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Apollo 11: E. Aldrin & N. Armstrong - Edwin Aldrin and Neil Armstrong have breakfast before leaving for the Moon. 16/07/1969. Edwin Aldrin and Neil Armstrong during breakfast on launch morning. Jul 16 1969

Apollo 11: E. Aldrin & N. Armstrong - Edwin Aldrin and Neil Armstrong have breakfast before leaving for the Moon. 16/07/1969. Edwin Aldrin and Neil Armstrong during breakfast on launch morning. Jul 16 1969

PIX4595622

Control Module Apollo 17 - Apollo 17 command module seen from the LM in orbit. Dec 14 1972 - The control module Apollo 17 photographs from the LEM during the mooring manoeuvres. 14/12/1972. In this view, taken from the Lunar Module (LM), the Command and Service Module (CSM) are seen preparing to rendezvous with the LM. Note the reflection of the lunar surface on the CSM. The CSM, is piloted by Ronald E. Evans; while astronauts Eugene A. Cernan, commander; and Harrison W. Schmitt, lunar module pilot, are onboard the LM, following their Extravehicular Activities (EVA) on the Moon's surface. While astronauts Cernan and Schmitt descended in the LM “” Challenger”” to explore the Taurus - Littrow region of the Moon, astronaut Evans remained with the CSM “” America”” in lunar orbit

Control Module Apollo 17 - Apollo 17 command module seen from the LM in orbit. Dec 14 1972 - The control module Apollo 17 photographs from the LEM during the mooring manoeuvres. 14/12/1972. In this view, taken from the Lunar Module (LM), the Command and Service Module (CSM) are seen preparing to rendezvous with the LM. Note the reflection of the lunar surface on the CSM. The CSM, is piloted by Ronald E. Evans; while astronauts Eugene A. Cernan, commander; and Harrison W. Schmitt, lunar module pilot, are onboard the LM, following their Extravehicular Activities (EVA) on the Moon's surface. While astronauts Cernan and Schmitt descended in the LM “” Challenger”” to explore the Taurus - Littrow region of the Moon, astronaut Evans remained with the CSM “” America”” in lunar orbit

PIX4598284

A spaceship takes a lunar vehicle - Artist's view - Space tug and lunar lander in Earth orbit - A tug spacecraft in Earth orbit takes a lunar vehicle to the Moon. With the space tug firmly docked with the lunar lander, the two will function as a single spacecraft for the duration of a 3-day trip to the moon. The pair would likely spend some time in Earth orbit prior to departure, checking systems and preparing the lander for its eventual journey to the Moon's surface. The lunar lander pictured here has capacity for a crew of four plus cargo. The space tug itself could have a crew of two, making the total crew capacity of the joined spacecraft about the same as today's Space Shuttle

A spaceship takes a lunar vehicle - Artist's view - Space tug and lunar lander in Earth orbit - A tug spacecraft in Earth orbit takes a lunar vehicle to the Moon. With the space tug firmly docked with the lunar lander, the two will function as a single spacecraft for the duration of a 3-day trip to the moon. The pair would likely spend some time in Earth orbit prior to departure, checking systems and preparing the lander for its eventual journey to the Moon's surface. The lunar lander pictured here has capacity for a crew of four plus cargo. The space tug itself could have a crew of two, making the total crew capacity of the joined spacecraft about the same as today's Space Shuttle

Walter B Myers

PIX4638872

Apollo 11 Crew on the Way to Launch Complex, 1969 (photo)

Apollo 11 Crew on the Way to Launch Complex, 1969 (photo)

XOS5322857

Triumph After Splashdown of Apollo 11, 1969 (b/w photo)

Triumph After Splashdown of Apollo 11, 1969 (b/w photo)

XOS5322858

Yang Liwei, 38, astronaut of the first manned spaceflight of China, Oct 15, 2003

Yang Liwei, 38, astronaut of the first manned spaceflight of China, Oct 15, 2003

UIG3901103

Apollo 11: the command module and the Moon - The Apollo 11 Command/Service modules seen from LM - The command module of Apollo 11 Columbia seen from the LEM. The landing site is visible on the left of Columbia. 20/07/1969. CSM “Columbia” and Crater Moltke. This view also includes the Apollo 11 landing site, which is just above and to the left of Columbia

Apollo 11: the command module and the Moon - The Apollo 11 Command/Service modules seen from LM - The command module of Apollo 11 Columbia seen from the LEM. The landing site is visible on the left of Columbia. 20/07/1969. CSM “Columbia” and Crater Moltke. This view also includes the Apollo 11 landing site, which is just above and to the left of Columbia

PIX4595830

Crew Apollo 11 - Apollo 11 crew portrait - From left to right astronauts Neil Armstrong, Michael Collins, Edwin Aldrin. 1969. From left to right: Neil Armstrong, Michael Collins, Edwin Aldrin. 1969

Crew Apollo 11 - Apollo 11 crew portrait - From left to right astronauts Neil Armstrong, Michael Collins, Edwin Aldrin. 1969. From left to right: Neil Armstrong, Michael Collins, Edwin Aldrin. 1969

PIX4595445

Astronaut Thomas Pesquet - English astronaut Thomas Pesquet - Official portrait of the spationaut Thomas Pesquet. Pesquet is the tenth Frenchman to go into space. Mission Proxima, expedition 50 (November 2016-May 2017).

Astronaut Thomas Pesquet - English astronaut Thomas Pesquet - Official portrait of the spationaut Thomas Pesquet. Pesquet is the tenth Frenchman to go into space. Mission Proxima, expedition 50 (November 2016-May 2017).

PIX4641035

Gemini 8: reserve crew - Gemini 8 backup crew - From left to right: Richard F. Gordon, and Charles Conrad. 4 November 1965. Backup crew of Gemini 8 (left to right): Richard F. Gordon, pilot and Charles Conrad, command pilot. Nov 04 1965

Gemini 8: reserve crew - Gemini 8 backup crew - From left to right: Richard F. Gordon, and Charles Conrad. 4 November 1965. Backup crew of Gemini 8 (left to right): Richard F. Gordon, pilot and Charles Conrad, command pilot. Nov 04 1965

PIX4599458

The command module of Apollo 16 seen from LEM - Apollo 16 Command and Service Modules seen from LM - The command module of Apollo 16, Casper, seen from LEM. 20/04/1972. The Apollo 16 Command and Service Modules (CSM), as seen from the Lunar Module (LM, out of view) above terrain on the lunar farside. The two spacecraft had just undocked. The LM and CSM were out of communication at the time of this photograph's exposure, but shortly acquired the signal as they moved separately to Earth's side of the moon. While astronauts John W. Young, commander; and Charles M. Duke Jr., lunar module pilot, descended in the Apollo 16 LM “” Orion”” to explore the Descartes highlands landing site on the moon, astronaut Thomas K. Mattingly II, command module pilot, remained with the CSM “” Casper”” in lunar orbit. 20 April 1972

The command module of Apollo 16 seen from LEM - Apollo 16 Command and Service Modules seen from LM - The command module of Apollo 16, Casper, seen from LEM. 20/04/1972. The Apollo 16 Command and Service Modules (CSM), as seen from the Lunar Module (LM, out of view) above terrain on the lunar farside. The two spacecraft had just undocked. The LM and CSM were out of communication at the time of this photograph's exposure, but shortly acquired the signal as they moved separately to Earth's side of the moon. While astronauts John W. Young, commander; and Charles M. Duke Jr., lunar module pilot, descended in the Apollo 16 LM “” Orion”” to explore the Descartes highlands landing site on the moon, astronaut Thomas K. Mattingly II, command module pilot, remained with the CSM “” Casper”” in lunar orbit. 20 April 1972

PIX4597675

Apollo 13: J. Swigert and the CO2 purge system - Apollo 13: John Swigert with the Mailbox - John Swigert with the “Mailbox”, the device that allowed astronauts to purge CO2 and thanks to which they were able to return to Earth alive. 17/04/1970. John Swigert with the “Mailbox”. Apr 17 1970. This photograph shows some of the temporary hose connections and apparatus which were necessary when the three astronauts moved form the Command Module to use the LM as a 'lifeboat'. Astronaut John L. Swigert Jr., command module pilot, is on the right. On the left, an astronauts holds in his right hand the feed water bag from the Portable Life Support System (PLSS). It is connected to a hose (in center) from the Lunar Topographic (Hycon) camera. In the background is the 'mail box', a jerry - rigged arrangement which the Apollo 13 astronauts built to use the Command Module lithium hydroxide canisters to purge carbon dioxide from the Lunar Module

Apollo 13: J. Swigert and the CO2 purge system - Apollo 13: John Swigert with the Mailbox - John Swigert with the “Mailbox”, the device that allowed astronauts to purge CO2 and thanks to which they were able to return to Earth alive. 17/04/1970. John Swigert with the “Mailbox”. Apr 17 1970. This photograph shows some of the temporary hose connections and apparatus which were necessary when the three astronauts moved form the Command Module to use the LM as a 'lifeboat'. Astronaut John L. Swigert Jr., command module pilot, is on the right. On the left, an astronauts holds in his right hand the feed water bag from the Portable Life Support System (PLSS). It is connected to a hose (in center) from the Lunar Topographic (Hycon) camera. In the background is the 'mail box', a jerry - rigged arrangement which the Apollo 13 astronauts built to use the Command Module lithium hydroxide canisters to purge carbon dioxide from the Lunar Module

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Crew Apollo 10 - Apollo 10 crew - The crew of Apollo 10, from left to right astronauts Eugene A. Cernan, Thomas P. Stafford and John W. Young. 03/04/1969. The prime crew of the Apollo 10 mission at the Kennedy Space Center. Left to right: Eugene A. Cernan, Lunar Module pilot; Thomas P. Stafford, Commander and John W. Young, Command Module pilot. Apr 03 1969

Crew Apollo 10 - Apollo 10 crew - The crew of Apollo 10, from left to right astronauts Eugene A. Cernan, Thomas P. Stafford and John W. Young. 03/04/1969. The prime crew of the Apollo 10 mission at the Kennedy Space Center. Left to right: Eugene A. Cernan, Lunar Module pilot; Thomas P. Stafford, Commander and John W. Young, Command Module pilot. Apr 03 1969

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Apollo 11: astronauts in quarantine - Apollo 11: astronauts wives visit their husbands in quarantine - Visit of the wives (from left to right: Mrs Pat Collins, Mrs Jan Armstrong and Mrs Jean Aldrin) to the crew of Apollo 11 (from left to right in the van: Neil Armstrong, Edwin Aldrin and Michael Collins). 27/07/1969. The Apollo 11 crewmen, still under a 21 - day quarantine, are greeted by their wives as they arrive at Ellington Air Force Base after a flight aboard a U.S. Air Force C141 transport from Hawaii. Looking through the window of the Mobile Quarantine Facility are (left to right) Astronauts Neil Armstrong, Edwin Aldrin Jr., and Michael Collins. The wives are (left to right) Mrs. Pat Collins, Mrs. Jan Armstrong, and Mrs. Jean Aldrin

Apollo 11: astronauts in quarantine - Apollo 11: astronauts wives visit their husbands in quarantine - Visit of the wives (from left to right: Mrs Pat Collins, Mrs Jan Armstrong and Mrs Jean Aldrin) to the crew of Apollo 11 (from left to right in the van: Neil Armstrong, Edwin Aldrin and Michael Collins). 27/07/1969. The Apollo 11 crewmen, still under a 21 - day quarantine, are greeted by their wives as they arrive at Ellington Air Force Base after a flight aboard a U.S. Air Force C141 transport from Hawaii. Looking through the window of the Mobile Quarantine Facility are (left to right) Astronauts Neil Armstrong, Edwin Aldrin Jr., and Michael Collins. The wives are (left to right) Mrs. Pat Collins, Mrs. Jan Armstrong, and Mrs. Jean Aldrin

PIX4596303

Astronauts on Titan - Illustration - Releasing a weather balloon on Titan - Astronauts make meteorological measurements on the surface of Titan. A titanian explorer prepares to release a weather balloon while another direct a flood lamp to illuminate the activity. On the left is a supply cart with a portable weather station, featuring an interactive control panel designed to accommodate hands enclosed in thick gloves. All exposed hardware would have to function at temperatures of minus 300* F and below. With an atmosphere 10 times denser than the Earth's, weather would be of keen interest to Titan's visitors. High in Titan's atmosphere wind velocities in excess of 400 mph have been detected. While not much is known about winds and weather at Triton's surface, terrain features resembling dune fields have been observed, suggesting surface winds have occurred at some locations. Fogs of methane gas would likely be present at the surface as well

Astronauts on Titan - Illustration - Releasing a weather balloon on Titan - Astronauts make meteorological measurements on the surface of Titan. A titanian explorer prepares to release a weather balloon while another direct a flood lamp to illuminate the activity. On the left is a supply cart with a portable weather station, featuring an interactive control panel designed to accommodate hands enclosed in thick gloves. All exposed hardware would have to function at temperatures of minus 300* F and below. With an atmosphere 10 times denser than the Earth's, weather would be of keen interest to Titan's visitors. High in Titan's atmosphere wind velocities in excess of 400 mph have been detected. While not much is known about winds and weather at Triton's surface, terrain features resembling dune fields have been observed, suggesting surface winds have occurred at some locations. Fogs of methane gas would likely be present at the surface as well

Walter B Myers

PIX4626113

Space Garage - Artist View - Space Garage - Artist view - Structure in orbit around the Earth to house spacecraft. A space garage that is parked in orbit a few miles from a space station. Habitat modules and an escape vehicle, makes the garage a space station in its own right. Also visible are the reflective solar dynamic power units which were under development at NASA Lewis (now NASA Glenn) but never made it into production

Space Garage - Artist View - Space Garage - Artist view - Structure in orbit around the Earth to house spacecraft. A space garage that is parked in orbit a few miles from a space station. Habitat modules and an escape vehicle, makes the garage a space station in its own right. Also visible are the reflective solar dynamic power units which were under development at NASA Lewis (now NASA Glenn) but never made it into production

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Apollo 13: original crew - Apollo 13: original crew - From g. to d.: James A. Lovell (commander), Thomas K. Mattingly (pilot of the control module and Fred W. Haise (pilot of the lunar module). 11/12/1969. James A. Lovell, Commander; Thomas K. Mattingly, Command Module pilot and Fred W. Haise, Lunar Module pilot. Dec 11 1969

Apollo 13: original crew - Apollo 13: original crew - From g. to d.: James A. Lovell (commander), Thomas K. Mattingly (pilot of the control module and Fred W. Haise (pilot of the lunar module). 11/12/1969. James A. Lovell, Commander; Thomas K. Mattingly, Command Module pilot and Fred W. Haise, Lunar Module pilot. Dec 11 1969

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Gemini 8: Agena rocket seen from Gemini 8 - Gemini 8: Agena target docking seen from Gemini 8 - Gemini 8 was marked by the first mooring in space (between Gemini 8 and an Agena rocket). 16 March 1966. View of the Agena Target Docking vehicle from the Gemini 8 during docking approach. March 16 1966. Gemini 8 was the first docking with another space vehicle, an unmanned Agena stage

Gemini 8: Agena rocket seen from Gemini 8 - Gemini 8: Agena target docking seen from Gemini 8 - Gemini 8 was marked by the first mooring in space (between Gemini 8 and an Agena rocket). 16 March 1966. View of the Agena Target Docking vehicle from the Gemini 8 during docking approach. March 16 1966. Gemini 8 was the first docking with another space vehicle, an unmanned Agena stage

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Apollo 17: Lunar Jeep - Apollo 17: Lunar Rover Vehicle - Lunar Jeep at Station 2. 12/1972. The lunar Rover Vehicle at Station 2. 12/1972

Apollo 17: Lunar Jeep - Apollo 17: Lunar Rover Vehicle - Lunar Jeep at Station 2. 12/1972. The lunar Rover Vehicle at Station 2. 12/1972

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Crew Apollo 16 - Apollo 16 crew - From g. a. d.: Thomas K. Mattingly (pilot of the control module), John W. Young (commander) and Charles M. Duke (pilot of the lunar module. 12/01/1972. These three astronauts are the prime crew members of the Apollo 16 lunar landing mission. They are, left to right, Thomas K. Mattingly II, command module pilot; John W. Young, commander; and Charles M. Duke Jr., lunar module pilot. Jan 12 1972

Crew Apollo 16 - Apollo 16 crew - From g. a. d.: Thomas K. Mattingly (pilot of the control module), John W. Young (commander) and Charles M. Duke (pilot of the lunar module. 12/01/1972. These three astronauts are the prime crew members of the Apollo 16 lunar landing mission. They are, left to right, Thomas K. Mattingly II, command module pilot; John W. Young, commander; and Charles M. Duke Jr., lunar module pilot. Jan 12 1972

PIX4597394

Pilot-Cosmonaut of the USSR Leonid Kizim, twice a Hero of the Soviet Union, performing a space walk (b/w photo)

Pilot-Cosmonaut of the USSR Leonid Kizim, twice a Hero of the Soviet Union, performing a space walk (b/w photo)

Russian Photographer (20th century)

LLE3638770

Students of a primary school cheer for the success of China's first manned spaceflight, in Shanghai, east China, Oct 16, 2003

Students of a primary school cheer for the success of China's first manned spaceflight, in Shanghai, east China, Oct 16, 2003

UIG3901263

German astronaut Alexander Gerst in the Kibo laboratory of the International Space Station (ISS), June 2014 (photo)

German astronaut Alexander Gerst in the Kibo laboratory of the International Space Station (ISS), June 2014 (photo)

PIX6318773

Exploration of Mars-Illustration - Mars rover canyon - Men's exploration of Mars will require vehicles that can take a crew long distances and provide them with all the necessary protection against this hostile environment. A manned rover pauses in a martian canyon while an explorer in a protective pressurized suit departs. This rover provides a pressurized shirtsleeve environment enabling a crew of two to explore a large amount of martian surface for weeks at a time in the relative comfort of an earthbound motor home. For excursions beyond the confines of the rover two pressure suits are mounted on the back. The suits can be entered from within the rover and then detached via an airtight hatch minimizing crew contact with the abrasive and possibly caustic martian dust

Exploration of Mars-Illustration - Mars rover canyon - Men's exploration of Mars will require vehicles that can take a crew long distances and provide them with all the necessary protection against this hostile environment. A manned rover pauses in a martian canyon while an explorer in a protective pressurized suit departs. This rover provides a pressurized shirtsleeve environment enabling a crew of two to explore a large amount of martian surface for weeks at a time in the relative comfort of an earthbound motor home. For excursions beyond the confines of the rover two pressure suits are mounted on the back. The suits can be entered from within the rover and then detached via an airtight hatch minimizing crew contact with the abrasive and possibly caustic martian dust

Walter B Myers

PIX4639940

Astronaut on Mars - Illustration - Astronaut on Mars - Illustration - An astronaut crowds the soil of March. Artist's view. In some distant future, astronauts amble about on Mars. The hardware designs are based on the Lunar spacecraft being imagined by NASA

Astronaut on Mars - Illustration - Astronaut on Mars - Illustration - An astronaut crowds the soil of March. Artist's view. In some distant future, astronauts amble about on Mars. The hardware designs are based on the Lunar spacecraft being imagined by NASA

PIX4639858

The International Space Station (ISS) 05/2011 - The International Space Station (ISS) 05/2011 - View of the International Space Station from Space Shuttle Endeavour at the end of the STS mission - 134 on 29 May 2011. Backdropped by the blackness of space, the International Space Station is featured in this image photographed by an STS - 134 crew member on the space shuttle Endeavour after the station and shuttle began their post - undocking relative separation. Undocking of the two spacecraft occurred at 11:55 p.m. (EDT) on May 29, 2011. Endeavour spent 11 days, 17 hours and 41 minutes attached to the orbiting laboratory

The International Space Station (ISS) 05/2011 - The International Space Station (ISS) 05/2011 - View of the International Space Station from Space Shuttle Endeavour at the end of the STS mission - 134 on 29 May 2011. Backdropped by the blackness of space, the International Space Station is featured in this image photographed by an STS - 134 crew member on the space shuttle Endeavour after the station and shuttle began their post - undocking relative separation. Undocking of the two spacecraft occurred at 11:55 p.m. (EDT) on May 29, 2011. Endeavour spent 11 days, 17 hours and 41 minutes attached to the orbiting laboratory

PIX4603160

Apollo 9: Russell L. Schweickart - Portrait of Russell L. Schweickart. 197

Apollo 9: Russell L. Schweickart - Portrait of Russell L. Schweickart. 197

PIX4595138

N. Armstrong en formation - Neil Armstrong during a training exercise - Mission Apollo 11: Neil Armstrong en scacphandre during a training exercise. 22/04/1969. Astronaut Neil A. Armstrong, wearing an Extravehicular Mobility Unit, participates in a simulation of deploying and using lunar tools on the surface of the moon during a training exercise in Building 9 on April 22, 1969. Armstrong is the commander of the Apollo 11 lunar landing mission. In the background is a Lunar Module mock - up

N. Armstrong en formation - Neil Armstrong during a training exercise - Mission Apollo 11: Neil Armstrong en scacphandre during a training exercise. 22/04/1969. Astronaut Neil A. Armstrong, wearing an Extravehicular Mobility Unit, participates in a simulation of deploying and using lunar tools on the surface of the moon during a training exercise in Building 9 on April 22, 1969. Armstrong is the commander of the Apollo 11 lunar landing mission. In the background is a Lunar Module mock - up

PIX4595555

The 'Flying Bedstead', 1964 (colour photograph)

The 'Flying Bedstead', 1964 (colour photograph)

XOS5322842

Crater 308 on the Moon, 1969 (colour photograph)

Crater 308 on the Moon, 1969 (colour photograph)

XOS5322863

Apollo 9: the LEM seen from the command module - Apollo 9: LM seen from the Command Module - The LEM, “” Spider””, seen from the command module. 07/03/1969 A View of the Apollo 9 Lunar Module (LM), “” Spider,””” in a lunar lading configuration, as photographed from the Command and Service Modules (CSM) on the fifth day of the Apollo 9 - Orbital mission. The landing gear on the “” Spider””” has been deployed. Inside the “” Spider”” were astronauts James A. McDivitt, Apollo 9 commander; and Russell L. Schweickart, lunar module pilot. Astronaut David R. Scott, command module pilot, remained at the controls in the Command Module (CM), “” Gumdrop,”” while the other two astronauts checked out the LM. Tue 7 1969

Apollo 9: the LEM seen from the command module - Apollo 9: LM seen from the Command Module - The LEM, “” Spider””, seen from the command module. 07/03/1969 A View of the Apollo 9 Lunar Module (LM), “” Spider,””” in a lunar lading configuration, as photographed from the Command and Service Modules (CSM) on the fifth day of the Apollo 9 - Orbital mission. The landing gear on the “” Spider””” has been deployed. Inside the “” Spider”” were astronauts James A. McDivitt, Apollo 9 commander; and Russell L. Schweickart, lunar module pilot. Astronaut David R. Scott, command module pilot, remained at the controls in the Command Module (CM), “” Gumdrop,”” while the other two astronauts checked out the LM. Tue 7 1969

PIX4595222

The LLRV in Flight. 1964 - Lunar Landing Research Vehicle (LLRV) in flight - The prototype of the LEM “” LLRV” (Lunar Landing Research Vehicle) in flight at the Edwards Base. 1964 The Lunar Landing Research Vehicle (LLRV) Number 1 in flight at the South Base of Edwards Air Force Base. When Apollo planning was underway in 1960, NASA was looking for a simulator to profile the descent to the moon's surface. Three concepts emerged: an electronic simulator, a tethered device, and the ambitious Dryden contribution, a free - flying vehicle. All three became serious projects, but Lunar Landing Research Vehicle became the most important

The LLRV in Flight. 1964 - Lunar Landing Research Vehicle (LLRV) in flight - The prototype of the LEM “” LLRV” (Lunar Landing Research Vehicle) in flight at the Edwards Base. 1964 The Lunar Landing Research Vehicle (LLRV) Number 1 in flight at the South Base of Edwards Air Force Base. When Apollo planning was underway in 1960, NASA was looking for a simulator to profile the descent to the moon's surface. Three concepts emerged: an electronic simulator, a tethered device, and the ambitious Dryden contribution, a free - flying vehicle. All three became serious projects, but Lunar Landing Research Vehicle became the most important

PIX4595618

Apollo 12: Alan Bean - Alan L. Bean, pilot of the lunar module. 22/09/1969. Alan L. Bean, Lunar Module Pilot. Sep 22 1969

Apollo 12: Alan Bean - Alan L. Bean, pilot of the lunar module. 22/09/1969. Alan L. Bean, Lunar Module Pilot. Sep 22 1969

PIX4596448

View of Gemini 12 - Gemini 12 spaceship - The Gemini 12 module photographed by Edwin Aldrin during its extravehicular release. Astronaut Edwin E. Aldrin Jr., pilot of the Gemini 12 space flight, took this picture of the Gemini 12 spacecraft during standup extravehicular activity (EVA) with the hatch open. Nov 13 1966

View of Gemini 12 - Gemini 12 spaceship - The Gemini 12 module photographed by Edwin Aldrin during its extravehicular release. Astronaut Edwin E. Aldrin Jr., pilot of the Gemini 12 space flight, took this picture of the Gemini 12 spacecraft during standup extravehicular activity (EVA) with the hatch open. Nov 13 1966

PIX4599628

Skylab station 07/1973 - Skylab station seen from Skylab module - 3 just before mooring. 28/07/1973. A close - up view of the Skylab space station cluster photographed against a black sky background from the Skylab 3 command module during the “” fly around”” inspection prior to docking. Note the one solar array system wing on the Orbital Workshop (OWS) which was successfully deployed during EVA on the first manned Skylab mission. The primary docking part at the forward end of the Multiple Docking Adapter (MDA) is visible below the Apollo Telescope Mount (ATM)

Skylab station 07/1973 - Skylab station seen from Skylab module - 3 just before mooring. 28/07/1973. A close - up view of the Skylab space station cluster photographed against a black sky background from the Skylab 3 command module during the “” fly around”” inspection prior to docking. Note the one solar array system wing on the Orbital Workshop (OWS) which was successfully deployed during EVA on the first manned Skylab mission. The primary docking part at the forward end of the Multiple Docking Adapter (MDA) is visible below the Apollo Telescope Mount (ATM)

PIX4643395

The triumph of Soviet space exploration, 1978 (colour litho)

The triumph of Soviet space exploration, 1978 (colour litho)

Leonov, Alexej (b.1934)

LLE5232000

International Space Station in 2001. Overhead close-up view of the expanded International Space Station. At lower left a Russian Soyuz capsule is docked

International Space Station in 2001. Overhead close-up view of the expanded International Space Station. At lower left a Russian Soyuz capsule is docked

EVB2942158

Soyuz 14 spacecraft approaches the International Space Station. Onboard were cosmonauts Fyodor Yurchikhin and Oleg Kotov, hosting space tourist, Charles Simonyi, an American Microsoft millionaire. April 9, 2007

Soyuz 14 spacecraft approaches the International Space Station. Onboard were cosmonauts Fyodor Yurchikhin and Oleg Kotov, hosting space tourist, Charles Simonyi, an American Microsoft millionaire. April 9, 2007

EVB2942195

The Dreams Came True of 12 April - 1st Manned Space Flight

The Dreams Came True of 12 April - 1st Manned Space Flight

UIG2904059

Space Shuttle Atlantis docked to ISS - Space Shuttle Atlantis docked to ISS - View of Atlantis cabin, articulated arm and part of the International Space Station (ISS). September 2000. The cabin of the Space Shuttle Atlantis, its remote manipulator system arm in operational mode, as well as part of the International Space Station are included in the 35 mm frame. Sep 2000

Space Shuttle Atlantis docked to ISS - Space Shuttle Atlantis docked to ISS - View of Atlantis cabin, articulated arm and part of the International Space Station (ISS). September 2000. The cabin of the Space Shuttle Atlantis, its remote manipulator system arm in operational mode, as well as part of the International Space Station are included in the 35 mm frame. Sep 2000

PIX4599942

Back to the Moon: the Orion module in lunar orbit - The Orion spacecraft in lunar orbit - Artist view - The module lives in Orion orbit around the Moon. Orion should be able to take a crew of four astronauts to the Moon in 2020 and could be used to take men to Mars. Artist's view. The Orion manned spacecraft in lunar orbit. The Nasa's Project Constellation plans to send human explorers back to the Moon by 2020, and then onward to Mars; each Orion spacecraft will carry a crew of four to six astronauts

Back to the Moon: the Orion module in lunar orbit - The Orion spacecraft in lunar orbit - Artist view - The module lives in Orion orbit around the Moon. Orion should be able to take a crew of four astronauts to the Moon in 2020 and could be used to take men to Mars. Artist's view. The Orion manned spacecraft in lunar orbit. The Nasa's Project Constellation plans to send human explorers back to the Moon by 2020, and then onward to Mars; each Orion spacecraft will carry a crew of four to six astronauts

PIX4639027

Back to the Moon: the Orion module in lunar orbit - Artist view - The Orion spacecraft in lunar orbit - Lunar program Constellation. The module lives in Orion orbit around the Moon. Orion should be able to take a crew of four astronauts to the Moon in 2020 and could be used to take men to Mars. Artist's concept of the Orion manned spacecraft in lunar orbit. The Nasa's Project Constellation plans to send human explorers back to the Moon by 2020, and then onward to Mars; each Orion spacecraft will carry a crew of four to six astronauts

Back to the Moon: the Orion module in lunar orbit - Artist view - The Orion spacecraft in lunar orbit - Lunar program Constellation. The module lives in Orion orbit around the Moon. Orion should be able to take a crew of four astronauts to the Moon in 2020 and could be used to take men to Mars. Artist's concept of the Orion manned spacecraft in lunar orbit. The Nasa's Project Constellation plans to send human explorers back to the Moon by 2020, and then onward to Mars; each Orion spacecraft will carry a crew of four to six astronauts

PIX4639037

Mars Exploration-Illustration - Martian polar dunes exploration - Astronauts explore the dunes of the north pole of Mars. Sometime in the future astronauts explore the Martian North Polar Dunes, as big as the Sahara desert on Earth

Mars Exploration-Illustration - Martian polar dunes exploration - Astronauts explore the dunes of the north pole of Mars. Sometime in the future astronauts explore the Martian North Polar Dunes, as big as the Sahara desert on Earth

Steven Hobbs

PIX4639966

Space Shuttle - Illustration - The Space Shuttle enters Earth orbit - Artwork - The American Space Shuttle maneuvers to position itself in orbit around the Earth. The Space Shuttle reveals a belly covered with thousands of individual thermally protective silica tiles, scorched and charred from numerous reentries of past missions. Nine minutes after launching from Nasa's Kennedy Space Center in Florida, the US Space Shuttle shuts down its engines, she's its massive external fuel tank, and enters freefall 60 miles above the Atlantic ocean. Traveling “” upside down”” at 16,700 miles per hour, the Shuttle has already put over a thousand miles between itself and the launch tower. If uncorrected however, the current trajectory will bring the orbiter back to Earth somewhere halfway around the globe. In order to propel the Shuttle to it's final orbit - - anywhere from 116 and 600 miles high - - the two Orbital Maneuvering System thrusters (the smallest nozzles near the tail) will fire until th

Space Shuttle - Illustration - The Space Shuttle enters Earth orbit - Artwork - The American Space Shuttle maneuvers to position itself in orbit around the Earth. The Space Shuttle reveals a belly covered with thousands of individual thermally protective silica tiles, scorched and charred from numerous reentries of past missions. Nine minutes after launching from Nasa's Kennedy Space Center in Florida, the US Space Shuttle shuts down its engines, she's its massive external fuel tank, and enters freefall 60 miles above the Atlantic ocean. Traveling “” upside down”” at 16,700 miles per hour, the Shuttle has already put over a thousand miles between itself and the launch tower. If uncorrected however, the current trajectory will bring the orbiter back to Earth somewhere halfway around the globe. In order to propel the Shuttle to it's final orbit - - anywhere from 116 and 600 miles high - - the two Orbital Maneuvering System thrusters (the smallest nozzles near the tail) will fire until th

Walter B Myers

PIX4650255

Apollo 17: Lunar Jeep - Apollo 17: Lunar Rover Vehicle - The lunar jeep and the summit of the South Massif; station 2. 12/1972. The lunar Rover Vehicle at Station 2. 12/1972

Apollo 17: Lunar Jeep - Apollo 17: Lunar Rover Vehicle - The lunar jeep and the summit of the South Massif; station 2. 12/1972. The lunar Rover Vehicle at Station 2. 12/1972

PIX4598121

Crew Apollo 13 - The crew of Apollo 13 - Crew Apollo 13, from g. to d.: John Swigert, James Lovell and Fred Haise. 10/04/1970. John Swigert, James Lovell and Fred Haise. Apr 10 1970

Crew Apollo 13 - The crew of Apollo 13 - Crew Apollo 13, from g. to d.: John Swigert, James Lovell and Fred Haise. 10/04/1970. John Swigert, James Lovell and Fred Haise. Apr 10 1970

PIX4596668

Apollo 14: the LEM - View of Apollo 14 Lunar Module against a brilliant sun glare - The lunar module of Apollo 14. 05/02/1971. The Apollo 14 Lunar Module (LM) as seen by the two moon - exploring crewmen of the Apollo 14 lunar landing mission, photographed against a brilliant sun glare during the first extravehicular activity (EVA). A bright trail left in the lunar soil by the two - wheeled modularized equipment transporter (MET) leads from the LM. While astronauts Alan B. Shepard Jr., commander, and Edgar D. Mitchell, lunar module pilot, were exploring the moon, astronaut Stuart A. Roosa, command module pilot, was maneuvering the Command and Service Modules (CSM) in lunar orbit

Apollo 14: the LEM - View of Apollo 14 Lunar Module against a brilliant sun glare - The lunar module of Apollo 14. 05/02/1971. The Apollo 14 Lunar Module (LM) as seen by the two moon - exploring crewmen of the Apollo 14 lunar landing mission, photographed against a brilliant sun glare during the first extravehicular activity (EVA). A bright trail left in the lunar soil by the two - wheeled modularized equipment transporter (MET) leads from the LM. While astronauts Alan B. Shepard Jr., commander, and Edgar D. Mitchell, lunar module pilot, were exploring the moon, astronaut Stuart A. Roosa, command module pilot, was maneuvering the Command and Service Modules (CSM) in lunar orbit

PIX4597119

Apollo 11: foot of Aldrin - Apollo 11: Edwin Aldrin's bootprint in the lunar surface - Edwin Aldrin marking the lunar ground with his boot mark. 20/07/1969. Edwin Aldrin's bootprint in the lunar surface. Jul 20 1969

Apollo 11: foot of Aldrin - Apollo 11: Edwin Aldrin's bootprint in the lunar surface - Edwin Aldrin marking the lunar ground with his boot mark. 20/07/1969. Edwin Aldrin's bootprint in the lunar surface. Jul 20 1969

PIX4595956

Apollo Missions - Artist View - Apollo program - Artist view - LEM separates from the control module to land on the Moon. The Lunar Excursion Module separates from the Command and Service Module in preparation for landing on the Moon

Apollo Missions - Artist View - Apollo program - Artist view - LEM separates from the control module to land on the Moon. The Lunar Excursion Module separates from the Command and Service Module in preparation for landing on the Moon

Steven Hobbs

PIX4596426

German astronaut Alexander Gerst watches a football World Cup match aboard the International Space Station (ISS), 17 June 2018 (photo)

German astronaut Alexander Gerst watches a football World Cup match aboard the International Space Station (ISS), 17 June 2018 (photo)

PIX6318774

Space Exploration: Soyuz and Orion Ships - Artist's View - CEV-Soyuz Joint Mission - An American Orion spacecraft mooring to a Soyuz TMA-M spacecraft in low orbit for a distant space exploration mission. A 3-man Soyuz TMA-M prepares to dock with a 6-man Orion class Crew Exploration Vehicle (CEV, AKA Deep Space Vehicle) in low Earth orbit. Given that Russian and Western spacecraft employ different docking and airlock solutions, the CEV hosts an adapter module that makes the two spacecraft compatible and includes a hatch for Extra-vehicular activity (EVA) and science instrumentation. Such a union may be suitable for deep space missions to gravitational-stable Lagrangian points and even a near-earth object (NEO)/asteroid

Space Exploration: Soyuz and Orion Ships - Artist's View - CEV-Soyuz Joint Mission - An American Orion spacecraft mooring to a Soyuz TMA-M spacecraft in low orbit for a distant space exploration mission. A 3-man Soyuz TMA-M prepares to dock with a 6-man Orion class Crew Exploration Vehicle (CEV, AKA Deep Space Vehicle) in low Earth orbit. Given that Russian and Western spacecraft employ different docking and airlock solutions, the CEV hosts an adapter module that makes the two spacecraft compatible and includes a hatch for Extra-vehicular activity (EVA) and science instrumentation. Such a union may be suitable for deep space missions to gravitational-stable Lagrangian points and even a near-earth object (NEO)/asteroid

Walter B Myers

PIX4639101

Phobos mission approaching Phobos - The control module in approach to the Phobos satellite. The command module, now free of the larger Phobos mission rocket, begins a close approach to Phobos. With an average diameter of less than 12 miles, irregularly shaped Phobos has a very weak gravitational field making it relatively easy for the command module to come very close without being drawn all the way to its surface. The goal is to come close enough to permit space-suited astrogeologists equipped with personal manned maneuvering units (MMUS) to act as mini-spaceships themselves and descend to the surface. On the surface of Mars to the right can be seen Elysium Planitia and the volcano Albor Tholus

Phobos mission approaching Phobos - The control module in approach to the Phobos satellite. The command module, now free of the larger Phobos mission rocket, begins a close approach to Phobos. With an average diameter of less than 12 miles, irregularly shaped Phobos has a very weak gravitational field making it relatively easy for the command module to come very close without being drawn all the way to its surface. The goal is to come close enough to permit space-suited astrogeologists equipped with personal manned maneuvering units (MMUS) to act as mini-spaceships themselves and descend to the surface. On the surface of Mars to the right can be seen Elysium Planitia and the volcano Albor Tholus

Walter B Myers

PIX4639650

Gemini 6: Gemini 7 vu de Gemini 6 - Gemini 7 seen from Gemini 6 during rendezvous - 15 December 1965 View of the Gemini 7 from Gemini 6 during rendezvous. Dec 15 1965

Gemini 6: Gemini 7 vu de Gemini 6 - Gemini 7 seen from Gemini 6 during rendezvous - 15 December 1965 View of the Gemini 7 from Gemini 6 during rendezvous. Dec 15 1965

PIX4599422

Space Food - Astronaut food: Food on board the International Space Station. Here's lemon chicken. Canned chicken with lemon confit floating on the International Space Station, a meal that is part of ESA's ENERGY experiment. This experiment looks at the energy expenditure of astronauts during spaceflight to plan adequate but not excessive food supplies

Space Food - Astronaut food: Food on board the International Space Station. Here's lemon chicken. Canned chicken with lemon confit floating on the International Space Station, a meal that is part of ESA's ENERGY experiment. This experiment looks at the energy expenditure of astronauts during spaceflight to plan adequate but not excessive food supplies

PIX4641262

Apollo 17: R. Evans - Ron Evans, pilot of the control module Apollo 17. 01/12/1971. Ron Evans, command module pilot

Apollo 17: R. Evans - Ron Evans, pilot of the control module Apollo 17. 01/12/1971. Ron Evans, command module pilot

PIX4597748

Apollo 17: the LEM on the Moon - Apollo 17: lunar module - The lunar module Apollo 17. 12/1972

Apollo 17: the LEM on the Moon - Apollo 17: lunar module - The lunar module Apollo 17. 12/1972

PIX4597794

Apollo 17: the LEM - Apollo 17: the Earth over the LM - View of the Apollo 17 lunar module and Earth. 12/197

Apollo 17: the LEM - Apollo 17: the Earth over the LM - View of the Apollo 17 lunar module and Earth. 12/197

PIX4597828

N. Armstrong and E. Aldrin in training 04/1969 - Armstrong and Aldrin training - Apollo 11: Armstrong and Aldrin during a training exercise (sample collection). 22/04/1969. Armstrong and Aldrin practice transfer of lunar samples from large scoop to a sample bag. Apr 22 1969

N. Armstrong and E. Aldrin in training 04/1969 - Armstrong and Aldrin training - Apollo 11: Armstrong and Aldrin during a training exercise (sample collection). 22/04/1969. Armstrong and Aldrin practice transfer of lunar samples from large scoop to a sample bag. Apr 22 1969

PIX4595575

Cosmic drivers, 1967 (colour litho)

Cosmic drivers, 1967 (colour litho)

Leonov, Alexej (b.1934)

LLE5231997

Apollo 11 crew leaves Kennedy Space Center's Manned Spacecraft Operations Building during pre-launch countdown, 1969 (colour photograph)

Apollo 11 crew leaves Kennedy Space Center's Manned Spacecraft Operations Building during pre-launch countdown, 1969 (colour photograph)

XOS5322843

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