. Further evaluation of the tank is necessary to get an accurate accounting of foam damage and must be done in the Vehicle Assembly Building, where the entire tank can be more easily accessed. The shuttle is expected to be moved off the pad by early next week.

Once an up-close look at the damage is complete, the type of repair required and the time needed for that work can be determined. Atlantis' flight, STS-117, to the International Space Station will be scheduled sometime after a Russian Soyuz spacecraft returns from the station. The Soyuz is delivering new station crew members and returning others back to Earth in late April. Adequate time is needed between the Soyuz undocking and the shuttle's arrival to the station.

STS-117 Commander Rick Sturckow, Pilot Lee Archambault and mission specialists Jim Reilly, Patrick Forrester, Steven Swanson and John "Danny" Olivas will continue training at NASA's Johnson Space Center, Houston, as they await a new target launch date. During the 11-day mission, the astronauts will work with the station crew and ground teams to install a new truss segment, unfold a new set of solar arrays and retract one array on the starboard side of the station.

Space Shuttle Program managers are gathered at the Kennedy Space Center for the traditional Flight Readiness Review for the mission. During the two-day meeting, NASA managers and engineers assess any risks associated with the mission and determine whether the shuttle's equipment, support systems and procedures are ready for flight. The meeting, scheduled for Tuesday and Wednesday, will continue as planned.

Friday, December 08, 2006

Three Navy Astronauts Await Discovery Mission

Go Navy, Beat Army!

WASHINGTON (NNS) -- Three Navy astronauts are part of the crew of NASA's space shuttle Discovery currently awaiting launch. The nighttime launch of Discovery had been set for Dec. 7, but was delayed becuase of weather. Capt. Robert L. Curbeam Jr. and Cmdrs. William A. Oefelein and Sunita L. Williams will be on Discovery when it launches toward the International Space Station, where the astronauts will continue construction on the station, rewiring the orbiting laboratory and adding a segment to its integrated truss structure. The electrical repairs are the crew’s main mission, but they also will be rotating a crew member out of the space station. Williams will take the place of astronaut Thomas Reiter, and Reiter will travel back with the shuttle crew. The ability to perform this part of the mission showcases the space shuttle’s versatility, due to its large size, Oefelein said in an interview on NASA’s Web site. “I think it just highlights one of the capabilities of the space shuttle system and one of the capabilities that we’re going to continue to have with our next-generation space vehicle,” Oefelein said. This is Oefelein’s first space flight. An Anchorage, Alaska, native, he said he became interested in flying at a young age. Oefelein received his commission from the Navy in 1988 and was designated a naval aviator in 1990. He was selected by NASA in June 1998 and reported to Johnson Space Center in August 1998. After completing two years of training and evaluation, he became qualified for space flight assignment as a pilot. He is assigned as a pilot on the Discovery mission. Curbeam, a Baltimore native, has always been interested in spacecraft, he said in his interview on the Web site. While in test pilot school in the Navy, he visited Johnson Space Center and talked with an astronaut, and that conversation convinced him to pursue a career with NASA, he said. “I started out on this journey not with the goal of being an astronaut, but with the goal of learning enough about airplanes so I could go and help design better ones,” Curbeam said. “It just so happened that when I did meet an astronaut and speak with her at length, it sounded interesting to me. It sounded like something that I wanted to do. And I was fortunate enough to have pursued education through enough of my life that I had the qualifications necessary to be competitive.” Curbeam graduated from the U.S. Naval Academy in 1984 with a degree in aerospace engineering. He was selected by NASA in 1994 and after a year of training and evaluation, he was assigned to the computer support branch in the astronaut office. He is a veteran of two space flights and has logged more than 593 hours in space, including three spacewalks. Williams, of Needham, Mass., worked in Moscow with the Russian Space Agency on the Russian contribution to the International Space Station and with the first expedition crew to the station. She is currently assigned to the crew of the 14th expedition to the station and will join that crew after traveling on Discovery. This is Williams’ first flight mission. In her interview on the Web site, she said she feels extremely lucky to be part of a mission that will be construction-intensive. She said she recognizes the dangers of flying in space, but she enjoys the inspiration it brings to others. “I think just the appeal of people in space and people on the ground being able to relate to those people in space really makes people start to wonder, ‘Wow, what else can we do?’” she said. “So many people in the astronaut office are from different countries and cultures, and every time someone goes up that can identify with a group of people on the ground, you get that group of people wondering, ‘Wow, maybe that could be me one day.’ There are a million possibilities out there.” Williams received her commission from the U.S. Naval Academy in 1987. She was designated a naval aviator in July 1989 and went on several deployments as part of a helicopter squadron. She was selected by NASA in June 1998, and after her training, went to Moscow to work on the International Space Station. She will serve as a flight engineer at the station. Navy astronauts are a major part of NASA’s history, with the first manned space flight being piloted by Cmdr. Alan B. Shepard Jr. in 1961.