APRS reception of International Space Station
Packet received from the International Space station on 2 meters FM.
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APRS reception of International Space Station
Packet received from the International Space station on 2 meters FM.
By: OfficialSWLchannel
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Pokemon Emerald Randomized #17(Space Station)
What is Team Magma doing in the Space Station Who is Vulpix? Twitter:https://twitter.com/#!/HeroTheyCallMe AchievementHunter:http://achievementhunter.com/h...
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Space Station Live: Sept. 4, 2013
The Space Station Live recap video for Sept. 5, 2013. Watch the full Space Station Live broadcast weekdays on NASA TV at 10 a.m. CDT. http://www.nasa.gov/ntv.
By: ReelNASA
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Published: Sept. 5, 2013 at 4:32 PM
MOSCOW, Sept. 5 (UPI) -- An experienced Russian cosmonaut scheduled to fly to the International Space Station in 2015 has resigned for reasons that are unclear, officials say.
Yury Lonchakov will formally leave his job Sept. 14, Irina Rogova of the Gagarin Cosmonaut Training Center told RIA Novosti.
Russian media quoted the training center's head, Sergei Krikalev, as saying Lonchakov "found a more interesting job," but he did not elaborate.
No replacement has been announced announced for Lonchakov, who was set to fly as the commander of Expedition 44 to the ISS in May 2015 with Russian cosmonaut Mikhail Korniyenko and NASA astronaut Scott Kelly.
Lonchakov, 48, had been a cosmonaut since 1998 and made three space trips between 2001 and 2009 spending a total of 200 days in orbit, and made two spacewalks with a combined duration of more than 10 hours.
The Gagarin Cosmonaut Training Center has had organizational problems since 2009, when it was transferred from the Defense Ministry to the civilian Federal Space Agency.
One Russian cosmonaut told a newspaper last year the prolonged reorganization had affected cosmonauts' income and career prospects, breeding discontent among personnel.
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The crew of Expedition 36 released Japan's H-II Transfer Vehicle (HTV-4) shortly after noon eastern time.
HTV-4 will manoeuvre to a safe distance where Japanese flight controllers will take over and safely guide the craft into a deorbit on Saturday.
The craft, now loaded with rubbish will burn up as it re-enters the Earth's atmosphere over the Pacific Ocean.
Known in Japanese as the "white stork" the craft symbolised the special delivery of needed materials for the ISS.
With the Japanese transfer vehicle moving away from the space station, the company, Orbital Sciences will begin commercial space vehicle demonstration procedures.
The vehicle will launch on September 17th as part of Nasa's transfer to commercial transportation services.
The mission is designed to demonstrate the space craft's rendezvous and berthing capabilities with the space station.
Source: APTN
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A Japanese robot orbiting 370 kilometres above the Earth called home for the first time.
In video released today but filmed two weeks ago, Kirobo, Japan's first robot astronaut, spoke from the International Space Station.
"Robots take their first step towards a shining future," the one-kilogram, 34-centimetre-high automaton said as it floated around the ISS.
The researchers behind Kirobo a compound word made from the words Kibo, or "hope" in Japanese, and robot said this is the first time a robot has spoken from space.
Packaged into an insulated box, Kirobo was deployed to the space station aboard a Japan Aerospace Exploration Agency cargo transfer vehicle mounted on an H-IIB rocket on Aug. 4.
Kirobo arrived at the space station six days later, and will stay there for about a year and a half, the aerospace agency said.
The robot is set to conduct experiments in space by taking verbal orders from astronaut commander Koichi Wakata and by remote-control from earth.
Wakata will also arrive at the space station toward the end of the year to directly communicate with the robot.
The other astronauts will not be able to interact with the visiting robot unless they speak Japanese, Kirobo's native tongue.
Kirobo was developed by Tokyo University, Toyota Motor Corporation, advertising agency Dentsu and Robo Garage. It is scheduled to return to earth in December 2014.
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When a first-of-its-kind commercial cargo spacecraft launches toward the International Space Station later this month, it will fly under the name of the astronaut who helped make the historic mission possible.
Orbital Sciences Corp. revealed Wednesday (Sept. 4) that it had christened its first Cygnus resupply ship after G. David Low, a space shuttle astronaut who was overseeing the Dulles, Va. company's development of its commercial resupply launch system when he died of cancer in 2008.
"Orbital has a tradition going back 25 years or more of naming many of our launch vehicles and spacecraft, and we're going to continue that tradition on this one," Frank Culbertson, Orbital's executive vice president and a former NASA astronaut, told reporters Wednesday. "We are very proud to name the spacecraft 'G. David Low' and carry this tradition and honor him in this way into space." [Gallery: Orbital Sciences' Cygnus Spacecraft and Antares Rocket]
Scheduled for a Sept. 17 launch atop an Orbital Antares rocket from the Mid-Atlantic Regional Spaceport's Pad 0A at NASA's Wallops Flight Facility in Virginia, the resupply ship G. David Low will demonstrate for the space agency that Orbital's Cygnus freighterscan safely deliver supplies to the space station.
The barrel-shaped unmanned spacecraft will carry about 1,540 pounds (700 kilograms) of cargo on this first flight, comprised mostly of food for the orbiting laboratory's crew. After this demonstration proves Cygnus' capabilities, later missions will deliver science experiments and their related hardware, spare parts and other more critical supplies.
Orbital developed Cygnus and Antares as part of NASA's Commercial Orbital Transportation Services (COTS) effort. After a successful completion of this mission, Orbital will begin conducting eight planned cargo flights to the space station under a $1.9 billion Commercial Resupply Services (CRS) contract with the space agency.
"Our name for this [spacecraft, G. David Low] is going to reflect a real pioneer in the space program, particularly at Orbital, who was instrumental in winning the COTS demo mission and also winning the CRS [contract]," Culbertson said.
Low, who was the son of an Apollo program manager and deputy administrator of NASA, flew three space shuttle missions between 1990 and 1993. He joined Orbital Sciences three years later as the company's vice president for safety and mission assurance. He became senior vice president and COTS program manager in 2006.
Orbital is one of two companies flying missions under the COTS and CRS programs for NASA. The agency awarded similar partial-funding contracts to Hawthorne, Calif.-based SpaceX, which since 2006 has flown two demo flights and two resupply missions using its Falcon 9 rocket and Dragon capsule.
Orbital's G. David Low flight to the space station is slated to be the final mission under the COTS program.
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Orbital Sciences Names 1st Space Station Cargo Ship After Astronaut
Space Flight Labs | quick mix - what #39;s on the laptop
I do not own the music in this video. This is only a display.
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Space Flight Labs | quick mix - what's on the laptop - Video
General Information
Solicitation Number: 107-2013 Posted Date: Sep 03, 2013 FedBizOpps Posted Date: Sep 03, 2013 Recovery and Reinvestment Act Action: No Original Response Date: Sep 17, 2013 Current Response Date: Sep 17, 2013 Classification Code: A -- Research and Development NAICS Code: 541712
Contracting Office Address
NASA/Goddard Space Flight Center, Code 210.S, Greenbelt, MD 20771
Description
NASA/GSFC is interested in finding partners for a WRP subsystem that will enable measurements of chemical and isotopic compositions using mass spectrometry of solid samples acquired by the Mars 2020 rover. Mass spectrometry requires low pressure (high vacuum conditions) to be maintained within a vacuum vessel for operation. The controlling electronics for the WRP system will be provided by GSFC.
This partnership opportunity is for participation in a potential response to a 2013 NASA Announcement of Opportunity (AO) for a science investigation for the upcoming Mars 2020 rover mission. A potential NASA/GSFC investigation may include instrumentation incorporating subsystems from non-NASA/GSFC partners.
The AO is expected to be a single-step process with selected investigations comprising the baseline payload for the flight mission, entering Phase A in 2014. This partnership opportunity is being issued to select teaming partners to help prepare NASA/GSFC science instrument concepts for the proposal submittal; and to provide a spaceflight qualified instrument subsystem should the instrument be selected for flight.
Responses will be treated as proprietary information and controlled as such.
The respondents shall deliver the requested information in a presentation format. Final presentation packages must be received by 4 PM EST on September 17, 2013. Please provide one DVD or CD of the presentation and deliver them to:
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Mars 2020 Space Flight Instrument Development Partnership Opportunity
Nasa Footage Leak Tethys and Dione Clash
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ScienceCasts NASA Mission Seeks Lunar Air
If you like PC Games visit: http://www.freemmorpgtoplay.com/ A NASA spacecraft slated for launch in September will fly to the Moon to investigate the tenuous...
By: Dietrolafacciata
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Nasa Mision STS 48
12 de Septiembre de 1991 Transbordador: Discovery.
By: Raúl Hernándo Delgado Gómez
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Plasma Dance Above the Sun | NASA SDO Solar Space Science HD Video
Visit my website at http://www.junglejoel.com - bright coiled loops of hot plasma and black blobs of cooler plasma can be seen twisting and turning in this v...
By: CoconutScienceLab
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Plasma Dance Above the Sun | NASA SDO Solar Space Science HD Video - Video
NASA Astronaut and climate expert Dr Piers Sellers
Dr Piers Sellers came to the UNFCCC Studio on Monday for a fascinating chat about climate modelling and their use of satellites. He explained how the data NA...
By: Responding to Climate Change
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Lunar Mission to Demonstrate Laser Communication | NASA GSFC Space Science HD
Visit my website at http://www.junglejoel.com -the goal of LLCD (Lunar Laser Communication Demonstration) is in demonstrating fundamental concepts of laser c...
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Lunar Mission to Demonstrate Laser Communication | NASA GSFC Space Science HD - Video
Science Channel NASA UFO Files the Unexplained
35mins good footage xxxx.
By: UniStar Nymph
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Moon #39;s Strange Atmosphere: NASA to Probe Lunar Dust | Video
Apollo astronauts repeatedly saw a weird glow four decades ago. Now NASA is launching the Lunar Atmosphere and Dust Environment Explorer (LADEE) probe, which...
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Moon's Strange Atmosphere: NASA to Probe Lunar Dust | Video - Video
NASA NEWS: Deep Space Atomic Clock Ticks Toward Success
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NASA NEWS: Deep Space Atomic Clock Ticks Toward Success - Video
Sutter #39;s Mill Meteorite: a Californian Treasure Discovered by SETI/NASA Researchers (SETI Chats)
Hangout On Air. Alex Witze from Science News will interview Peter Jenniskens (SETI Institute), Derek Sears (NASA), and Franck Marchis (SETI Institute) Sound ...
By: SETI Institute
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NASA Designs 3D Printing Spider
NASA is working on a project to send a 3 dimensional printing system into space. NASA is working on a project to send a 3 dimensional printing system into sp...
By: GeoBeats News
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