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Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled for October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. Here, the transfer module needed during the trip separates from the probe.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled for October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. Here, the transfer module needed during the trip separates from the probe.

PIX4643593

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled for October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury, and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. On his 7-year journey, the probe will pass twice near Venus.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled for October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury, and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. On his 7-year journey, the probe will pass twice near Venus.

PIX4643590

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury, and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. Here, the Mercury Magnetospheric Orbiter is eject from the Mercury Planetary Orbiter.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury, and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. Here, the Mercury Magnetospheric Orbiter is eject from the Mercury Planetary Orbiter.

PIX4643601

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury, and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury, and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere.

PIX4643574

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere.

PIX4643577

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the Mercury Surface and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercury Magnetosphere.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the Mercury Surface and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercury Magnetosphere.

PIX4643569

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled for October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury, and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled for October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury, and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere.

PIX4643632

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere.

PIX4643573

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. Here, the Mercury Planet Orbiter (DFO) orbiting Mercury.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. Here, the Mercury Planet Orbiter (DFO) orbiting Mercury.

PIX4643591

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled for October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the Mercury Surface and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. Here, the Mercury Magnetospheric Orbiter (MMO) orbiting Mercury.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled for October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the Mercury Surface and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. Here, the Mercury Magnetospheric Orbiter (MMO) orbiting Mercury.

PIX4643594

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled for October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. Here, the Mercury Magnetospheric Orbiter (MMO) orbiting Mercury.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled for October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere. Here, the Mercury Magnetospheric Orbiter (MMO) orbiting Mercury.

PIX4643616

Mars Recognition Orbiter and the Comet, Artist view (photo)

Mars Recognition Orbiter and the Comet, Artist view (photo)

Steven Hobbs

PIX6039537

Solar Orbiter (photo)

Solar Orbiter (photo)

PIX6039538

Solar Orbiter - Solar Orbiter is a solar observation satellite of the European Space Agency (ESA) developed with the participation of NASA, which is scheduled to launch in February 2019 and begin observations around 2022. The main objective of this scientific mission is to study the processes behind the solar wind, the heliospheric magnetic field, the energetic solar particles and the magnetic field of the Sun. Esa's Solar Orbiter is set to provide new views of our star, in particular providing close-up observations of the Sun's poles. Following its launch in February 2019 and three-year journey using gravity swingbys at Earth and Venus, Solar Orbiter will operate from an elliptical orbit around the Sun. At its closest it will approach our star within 42 million kilometers, closer than planet Mercury. An artist's impression of Solar Orbiter in front of the stormy Sun is depicted here

Solar Orbiter - Solar Orbiter is a solar observation satellite of the European Space Agency (ESA) developed with the participation of NASA, which is scheduled to launch in February 2019 and begin observations around 2022. The main objective of this scientific mission is to study the processes behind the solar wind, the heliospheric magnetic field, the energetic solar particles and the magnetic field of the Sun. Esa's Solar Orbiter is set to provide new views of our star, in particular providing close-up observations of the Sun's poles. Following its launch in February 2019 and three-year journey using gravity swingbys at Earth and Venus, Solar Orbiter will operate from an elliptical orbit around the Sun. At its closest it will approach our star within 42 million kilometers, closer than planet Mercury. An artist's impression of Solar Orbiter in front of the stormy Sun is depicted here

PIX4643821

Solar Orbiter - Solar Orbiter is a solar observation satellite of the European Space Agency (ESA) developed with the participation of NASA, which is scheduled to launch in February 2019 and begin observations around 2022. The main objective of this scientific mission is to study the processes behind the solar wind, the heliospheric magnetic field, the energetic solar particles and the magnetic field of the Sun. Esa's Solar Orbiter is set to provide new views of our star, in particular providing close-up observations of the Sun's poles. Following its launch in February 2019 and three-year journey using gravity swingbys at Earth and Venus, Solar Orbiter will operate from an elliptical orbit around the Sun. At its closest it will approach our star within 42 million kilometers, closer than planet Mercury. An artist's impression of Solar Orbiter in front of the stormy Sun is depicted here

Solar Orbiter - Solar Orbiter is a solar observation satellite of the European Space Agency (ESA) developed with the participation of NASA, which is scheduled to launch in February 2019 and begin observations around 2022. The main objective of this scientific mission is to study the processes behind the solar wind, the heliospheric magnetic field, the energetic solar particles and the magnetic field of the Sun. Esa's Solar Orbiter is set to provide new views of our star, in particular providing close-up observations of the Sun's poles. Following its launch in February 2019 and three-year journey using gravity swingbys at Earth and Venus, Solar Orbiter will operate from an elliptical orbit around the Sun. At its closest it will approach our star within 42 million kilometers, closer than planet Mercury. An artist's impression of Solar Orbiter in front of the stormy Sun is depicted here

PIX4643824

Mars Reconnaissance Orbiter - Artist View - Mars Reconnaissance Orbiter - Artist view - The American Mars Reconnaissance Orbiter probe (MRO) was launched in August 2005 and began its observations from Mars in October 2006. Artwork of Mars Reconnaissance Orbiter (MRO) as it orbits over the martian north pole. The spacecraft was launched in August 2005 and began the first observations of March in October 2006

Mars Reconnaissance Orbiter - Artist View - Mars Reconnaissance Orbiter - Artist view - The American Mars Reconnaissance Orbiter probe (MRO) was launched in August 2005 and began its observations from Mars in October 2006. Artwork of Mars Reconnaissance Orbiter (MRO) as it orbits over the martian north pole. The spacecraft was launched in August 2005 and began the first observations of March in October 2006

Steven Hobbs

PIX4606683

Spider-shaped features in the south polar region of Mars are carved by vaporizing dry ice in a dynamic seasonal process. Mars Reconnaissance Orbiter.

Spider-shaped features in the south polar region of Mars are carved by vaporizing dry ice in a dynamic seasonal process. Mars Reconnaissance Orbiter.

UIG866534

This stereo view shows fractured mounds on the southern edge of Elysium Planitia on Mars. Mars Reconnaissance Orbiter.

This stereo view shows fractured mounds on the southern edge of Elysium Planitia on Mars. Mars Reconnaissance Orbiter.

UIG866532

This image from NASA's Mars Reconnaissance Orbiter shows channels to the southeast of Hale crater on southern Mars.

This image from NASA's Mars Reconnaissance Orbiter shows channels to the southeast of Hale crater on southern Mars.

UIG866536

This Mars Global Surveyor Mars Orbiter Camera view of the red planet shows the region that includes Ares Vallis and the Chryse Plains upon which both Mars Pathfinder and the Viking 1 landed in 1997 and 1976, respectively.

This Mars Global Surveyor Mars Orbiter Camera view of the red planet shows the region that includes Ares Vallis and the Chryse Plains upon which both Mars Pathfinder and the Viking 1 landed in 1997 and 1976, respectively.

UIG866504

This image is of an eroded mesa made famous by its similarity to a human face. Mars Reconnaissance Orbiter spacecraft.

This image is of an eroded mesa made famous by its similarity to a human face. Mars Reconnaissance Orbiter spacecraft.

UIG866499

The unusual stone mesas of the Cydonia region on Mars are quite striking in appearance. This mesa, when lit from just the right sun angle, can appear similar to a human face and became famous as the Face on Mars in 1976 Viking orbiter images.

The unusual stone mesas of the Cydonia region on Mars are quite striking in appearance. This mesa, when lit from just the right sun angle, can appear similar to a human face and became famous as the Face on Mars in 1976 Viking orbiter images.

UIG866500

It is northern summer on Mars and clouds are very common over the famous Tharsis volcanoes during the afternoon. Mars Global Surveyor Orbiter.

It is northern summer on Mars and clouds are very common over the famous Tharsis volcanoes during the afternoon. Mars Global Surveyor Orbiter.

UIG866505

This image covers the northern edge of the largest volcano in the solar system, Olympus Mons on Mars. Mars Reconnaissance Orbiter.

This image covers the northern edge of the largest volcano in the solar system, Olympus Mons on Mars. Mars Reconnaissance Orbiter.

UIG866539

This canyon system, Valles Marineris, was named in honor of its discoverer, Mariner 9. Melas Chasma is shown in the image.

This canyon system, Valles Marineris, was named in honor of its discoverer, Mariner 9. Melas Chasma is shown in the image.

UIG866522

Twelve orbits a day provide the Mars Global Surveyor MOC wide angle cameras a global "snapshot" of weather patterns across the planet.

Twelve orbits a day provide the Mars Global Surveyor MOC wide angle cameras a global "snapshot" of weather patterns across the planet.

UIG866507

Mars Global Surveyor Mars Orbiter Camera (MOC) passed over the Apollinaris Patera volcano and captured a patch of bright clouds hanging over its summit.

Mars Global Surveyor Mars Orbiter Camera (MOC) passed over the Apollinaris Patera volcano and captured a patch of bright clouds hanging over its summit.

UIG866506

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere.

Bepicolombo will be a mission to explore the planet Mercury, carried out jointly by the Japanese Space Agency and the European Space Agency. Its launch is scheduled in October 2018, to reach Mercure in 2025. Two probes form the Bepicolombo mission, the Mercury Planet Orbiter (DFO), which will perform a complete mapping of the surface of Mercury and the Mercury Magnetospheric Orbiter (MMO), which will study the Mercurian magnetosphere.

PIX4643566

Eureca Satellite - The Eureca satellite flies to space after it was deployed by the Atlantis space shuttle on 31 July 1992. The moon is visible. The European Retrievable Carrier 1L (EURECA - 1L) spacecraft, with solar array panels extended, drifts in space after deployment from the payload bay of Atlantis, Orbiter Vehicle (OV) 104, during STS - 46. The moon appears in this image

Eureca Satellite - The Eureca satellite flies to space after it was deployed by the Atlantis space shuttle on 31 July 1992. The moon is visible. The European Retrievable Carrier 1L (EURECA - 1L) spacecraft, with solar array panels extended, drifts in space after deployment from the payload bay of Atlantis, Orbiter Vehicle (OV) 104, during STS - 46. The moon appears in this image

PIX4646301

This 4 kilometer diameter feature near the edge of the South polar residual cap was recognized in Mariner 9 and Viking Orbiter images taken in the 1970s, but its origin could not be inferred.

This 4 kilometer diameter feature near the edge of the South polar residual cap was recognized in Mariner 9 and Viking Orbiter images taken in the 1970s, but its origin could not be inferred.

UIG866565

The Rosetta spacecraft releases a lander onto a comet nucleus - The Rosetta spacecraft releases a lander onto a comet nucleus - The Rosetta probe was launched on 2 March 2004 to study comet 67P/Churyumov - Gerasimenko. Artist's view of the Philae probe and lander near the nucleus of the comet. The size scales are not respected; the probe measures 32 meters with its deployed panels; the core of the comet about 4 km.; Artist's impression of the Rosetta orbiter deploying the Philae lander to comet 67P/Churyumov - Gerasimenko.; The image is not to scale; the Rosetta spacecraft measures 32 m across including the solar arrays; while the comet nucleus is thought to be about 4 km wide

The Rosetta spacecraft releases a lander onto a comet nucleus - The Rosetta spacecraft releases a lander onto a comet nucleus - The Rosetta probe was launched on 2 March 2004 to study comet 67P/Churyumov - Gerasimenko. Artist's view of the Philae probe and lander near the nucleus of the comet. The size scales are not respected; the probe measures 32 meters with its deployed panels; the core of the comet about 4 km.; Artist's impression of the Rosetta orbiter deploying the Philae lander to comet 67P/Churyumov - Gerasimenko.; The image is not to scale; the Rosetta spacecraft measures 32 m across including the solar arrays; while the comet nucleus is thought to be about 4 km wide

PIX4607178

Rosetta probe: the lander is dropped on the core of the comet - The Rosetta spacecraft releases a lander onto a comet nucleus - The Rosetta probe was launched on March 2, 2004 to study comet 67P/Churyumov - Gerasimenko. Artist view of the probe and lander Philae near the core of the comet. The size scales are not respected, the probe measures 32 metres with its deployed panels, the core of the comet about 4 km. Artist's impression of the Rosetta orbiter deploying the Philae lander to comet 67P/Churyumov - Gerasimenko. The image is not to scale; the Rosetta spacecraft measures 32 m across including the solar arrays, while the comet nucleus is thought to be about 4 km wide

Rosetta probe: the lander is dropped on the core of the comet - The Rosetta spacecraft releases a lander onto a comet nucleus - The Rosetta probe was launched on March 2, 2004 to study comet 67P/Churyumov - Gerasimenko. Artist view of the probe and lander Philae near the core of the comet. The size scales are not respected, the probe measures 32 metres with its deployed panels, the core of the comet about 4 km. Artist's impression of the Rosetta orbiter deploying the Philae lander to comet 67P/Churyumov - Gerasimenko. The image is not to scale; the Rosetta spacecraft measures 32 m across including the solar arrays, while the comet nucleus is thought to be about 4 km wide

J. Huart

PIX4607130

Solar panel damage to Mir station. 10/1997 - Mir station solar panel damaged - View of solar panel damage to Spektr module. 01/10/1997. Damaged Spektr solar array. Survey views of the Mir space station taken by the crew of the STS - 86 orbiter Atlanti

Solar panel damage to Mir station. 10/1997 - Mir station solar panel damaged - View of solar panel damage to Spektr module. 01/10/1997. Damaged Spektr solar array. Survey views of the Mir space station taken by the crew of the STS - 86 orbiter Atlanti

PIX4642329

Mir station 01/1998 - Mir station seen in january 1998 - Mir space station seen from the shuttle Endeavour. January 1998. A survey of the Mir Space Station, viewed from the Orbiter Endeavour during STS-89. January 1998

Mir station 01/1998 - Mir station seen in january 1998 - Mir space station seen from the shuttle Endeavour. January 1998. A survey of the Mir Space Station, viewed from the Orbiter Endeavour during STS-89. January 1998

PIX4642398

The Rosetta spacecraft releases a lander onto a comet nucleus - The Rosetta spacecraft releases a lander onto a comet nucleus - The Rosetta probe was launched on 2 March 2004 to study comet 67P/Churyumov - Gerasimenko. Artist's view of the Philae probe and lander near the nucleus of the comet. The size scales are not respected, the probe measures 32 meters with its panels deployed, the core of the comet about 4 km. Artist's impression of the Rosetta orbiter deploying the Philae lander to comet 67P/Churyumov - Gerasimenko. The image is not to scale; the Rosetta spacecraft measures 32 m across including the solar arrays, while the comet nucleus is thought to be about 4 km wide

The Rosetta spacecraft releases a lander onto a comet nucleus - The Rosetta spacecraft releases a lander onto a comet nucleus - The Rosetta probe was launched on 2 March 2004 to study comet 67P/Churyumov - Gerasimenko. Artist's view of the Philae probe and lander near the nucleus of the comet. The size scales are not respected, the probe measures 32 meters with its panels deployed, the core of the comet about 4 km. Artist's impression of the Rosetta orbiter deploying the Philae lander to comet 67P/Churyumov - Gerasimenko. The image is not to scale; the Rosetta spacecraft measures 32 m across including the solar arrays, while the comet nucleus is thought to be about 4 km wide

PIX4607171

SolarMax Satellite Repair Mission 04/1984 - Solar Maximum Mission repair 04/1984 - View of astronaut George D.Nelson approaching the Solar Max (Solar Maximum Mission or SMM) satellite on April 8, 1984. View of the damaged Solar Maximum Mission Satellite from the 41 - C space shuttle orbiter Challenger. The satellite's solar panels are fully extended. Astronaut George D. Nelson, using the manned maneuvering unit (MMU), approaches the satellite to attempt to “” lock - on”” to it

SolarMax Satellite Repair Mission 04/1984 - Solar Maximum Mission repair 04/1984 - View of astronaut George D.Nelson approaching the Solar Max (Solar Maximum Mission or SMM) satellite on April 8, 1984. View of the damaged Solar Maximum Mission Satellite from the 41 - C space shuttle orbiter Challenger. The satellite's solar panels are fully extended. Astronaut George D. Nelson, using the manned maneuvering unit (MMU), approaches the satellite to attempt to “” lock - on”” to it

PIX4646369

Mir station 01/1998 - Mir station seen in january 1998 - Mir space station seen from the shuttle Endeavour. January 1998. A survey of the Mir Space Station, viewed from the Orbiter Endeavour during STS-89. January 1998

Mir station 01/1998 - Mir station seen in january 1998 - Mir space station seen from the shuttle Endeavour. January 1998. A survey of the Mir Space Station, viewed from the Orbiter Endeavour during STS-89. January 1998

PIX4642340

Mir station 01/1998 - Mir station seen in january 1998 - Mir space station seen from the shuttle Endeavour. January 1998. A survey of the Mir Space Station, viewed from the Orbiter Endeavour during STS-89. January 199

Mir station 01/1998 - Mir station seen in january 1998 - Mir space station seen from the shuttle Endeavour. January 1998. A survey of the Mir Space Station, viewed from the Orbiter Endeavour during STS-89. January 199

PIX4642380

Mir station 01/1998 - Mir station seen in january 1998 - Mir space station seen from the shuttle Endeavour. January 1998. A survey of the Mir Space Station, viewed from the Orbiter Endeavour during STS-89. January 1998

Mir station 01/1998 - Mir station seen in january 1998 - Mir space station seen from the shuttle Endeavour. January 1998. A survey of the Mir Space Station, viewed from the Orbiter Endeavour during STS-89. January 1998

PIX4642402

This image from NASA's Mars Reconnaissance Orbiter (MRO) shows a variety of surface textures within the south polar residual cap of Mars.

This image from NASA's Mars Reconnaissance Orbiter (MRO) shows a variety of surface textures within the south polar residual cap of Mars.

UIG866551

Mir station 01/1998 - Mir station seen in january 1998 - Mir space station seen from the shuttle Endeavour. January 1998. A survey of the Mir Space Station, viewed from the Orbiter Endeavour during STS-89. January 1998

Mir station 01/1998 - Mir station seen in january 1998 - Mir space station seen from the shuttle Endeavour. January 1998. A survey of the Mir Space Station, viewed from the Orbiter Endeavour during STS-89. January 1998

PIX4642391

Mir Station 09/1996 - Mir Space Station 09/1996 - Partial view of the Mir Space Station. Survey view of the Mir space station taken by the crew of the STS - 79 orbiter Atlantis. Views include: Kristall, Base Block and solar array, Kvant and Spektr modules

Mir Station 09/1996 - Mir Space Station 09/1996 - Partial view of the Mir Space Station. Survey view of the Mir space station taken by the crew of the STS - 79 orbiter Atlantis. Views include: Kristall, Base Block and solar array, Kvant and Spektr modules

PIX4642216

Mir Station 09/1996 - Mir Space Station 09/1996 - Partial view of the Mir Space Station. Survey view of the Mir space station taken by the crew of the STS - 79 orbiter Atlantis after docking with the station on flight day 4. View includes: Spektr, Kristall and the Docking Module

Mir Station 09/1996 - Mir Space Station 09/1996 - Partial view of the Mir Space Station. Survey view of the Mir space station taken by the crew of the STS - 79 orbiter Atlantis after docking with the station on flight day 4. View includes: Spektr, Kristall and the Docking Module

PIX4642219

This observation from NASA's Mars Reconnaissance Orbiter (MRO) is a view of the sand dune field in Richardson Crater covered with seasonal frost.

This observation from NASA's Mars Reconnaissance Orbiter (MRO) is a view of the sand dune field in Richardson Crater covered with seasonal frost.

UIG866550

Atlantis from Mir station 09/1996 - Atlantis seen from Mir station 09/1996 - Space shuttle Atlantis moored to Mir station. September 1996. View of the orbiter Atlantis docked to the Mir space station as seen from the Mir. he Cooperative Solar Array (CSA) can be seen just above the orbiter's flight deck

Atlantis from Mir station 09/1996 - Atlantis seen from Mir station 09/1996 - Space shuttle Atlantis moored to Mir station. September 1996. View of the orbiter Atlantis docked to the Mir space station as seen from the Mir. he Cooperative Solar Array (CSA) can be seen just above the orbiter's flight deck

PIX4642232

Mir station 01/1997 - Mir station seen from the shuttle Atlantis 01/1997 - Mir space station seen from shuttle Atlantis at the end of mission sts-81. Distant view of the Mir space station against an Earth limb taken after the undocking of the STS - 81 orbiter Atlantis and the Mir space station

Mir station 01/1997 - Mir station seen from the shuttle Atlantis 01/1997 - Mir space station seen from shuttle Atlantis at the end of mission sts-81. Distant view of the Mir space station against an Earth limb taken after the undocking of the STS - 81 orbiter Atlantis and the Mir space station

PIX4642262

This observation from NASA's Mars Reconnaissance Orbiter (MRO) shows part of the floor of a large impact crater in the southern highlands, north of the giant Hellas impact basin.

This observation from NASA's Mars Reconnaissance Orbiter (MRO) shows part of the floor of a large impact crater in the southern highlands, north of the giant Hellas impact basin.

UIG866549

This observation from NASA's Mars Reconnaissance Orbiter (MRO) shows the very steep side of a plateau, part of the northern limit of the Kasei Valles system, which is one of the largest outflow channel systems on Mars.

This observation from NASA's Mars Reconnaissance Orbiter (MRO) shows the very steep side of a plateau, part of the northern limit of the Kasei Valles system, which is one of the largest outflow channel systems on Mars.

UIG866548

ISS: Unity and Zarya modules 12/1998 - ISS: Unity and Zarya modules 12/1998 - The astronauts of the shuttle Endeavour are working on Unity. 15/12/1998. The crew of Space Shuttle Mission STS - 88 began construction of the International Space Station, joining the U.S. - built Unity node to the Russian - built Zarya module. The crew carried a large - format IMAX camera from which this picture was taken. Endeavour astronauts conducting work on Unity as the Orbiter passes on the night side of its 90 minute orbit. Dec 15 1998

ISS: Unity and Zarya modules 12/1998 - ISS: Unity and Zarya modules 12/1998 - The astronauts of the shuttle Endeavour are working on Unity. 15/12/1998. The crew of Space Shuttle Mission STS - 88 began construction of the International Space Station, joining the U.S. - built Unity node to the Russian - built Zarya module. The crew carried a large - format IMAX camera from which this picture was taken. Endeavour astronauts conducting work on Unity as the Orbiter passes on the night side of its 90 minute orbit. Dec 15 1998

PIX4599778

Extravehicular release of Piers J. Sellers and Michael E. Fossum 07/2006 - Extravehicular activity on Robotic arm - July 8 2006 - Extrahicular exit of Piers J. Sellers (right) and Michael E. Fossum. The two astronauts work at the end of the manipulative arm of the space shuttle Discovery. Mission STS-121 (8 July 2006). Astronauts Piers J. Sellers (red stripes) and Michael E. Fossum, STS - 121 mission specialists, work in tandem on the shuttle's Remote Manipulator System/Orbiter Boom Sensor System (RMS/OBSS) during the mission's first scheduled session of extravehicular activity (EVA). July 8, 2006

Extravehicular release of Piers J. Sellers and Michael E. Fossum 07/2006 - Extravehicular activity on Robotic arm - July 8 2006 - Extrahicular exit of Piers J. Sellers (right) and Michael E. Fossum. The two astronauts work at the end of the manipulative arm of the space shuttle Discovery. Mission STS-121 (8 July 2006). Astronauts Piers J. Sellers (red stripes) and Michael E. Fossum, STS - 121 mission specialists, work in tandem on the shuttle's Remote Manipulator System/Orbiter Boom Sensor System (RMS/OBSS) during the mission's first scheduled session of extravehicular activity (EVA). July 8, 2006

PIX4601402

Eureca satellite - Eureca satellite above Earth - The Eureca satellite seen above Earth after its deployment by the space shuttle Atlantis on 31 July 1992. The European Retrievable Carrier 1L (EURECA - 1L) spacecraft, with solar array panels extended, drifts above the earth after deployment from the payload bay of Atlantis, Orbiter Vehicle (OV) 104, during STS - 46. Eureca's onboard propulsion unit will boost it to an operational altitude of 270 nautical miles

Eureca satellite - Eureca satellite above Earth - The Eureca satellite seen above Earth after its deployment by the space shuttle Atlantis on 31 July 1992. The European Retrievable Carrier 1L (EURECA - 1L) spacecraft, with solar array panels extended, drifts above the earth after deployment from the payload bay of Atlantis, Orbiter Vehicle (OV) 104, during STS - 46. Eureca's onboard propulsion unit will boost it to an operational altitude of 270 nautical miles

PIX4646326

Martian landscape image from NASA's Mars Odyssey Orbiter. Combining images taken from 2002 to 2005, Mars' Chasma Boreale, is a flat-floored valley that cuts deep into Mars' north polar icecap

Martian landscape image from NASA's Mars Odyssey Orbiter. Combining images taken from 2002 to 2005, Mars' Chasma Boreale, is a flat-floored valley that cuts deep into Mars' north polar icecap

EVB2942402

SolarMax Satellite Repair Mission 04/1984 - Solar Maximum Mission repair 04/1984 - View of astronaut George D.Nelson approaching the Solar Max (Solar Maximum Mission or SMM) satellite on April 8, 1984. View of the damaged Solar Maximum Mission Satellite from the 41 - C space shuttle orbiter Challenger. The satellite's solar panels are fully extended. Astronaut George D. Nelson, using the manned maneuvering unit (MMU), approaches the satellite to attempt to “” lock - on”” to it

SolarMax Satellite Repair Mission 04/1984 - Solar Maximum Mission repair 04/1984 - View of astronaut George D.Nelson approaching the Solar Max (Solar Maximum Mission or SMM) satellite on April 8, 1984. View of the damaged Solar Maximum Mission Satellite from the 41 - C space shuttle orbiter Challenger. The satellite's solar panels are fully extended. Astronaut George D. Nelson, using the manned maneuvering unit (MMU), approaches the satellite to attempt to “” lock - on”” to it

PIX4646391

Solar Orbiter - Solar Orbiter is a solar observation satellite of the European Space Agency (ESA) developed with the participation of NASA, which is scheduled to launch in February 2019 and begin observations around 2022. The main objective of this scientific mission is to study the processes behind the solar wind, the heliospheric magnetic field, the energetic solar particles and the magnetic field of the Sun. Artist impression of Solar Orbiter in front of the Sun (not to scale). Following its launch in February 2019 and three-year journey using gravity swingbys at Earth and Venus, Solar Orbiter will operate from an elliptical orbit around the Sun. At its closest it will approach our star within 42 million kilometers, closer than planet Mercury. Solar Orbiter's over-arching mission goals are to examine how the Sun creates and controls the heliosphere, the extended atmosphere of the Sun in which we reside, and the effects of solar activity on it. Solar Orbiter is an ESA-led mission wit

Solar Orbiter - Solar Orbiter is a solar observation satellite of the European Space Agency (ESA) developed with the participation of NASA, which is scheduled to launch in February 2019 and begin observations around 2022. The main objective of this scientific mission is to study the processes behind the solar wind, the heliospheric magnetic field, the energetic solar particles and the magnetic field of the Sun. Artist impression of Solar Orbiter in front of the Sun (not to scale). Following its launch in February 2019 and three-year journey using gravity swingbys at Earth and Venus, Solar Orbiter will operate from an elliptical orbit around the Sun. At its closest it will approach our star within 42 million kilometers, closer than planet Mercury. Solar Orbiter's over-arching mission goals are to examine how the Sun creates and controls the heliosphere, the extended atmosphere of the Sun in which we reside, and the effects of solar activity on it. Solar Orbiter is an ESA-led mission wit

PIX4643802

SolarMax Satellite Repair Mission 04/1984 - Solar Maximum Mission repair 04/1984 - View of astronaut James Van Hoften in space shuttle Challenger hold. The astronaut participates in an extravehicular excursion to repair the Solar Max satellite (Solar Maximum Mission or SMM). 11 April 1984. Wide angle view of mission specialist James D. van Hoften participating in an extravehicular activity (EVA) to repair the “” captured” Solar Maximum Mission Satellite (SMMS) in the aft end of the Challenger's cargo bay. Astronaut van Hoften is standing in the payload bay facing the camera. The Solar SMMS is behind him. To the right of the photo is the remote manipulator system (RMS) arm used to capture the satellite. Behind the orbiter is a view of the cloudy earth. 11/04/198

SolarMax Satellite Repair Mission 04/1984 - Solar Maximum Mission repair 04/1984 - View of astronaut James Van Hoften in space shuttle Challenger hold. The astronaut participates in an extravehicular excursion to repair the Solar Max satellite (Solar Maximum Mission or SMM). 11 April 1984. Wide angle view of mission specialist James D. van Hoften participating in an extravehicular activity (EVA) to repair the “” captured” Solar Maximum Mission Satellite (SMMS) in the aft end of the Challenger's cargo bay. Astronaut van Hoften is standing in the payload bay facing the camera. The Solar SMMS is behind him. To the right of the photo is the remote manipulator system (RMS) arm used to capture the satellite. Behind the orbiter is a view of the cloudy earth. 11/04/198

PIX4646376

International Space Station

International Space Station

UIG532202

SPACE SHUTTLE COLUMBIA LANDS AT KENNEDY SPACE CENTRE, 1997-12-05 (photo)

SPACE SHUTTLE COLUMBIA LANDS AT KENNEDY SPACE CENTRE, 1997-12-05 (photo)

REU7994491

Manned Space Flight, USA, Shuttle Astronaut with Solar Maximum Satellite, 1984

Manned Space Flight, USA, Shuttle Astronaut with Solar Maximum Satellite, 1984

UIS5072309

Scott Parazynski's Extravehicular Release 11 - 2007 - Scott Parazynski extravehicular activity 11 - 2007 - Scott Parazynski's extravehicular release to repair the solar panel damaged the International Space Station during its deployment. It stands at the end of the OBSS (Orbiter Boom Sensor System), an extension of the space shuttle's articulated arm. STS-120. 03 - 11 - 2007 3 Nov. 2007. While anchored to a foot restraint on the end of the Orbiter Boom Sensor System, astronaut Scott Parazynski, STS - 120 mission specialist, assesses his repair work as the solar array is fully deployed during the mission's fourth session of extravehicular activity (EVA) while Space Shuttle Discovery is docked with the International Space Station. During the 7 - hour, 19 - minute spacewalk, Parazynski cut a snagged wire and installed homemade stabilizers designed to strengthen the damaged solar array's structure and stability in the vicinity of the damage. Astronaut Doug Wheelock (out of frame), mission

Scott Parazynski's Extravehicular Release 11 - 2007 - Scott Parazynski extravehicular activity 11 - 2007 - Scott Parazynski's extravehicular release to repair the solar panel damaged the International Space Station during its deployment. It stands at the end of the OBSS (Orbiter Boom Sensor System), an extension of the space shuttle's articulated arm. STS-120. 03 - 11 - 2007 3 Nov. 2007. While anchored to a foot restraint on the end of the Orbiter Boom Sensor System, astronaut Scott Parazynski, STS - 120 mission specialist, assesses his repair work as the solar array is fully deployed during the mission's fourth session of extravehicular activity (EVA) while Space Shuttle Discovery is docked with the International Space Station. During the 7 - hour, 19 - minute spacewalk, Parazynski cut a snagged wire and installed homemade stabilizers designed to strengthen the damaged solar array's structure and stability in the vicinity of the damage. Astronaut Doug Wheelock (out of frame), mission

PIX4601765

CANADIAN ASTRONAUT MARC GARNEAU CLIMBS INTO A NASA T-38 JET TRAINER, 2000-11-28 (photo)

CANADIAN ASTRONAUT MARC GARNEAU CLIMBS INTO A NASA T-38 JET TRAINER, 2000-11-28 (photo)

REU7737160

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