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Super Robotic (acrylic on canvas on wood)

premium — Super Robotic (acrylic on canvas on wood)

Super Robotic (acrylic on canvas on wood)

PJC186533

Robotic Arms Controlled By Human (photo)

Robotic Arms Controlled By Human (photo)

American Photographer, (20th century)

SIC743623

Men and Machines, 1921 (oil on canvas)

Men and Machines, 1921 (oil on canvas)

Hoch, Hannah (1889-1978)

GNM330203

The Rock Drill (polyester resin, metal & wood)

The Rock Drill (polyester resin, metal & wood)

Epstein, Jacob (1880-1959) (after)

BIR430795

Bizarre Figures, 1624 (etching)

Bizarre Figures, 1624 (etching)

Bracelli, Giovanni Battista (fl.1616-50)

IMJ242987

1960s: Lab. Robotic arms lift and uncork vial of liquid. Robotic arm pours liquid into beaker.

1960s: Lab. Robotic arms lift and uncork vial of liquid. Robotic arm pours liquid into beaker.

AVE8905795

Bizarre Figures, 1624 (etching)

Bizarre Figures, 1624 (etching)

Bracelli, Giovanni Battista (fl.1616-50)

IMJ242958

Instruments of Human Sustenance: The Culinary Art, 1569 (etching)

Instruments of Human Sustenance: The Culinary Art, 1569 (etching)

Camocio, Giovanni Francesco (fl.1558-75) (after)

IMJ241372

Study of Geometric Figures, for the Cave of the Golden Calf (graphite) (see 265062 for verso)

Study of Geometric Figures, for the Cave of the Golden Calf (graphite) (see 265062 for verso)

Gore, Spencer Frederick (1878-1914)

XYC265077

Ensemble of Arachnid Percussionists, 2000 (metal, wood, robotic components, bells, tambourine, drum & maracas)

Ensemble of Arachnid Percussionists, 2000 (metal, wood, robotic components, bells, tambourine, drum & maracas)

Guzik, Ariel (b.1960)

HST1075226

Artificial Limb (oil)

Artificial Limb (oil)

Ullrich, Dietmar (b.1940)

FFA274459

Study for a Decorative Panel: Geometric Figures, for the Cave of the Golden Calf (graphite) (see 265079 for recto)

Study for a Decorative Panel: Geometric Figures, for the Cave of the Golden Calf (graphite) (see 265079 for recto)

Gore, Spencer Frederick (1878-1914)

XYC265080

The Garden, 1991-92, on display in the touring exhibition 'Post Human' 1992-93 (mixed media)

The Garden, 1991-92, on display in the touring exhibition 'Post Human' 1992-93 (mixed media)

McCarthy, Paul (b.1945)

Wolfgang Neeb

WNB228015

Study for a War Memorial, c.1922 (pencil & red chalk on paper)

Study for a War Memorial, c.1922 (pencil & red chalk on paper)

Dobson, Frank (1886-1963)

FAS219253

America, c.1990s: POV from base of robotic arm: Astronaut in space, attached to robotic arm, carrying a satellite capture bar

America, c.1990s: POV from base of robotic arm: Astronaut in space, attached to robotic arm, carrying a satellite capture bar

AVE6327793

Bizarre Figures, 1624 (etching) (b/w photo)

Bizarre Figures, 1624 (etching) (b/w photo)

Bracelli, Giovanni Battista (fl.1616-50)

IMJ242989

Ventriloquial dolls head (litho)

Ventriloquial dolls head (litho)

English School, (20th century)

LLM5227240

Bizarre Figures, 1624 (etching)

Bizarre Figures, 1624 (etching)

Bracelli, Giovanni Battista (fl.1616-50)

IMJ242988

Early Robot Technology

Early Robot Technology

BOF6289476

Animatronic Dinosaur (T-Rex), 2000

Animatronic Dinosaur (T-Rex), 2000

UIG3329523

Animatronic Dinosaur (T-Rex), 2000

Animatronic Dinosaur (T-Rex), 2000

UIG3329526

Robotic Cotton Mill, Textile, Gemona, Italy, 1970S (photo)

Robotic Cotton Mill, Textile, Gemona, Italy, 1970S (photo)

UMR7400838

America, c.1990s: Perspective from base of robotic arm

America, c.1990s: Perspective from base of robotic arm

AVE6327950

Animatronic Dinosaur (T-Rex), 2000

Animatronic Dinosaur (T-Rex), 2000

UIG3329525

Animatronic Dinosaur (T-Rex), 2000

Animatronic Dinosaur (T-Rex), 2000

UIG3329522

America, c.1990s: From perspective of the base of robotic arm

America, c.1990s: From perspective of the base of robotic arm

AVE6328016

E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and harpon. In any case, grappling the derelict satellite would have to be done in a very rapid and precise manner to prevent E.Deorbit and its target rebounding apart. The mission, being developed through ESA's Clean Space initiative - tasked with safeguarding terrestrial and orbital environments - will be proposed for final agreement at ESA's next Council at Ministerial Level, in 2019. It will place European industry at the forefront of the world's active debris removal efforts and multipurpose space tugs — E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

D. Ducros

PIX4605477

Genetics, DNA & Chromosomes Biomek 1000 robotic workstation, 1991

Genetics, DNA & Chromosomes Biomek 1000 robotic workstation, 1991

UIS5066877

Daum marries. Watercolour, pencil, pen, collage on cardboard (watercolour, pencil, pen, collage on cardboard)

Daum marries. Watercolour, pencil, pen, collage on cardboard (watercolour, pencil, pen, collage on cardboard)

Grosz, George (1893-1959)

Lessing, Erich

ELS9199390

E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and harpon. In any case, grappling the derelict satellite would have to be done in a very rapid and precise manner to prevent E.Deorbit and its target rebounding apart. The mission, being developed through ESA's Clean Space initiative - tasked with safeguarding terrestrial and orbital environments - will be proposed for final agreement at ESA's next Council at Ministerial Level, in 2019. It will place European industry at the forefront of the world's active debris removal efforts and multipurpose space tugs — E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

D. Ducros

PIX4605494

E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and harpon. In any case, grappling the derelict satellite would have to be done in a very rapid and precise manner to prevent E.Deorbit and its target rebounding apart. The mission, being developed through ESA's Clean Space initiative - tasked with safeguarding terrestrial and orbital environments - will be proposed for final agreement at ESA's next Council at Ministerial Level, in 2019. It will place European industry at the forefront of the world's active debris removal efforts and multipurpose space tugs — E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

D. Ducros

PIX4605498

Saint George Automaton, silverwork Nuernberg, Germany …

Saint George Automaton, silverwork Nuernberg, Germany …

Keller, Hans (17th century)

Lessing, Erich

ELS9064198

Arm Arm of the Shuttle Endeavour 05/1996 - Robotic arm of space shuttle Endeavour. May 1996 - Robotic arm of space shuttle Endeavour. May 199

Arm Arm of the Shuttle Endeavour 05/1996 - Robotic arm of space shuttle Endeavour. May 1996 - Robotic arm of space shuttle Endeavour. May 199

PIX4647313

ROBOTIC DOGS TEKNO AND POO CHI, 2000-07-18 (photo)

ROBOTIC DOGS TEKNO AND POO CHI, 2000-07-18 (photo)

Peter Morgan

REU8007914

ROBOTIC SURGICAL ARMS OPERATE IN LEIPZIG, 1999-02-22 (photo)

ROBOTIC SURGICAL ARMS OPERATE IN LEIPZIG, 1999-02-22 (photo)

Jochen Eckel

REU8257593

Module Destiny (ISS) 02/2001 - The Destiny laboratory (ISS) 02/2001 - Maintained by Atlantis Arm the Destiny laboratory, transported by shuttle, is removed from its storage place. ISS STS-98. 12/02/2001. In the grasp of the shuttle's remote manipulator system (RMS) robot arm, the Destiny laboratory is moved from its stowage position in the cargo bay of the Space Shuttle Atlantis. The photo was taken by astronaut Thomas D. Jones, who was participating in one of three STS - 98/5a space walks at the time. Astronaut Robert L. Curbeam (out of frame) also made the three space walks. Feb 12 2001

Module Destiny (ISS) 02/2001 - The Destiny laboratory (ISS) 02/2001 - Maintained by Atlantis Arm the Destiny laboratory, transported by shuttle, is removed from its storage place. ISS STS-98. 12/02/2001. In the grasp of the shuttle's remote manipulator system (RMS) robot arm, the Destiny laboratory is moved from its stowage position in the cargo bay of the Space Shuttle Atlantis. The photo was taken by astronaut Thomas D. Jones, who was participating in one of three STS - 98/5a space walks at the time. Astronaut Robert L. Curbeam (out of frame) also made the three space walks. Feb 12 2001

PIX4600234

The landscape of Mars photographed by Curiosity Rover, 2012

The landscape of Mars photographed by Curiosity Rover, 2012

UIG3508198

H - II Transfer Vehicle (HTV) - Close up of the H - II Transfer Vehicle (or HTV) when attached to the International Space Station (ISS) by the robotic arm of the station. The HTV is an uninhabited spaceship of the Japanese Aerospace Exploration Agency. It is used to supply the International Space Station (ISS). Image obtained from the International Space Station on September 17, 2009. A close - up view of the unpiloted English H - II Transfer Vehicle (HTV) in the grasp of the International Space Station's robotic Canadarm2. NASA astronaut Nicole Stott, Canadian Space Agency astronaut Robert Thirsk and European Space Agency astronaut Frank De Winne, all Expedition 20 flight engineers, used the station's robotic arm to grab the cargo craft and attach it to the Earth - facing port of the Harmony node. The attachment was completed at 5:26 (CDT) on Sep 17, 2009

H - II Transfer Vehicle (HTV) - Close up of the H - II Transfer Vehicle (or HTV) when attached to the International Space Station (ISS) by the robotic arm of the station. The HTV is an uninhabited spaceship of the Japanese Aerospace Exploration Agency. It is used to supply the International Space Station (ISS). Image obtained from the International Space Station on September 17, 2009. A close - up view of the unpiloted English H - II Transfer Vehicle (HTV) in the grasp of the International Space Station's robotic Canadarm2. NASA astronaut Nicole Stott, Canadian Space Agency astronaut Robert Thirsk and European Space Agency astronaut Frank De Winne, all Expedition 20 flight engineers, used the station's robotic arm to grab the cargo craft and attach it to the Earth - facing port of the Harmony node. The attachment was completed at 5:26 (CDT) on Sep 17, 2009

PIX4602554

Children Building Motorized Toys, 1990s

Children Building Motorized Toys, 1990s

AVE7240986

Untitled [Bakelite Robot], 2002 (video on six monitors in vintage radios)

Untitled [Bakelite Robot], 2002 (video on six monitors in vintage radios)

Paik, Nam June (1932-2006)

SFM7072684

NASA ROBOTIC ROVER TO BE SENT TO MARS, 2003-06-08 (photo)

NASA ROBOTIC ROVER TO BE SENT TO MARS, 2003-06-08 (photo)

NASA

REU8533815

United States 1950s: Medium close up of a scientist operating robotic limbs

United States 1950s: Medium close up of a scientist operating robotic limbs

AVE6324219

SHUTTLE CREW SPACEWALK FOR ROBOTIC ARM WORK, 2001-04-22 (photo)

SHUTTLE CREW SPACEWALK FOR ROBOTIC ARM WORK, 2001-04-22 (photo)

NASA TV

REU8327873

Cargo SpaceX Dragon 03/2013 - The SpaceX Dragon automatic module seen from the International Space Station (ISS) at mooring on March 3, 2013. SpaceX Dragon is the first private company spacecraft to be used to join the international space station. This is one of a series of photos taken by the Expedition 34 crew members aboard the International Space Station during the March 3 2013 approach, capture and docking of the SpaceX Dragon. Thus the capsule begins its scheduled three - week - long stay at the orbiting space station

Cargo SpaceX Dragon 03/2013 - The SpaceX Dragon automatic module seen from the International Space Station (ISS) at mooring on March 3, 2013. SpaceX Dragon is the first private company spacecraft to be used to join the international space station. This is one of a series of photos taken by the Expedition 34 crew members aboard the International Space Station during the March 3 2013 approach, capture and docking of the SpaceX Dragon. Thus the capsule begins its scheduled three - week - long stay at the orbiting space station

PIX4603290

A ROBOTIC SOCCER PLAYER RECEIVES A CHECK UP, 1998-04-10 (photo)

A ROBOTIC SOCCER PLAYER RECEIVES A CHECK UP, 1998-04-10 (photo)

Kimimasa Mayama

REU8190392

Cygnus Cargo 02/2014 - The Cygnus automatic module during its undocking at the Harmony module of the International Space Station (ISS) on February 18, 2014. The International Space Station's Canadarm2 unberths the Orbital Sciences Corporation's Cygnus spacecraft after several weeks at the space station. NASA astronaut Mike Hopkins, with assistance from Japan Aerospace Exploration Agency astronaut Koichi Wakata, both Expedition 38 flight engineers, used the station's 57 - foot Canadarm2 robotic arm to detach Cygnus from the Earth - facing port of the Harmony node at 5:15 a.m. (EST) on Feb. 18, 2014. While Wakata monitored data and kept in contact with the team at Houston's Mission Control Center, Hopkins released Cygnus from the robotic arm at 6:41 a.m. Earth's horizon and the blackness of space provide the backdrop for the scene

Cygnus Cargo 02/2014 - The Cygnus automatic module during its undocking at the Harmony module of the International Space Station (ISS) on February 18, 2014. The International Space Station's Canadarm2 unberths the Orbital Sciences Corporation's Cygnus spacecraft after several weeks at the space station. NASA astronaut Mike Hopkins, with assistance from Japan Aerospace Exploration Agency astronaut Koichi Wakata, both Expedition 38 flight engineers, used the station's 57 - foot Canadarm2 robotic arm to detach Cygnus from the Earth - facing port of the Harmony node at 5:15 a.m. (EST) on Feb. 18, 2014. While Wakata monitored data and kept in contact with the team at Houston's Mission Control Center, Hopkins released Cygnus from the robotic arm at 6:41 a.m. Earth's horizon and the blackness of space provide the backdrop for the scene

PIX4603353

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

Mr and Mrs Robyn Denny, 1960 (oil on canvas)

Mr and Mrs Robyn Denny, 1960 (oil on canvas)

Hodgkin, Howard (1932-2017)

WH5310836

AN OMURON PROMOTER PLAYS WITH A ROBOTIC CAT NECORO IN TOKYO, 2001-10-16 (photo)

AN OMURON PROMOTER PLAYS WITH A ROBOTIC CAT NECORO IN TOKYO, 2001-10-16 (photo)

Kimimasa Mayama

REU8510040

WORLD'S MOST SOPHISTICATED ROBOTIC COW AT EXHIBITION IN SYDNEY, 1999-06-29 (photo)

WORLD'S MOST SOPHISTICATED ROBOTIC COW AT EXHIBITION IN SYDNEY, 1999-06-29 (photo)

David Gray

REU8511262

The Automatic Telephone Exchange, front cover of 'La Science et La Vie', June 1927 (colour litho)

The Automatic Telephone Exchange, front cover of 'La Science et La Vie', June 1927 (colour litho)

French School, (20th century)

CHT168396

America, c.1990s: Astronaut in space, hanging upside-down from a robotic arm

America, c.1990s: Astronaut in space, hanging upside-down from a robotic arm

AVE6327797

AN OMRON PROMOTER PLAYS WITH A ROBOTIC CAT NECORO IN TOKYO, 2001-10-16 (photo)

AN OMRON PROMOTER PLAYS WITH A ROBOTIC CAT NECORO IN TOKYO, 2001-10-16 (photo)

Kimimasa Mayama

REU7894514

A SURGEON WORKS IN A WORLDWIDE ROBOTIC OPERATING THEATRE IN LEIPZIG, 1999-02-22 (photo)

A SURGEON WORKS IN A WORLDWIDE ROBOTIC OPERATING THEATRE IN LEIPZIG, 1999-02-22 (photo)

Jochen Eckel

REU8430952

H - II Transfer Vehicle (HTV) - 09/2012 - The H - II Transfer Vehicle (or HTV) during its separation from the International Space Station (ISS), held by the robotic arm of Canadarm 2. The HTV is an uninhabited spaceship of the Japanese Aerospace Exploration Agency. It is used to supply the International Space Station (ISS). Image obtained from the International Space Station on September 12, 2012. The International Space Station's Canadarm2 unberths the unpiloted Japan Aerospace Exploration Agency (JAXA) H - II Transfer Vehicle (HTV - 3), filled with trash and unneeded items, in preparation for its release from the station. JAXA astronaut Aki Hoshide and NASA astronaut Joe Acaba, both Expedition 32 flight engineers, used the station's robot arm to grapple the HTV - 3 and unberth it from the Earth - facing port of the Harmony node. The cargo craft was released at 11:50 a.m. (EDT) on Sep 12, 2012

H - II Transfer Vehicle (HTV) - 09/2012 - The H - II Transfer Vehicle (or HTV) during its separation from the International Space Station (ISS), held by the robotic arm of Canadarm 2. The HTV is an uninhabited spaceship of the Japanese Aerospace Exploration Agency. It is used to supply the International Space Station (ISS). Image obtained from the International Space Station on September 12, 2012. The International Space Station's Canadarm2 unberths the unpiloted Japan Aerospace Exploration Agency (JAXA) H - II Transfer Vehicle (HTV - 3), filled with trash and unneeded items, in preparation for its release from the station. JAXA astronaut Aki Hoshide and NASA astronaut Joe Acaba, both Expedition 32 flight engineers, used the station's robot arm to grapple the HTV - 3 and unberth it from the Earth - facing port of the Harmony node. The cargo craft was released at 11:50 a.m. (EDT) on Sep 12, 2012

PIX4603273

ISS: Installation of BEAM - 04/2016 - Bigelow Expandable Activity Module installation - 04/2016 - Installation of the Bigelow Expandable Activity Module (BEAM) on the International Space Station (ISS) on 16 April 2016. This experimental habitable module is intended to test the technique of inflatable space habitat. The module, whose internal volume pressurized once deployed is 16 m3, will be tested for 2 years. The Bigelow Expandable Activity Module (BEAM) was installed to the International Space Station on April 16, 2016 at 5:36 a.m. EDT. Following extraction from Spacex's Dragon cargo craft using the Canadarm2 robotic arm, ground controllers installed the expandable module to the aft port of Tranquility. Astronauts will enter BEAM on an occasional basis to conduct tests to validate the module's overall performance and the capability of expandable habitats

ISS: Installation of BEAM - 04/2016 - Bigelow Expandable Activity Module installation - 04/2016 - Installation of the Bigelow Expandable Activity Module (BEAM) on the International Space Station (ISS) on 16 April 2016. This experimental habitable module is intended to test the technique of inflatable space habitat. The module, whose internal volume pressurized once deployed is 16 m3, will be tested for 2 years. The Bigelow Expandable Activity Module (BEAM) was installed to the International Space Station on April 16, 2016 at 5:36 a.m. EDT. Following extraction from Spacex's Dragon cargo craft using the Canadarm2 robotic arm, ground controllers installed the expandable module to the aft port of Tranquility. Astronauts will enter BEAM on an occasional basis to conduct tests to validate the module's overall performance and the capability of expandable habitats

PIX4640984

CREATORS OF ROBOTIC SOCCER TEAM CHEACK PLAYERS IN TOKYO, 1998-04-10 (photo)

CREATORS OF ROBOTIC SOCCER TEAM CHEACK PLAYERS IN TOKYO, 1998-04-10 (photo)

Kimimasa Mayama

REU7987662

CANADARM 2 ROBOTIC ARM HOVERS ABOVE EARTH, 2001-04-23 (photo)

CANADARM 2 ROBOTIC ARM HOVERS ABOVE EARTH, 2001-04-23 (photo)

NASA TV

REU8374678

NEW ROBOTIC AIBO PUBPPIES UNVEILED BY SONY IN TOKYO, 2001-09-05 (photo)

NEW ROBOTIC AIBO PUBPPIES UNVEILED BY SONY IN TOKYO, 2001-09-05 (photo)

Toshiyuki Aizawa

REU8021676

SONY'S NEW ROBOTIC AIBO PUBPPIES ARE UNVEILED IN TOKYO, 2001-09-05 (photo)

SONY'S NEW ROBOTIC AIBO PUBPPIES ARE UNVEILED IN TOKYO, 2001-09-05 (photo)

Toshiyuki Aizawa

REU7962418

A SURGEON WORKS AT THE WORLDWIDE ROBOTIC OPERATING THEATRE IN LEIPZIG, 1999-02-22 (photo)

A SURGEON WORKS AT THE WORLDWIDE ROBOTIC OPERATING THEATRE IN LEIPZIG, 1999-02-22 (photo)

Jochen Eckel

REU8489037

SHUTTLE ENDEAVOUR ASTRONAUTS BEGIN ROBOTIC ARM OPERATIONS, 2001-04-24 (photo)

SHUTTLE ENDEAVOUR ASTRONAUTS BEGIN ROBOTIC ARM OPERATIONS, 2001-04-24 (photo)

NASA TV

REU8461729

ISS: Installation of BEAM - 04/2016 - Bigelow Expandable Activity Module installation - 04/2016 - Installation of the Bigelow Expandable Activity Module (BEAM) on the International Space Station (ISS) on 16 April 2016. This experimental habitable module is intended to test the technique of inflatable space habitat. The module, whose internal volume pressurized once deployed is 16 m3, will be tested for 2 years. The Bigelow Expandable Activity Module (BEAM) was installed to the International Space Station on April 16, 2016 at 5:36 a.m. EDT. Following extraction from Spacex's Dragon cargo craft using the Canadarm2 robotic arm, ground controllers installed the expandable module to the aft port of Tranquility. Astronauts will enter BEAM on an occasional basis to conduct tests to validate the module's overall performance and the capability of expandable habitats

ISS: Installation of BEAM - 04/2016 - Bigelow Expandable Activity Module installation - 04/2016 - Installation of the Bigelow Expandable Activity Module (BEAM) on the International Space Station (ISS) on 16 April 2016. This experimental habitable module is intended to test the technique of inflatable space habitat. The module, whose internal volume pressurized once deployed is 16 m3, will be tested for 2 years. The Bigelow Expandable Activity Module (BEAM) was installed to the International Space Station on April 16, 2016 at 5:36 a.m. EDT. Following extraction from Spacex's Dragon cargo craft using the Canadarm2 robotic arm, ground controllers installed the expandable module to the aft port of Tranquility. Astronauts will enter BEAM on an occasional basis to conduct tests to validate the module's overall performance and the capability of expandable habitats

PIX4641022

Robot with Lightbulb Head (black and white photograph)

premium — Robot with Lightbulb Head (black and white photograph)

Robot with Lightbulb Head (black and white photograph)

Graeme Harris

GHS318824

MALAYSIA GIANT ROBOTIC INSECTS EXHIBITION IN KULA LUMPUR, 1997-03-12 (photo)

MALAYSIA GIANT ROBOTIC INSECTS EXHIBITION IN KULA LUMPUR, 1997-03-12 (photo)

David Loh

REU8060388

SONY'S NEW ROBOTIC AIBO PUBPPIES UNVEILED IN TOKYO, 2001-09-05 (photo)

SONY'S NEW ROBOTIC AIBO PUBPPIES UNVEILED IN TOKYO, 2001-09-05 (photo)

Toshiyuki Aizawa

REU8021664

Astronauts in the International Space Station - Astronauts in ISS - Astronaut Nicole Stott and astronaut Frank de Winne are working on the Canadarm2 Arm Control Station in the Destiny module of the International Space Station (ISS). Astronauts use the arm here to catch the HTV cargo ship. 30 October 2009. European Space Agency astronaut Frank De Winne, Expedition 21 commander; and NASA astronaut Nicole Stott, flight engineer, work controls at the Canadarm2 workstation in the Destiny laboratory of the International Space Station (ISS). De Winne and Stott used the station's robotic arm to grab the HTV cargo craft, filled with trash and unneeded items, and to unberth it from the Harmony node's nadir port. The HTV was successfully unberthed at 10:18 a.m. (CDT) on Oct. 30, 2009, and released from the station's Canadarm2 at 12:32 p.m

Astronauts in the International Space Station - Astronauts in ISS - Astronaut Nicole Stott and astronaut Frank de Winne are working on the Canadarm2 Arm Control Station in the Destiny module of the International Space Station (ISS). Astronauts use the arm here to catch the HTV cargo ship. 30 October 2009. European Space Agency astronaut Frank De Winne, Expedition 21 commander; and NASA astronaut Nicole Stott, flight engineer, work controls at the Canadarm2 workstation in the Destiny laboratory of the International Space Station (ISS). De Winne and Stott used the station's robotic arm to grab the HTV cargo craft, filled with trash and unneeded items, and to unberth it from the Harmony node's nadir port. The HTV was successfully unberthed at 10:18 a.m. (CDT) on Oct. 30, 2009, and released from the station's Canadarm2 at 12:32 p.m

PIX4602577

America, c.1990s: An astronaut on the STS-49 mission stands, attached to a robotic arm, in space

America, c.1990s: An astronaut on the STS-49 mission stands, attached to a robotic arm, in space

AVE6327803

H-II Transfer Vehicle (HTV) - The H-II Transfer Vehicle (or HTV) is attached to the International Space Station (ISS) by the robotic arm of the station. The HTV is an uninhabited spaceship of the Japanese Aerospace Exploration Agency. It is used to supply the International Space Station (ISS). Image obtained from the International Space Station on September 17, 2009. Backdropped by Earth's horizon and the blackness of space, the unpiloted English H - II Transfer Vehicle (HTV) approaches the International Space Station. Once the HTV was in range, NASA astronaut Nicole Stott, Canadian Space Agency astronaut Robert Thirsk and European Space Agency astronaut Frank De Winne, all Expedition 20 flight engineers, used the station's robotic arm to grab the cargo craft and attach it to the Earth - facing port of the Harmony node. The attachment was completed at 5:26 (CDT) on Sep 17, 2009. The end effector of the Canadarm2 is visible at bottom right

H-II Transfer Vehicle (HTV) - The H-II Transfer Vehicle (or HTV) is attached to the International Space Station (ISS) by the robotic arm of the station. The HTV is an uninhabited spaceship of the Japanese Aerospace Exploration Agency. It is used to supply the International Space Station (ISS). Image obtained from the International Space Station on September 17, 2009. Backdropped by Earth's horizon and the blackness of space, the unpiloted English H - II Transfer Vehicle (HTV) approaches the International Space Station. Once the HTV was in range, NASA astronaut Nicole Stott, Canadian Space Agency astronaut Robert Thirsk and European Space Agency astronaut Frank De Winne, all Expedition 20 flight engineers, used the station's robotic arm to grab the cargo craft and attach it to the Earth - facing port of the Harmony node. The attachment was completed at 5:26 (CDT) on Sep 17, 2009. The end effector of the Canadarm2 is visible at bottom right

PIX4602561

America, c.1990s: An astronaut on the STS-49 mission stands, attached to a robotic arm, in space

America, c.1990s: An astronaut on the STS-49 mission stands, attached to a robotic arm, in space

AVE6327804

1960s: Robotic arms pick up objects. Arms put knife together and take apart.

1960s: Robotic arms pick up objects. Arms put knife together and take apart.

AVE8905792

Discovery view of the space station 03/2011 - Discovery in space 03/2011 - The Discovery shuttle seen from the International Space Station (ISS) on March 7, 2011 after its separation from the station. Last mission of Shuttle Discovery. Backdropped against the blackness of space, Discovery is seen from the International Space Station as the two orbital spacecraft accomplish their relative separation on March 7 after an aggregate of 12 astronauts and cosmonauts worked together for over a week

Discovery view of the space station 03/2011 - Discovery in space 03/2011 - The Discovery shuttle seen from the International Space Station (ISS) on March 7, 2011 after its separation from the station. Last mission of Shuttle Discovery. Backdropped against the blackness of space, Discovery is seen from the International Space Station as the two orbital spacecraft accomplish their relative separation on March 7 after an aggregate of 12 astronauts and cosmonauts worked together for over a week

PIX4649583

H - II Transfer Vehicle (HTV) - 07/2012 - The H - II Transfer Vehicle (or HTV) while docking to the Harmony module of the International Space Station (ISS) by the robotic arm of the station. The HTV is an uninhabited spaceship of the Japanese Aerospace Exploration Agency. It is used to supply the International Space Station (ISS). Image obtained from the International Space Station on 27 July 2012. In the grasp of the International Space Station's Canadarm2, the unpiloted Japan Aerospace Exploration Agency (JAXA) H - II Transfer Vehicle (HTV - 3) is berthed to the Earth - facing port of the station's Harmony node. The attachment was completed at 10:34 a.m. (EDT) on July 27, 2012. Earth's horizon and the blackness of space provide the backdrop for the scene. 27 July 2012

H - II Transfer Vehicle (HTV) - 07/2012 - The H - II Transfer Vehicle (or HTV) while docking to the Harmony module of the International Space Station (ISS) by the robotic arm of the station. The HTV is an uninhabited spaceship of the Japanese Aerospace Exploration Agency. It is used to supply the International Space Station (ISS). Image obtained from the International Space Station on 27 July 2012. In the grasp of the International Space Station's Canadarm2, the unpiloted Japan Aerospace Exploration Agency (JAXA) H - II Transfer Vehicle (HTV - 3) is berthed to the Earth - facing port of the station's Harmony node. The attachment was completed at 10:34 a.m. (EDT) on July 27, 2012. Earth's horizon and the blackness of space provide the backdrop for the scene. 27 July 2012

PIX4603262

America, c.1990s: Astronaut in space receives telecom instructions while attached to a robotic arm

America, c.1990s: Astronaut in space receives telecom instructions while attached to a robotic arm

AVE6327893

SAMANTHA KRAFT PLAYS WITH ROBOTIC DOG AT AUSTRALIAN LAUNCH IN SYDNEY, 2001-07-05 (photo)

SAMANTHA KRAFT PLAYS WITH ROBOTIC DOG AT AUSTRALIAN LAUNCH IN SYDNEY, 2001-07-05 (photo)

David Gray

REU8176045

MIKE LAWTHER WATCHES ROBOTIC DOGS PLAY SOCCER IN SYDNEY, 1999-09-02 (photo)

MIKE LAWTHER WATCHES ROBOTIC DOGS PLAY SOCCER IN SYDNEY, 1999-09-02 (photo)

David Gray

REU8439777

Cygnus Cargo 10/2013 - Cygnus automatic module moors to the Harmony module of the International Space Station (ISS) on October 5, 2013. Cygnus is the second spacecraft of a private company to be used to join the international space station. Attached to the Harmony node, the first Cygnus commercial cargo spacecraft built by Orbital Sciences Corp., in the grasp of the Canadarm2, is photographed by an Expedition 37 crew member on the International Space Station. The two spacecraft converged at 7:01 a.m. EDT on Sept. 29, 2013. The thin line of Earth's atmosphere provides the backdrop for the scene. October 5 2013

Cygnus Cargo 10/2013 - Cygnus automatic module moors to the Harmony module of the International Space Station (ISS) on October 5, 2013. Cygnus is the second spacecraft of a private company to be used to join the international space station. Attached to the Harmony node, the first Cygnus commercial cargo spacecraft built by Orbital Sciences Corp., in the grasp of the Canadarm2, is photographed by an Expedition 37 crew member on the International Space Station. The two spacecraft converged at 7:01 a.m. EDT on Sept. 29, 2013. The thin line of Earth's atmosphere provides the backdrop for the scene. October 5 2013

PIX4603314

Prototype Object

Prototype Object

AVE6325679

ISS: Tranquility module transfer - 02/2010 - Tranquility module transfer - 02/2010 - The Tranquility module (Node - 3) is transferred from the cargo compartment of the space shuttle Endeavour to be installed on the International Space Station (ISS). 11 February 2010. In the grasp of the station's Canadarm2, the Tranquility module is transferred from its stowage position in space shuttle Endeavour's (STS - 130) payload bay to position it on the port side of the Unity node of the International Space Station (ISS). Tranquility was locked in place with 16 remotely - controlled bolts. February 11 2010

ISS: Tranquility module transfer - 02/2010 - Tranquility module transfer - 02/2010 - The Tranquility module (Node - 3) is transferred from the cargo compartment of the space shuttle Endeavour to be installed on the International Space Station (ISS). 11 February 2010. In the grasp of the station's Canadarm2, the Tranquility module is transferred from its stowage position in space shuttle Endeavour's (STS - 130) payload bay to position it on the port side of the Unity node of the International Space Station (ISS). Tranquility was locked in place with 16 remotely - controlled bolts. February 11 2010

PIX4602667

Cygnus Cargo 01/2014 - Cygnus automatic module mooring at the Harmony module of the International Space Station (ISS) on January 12, 2014. The Orbital Sciences Corp. Cygnus commercial cargo craft attached to the end of the Canadarm2 robotic arm of the International Space Station is photographed by an Expedition 38 crew member during rendezvous and berthing operations on Jan. 12, 2014

Cygnus Cargo 01/2014 - Cygnus automatic module mooring at the Harmony module of the International Space Station (ISS) on January 12, 2014. The Orbital Sciences Corp. Cygnus commercial cargo craft attached to the end of the Canadarm2 robotic arm of the International Space Station is photographed by an Expedition 38 crew member during rendezvous and berthing operations on Jan. 12, 2014

PIX4603340

UARS Satellite - View of the UARS satellite during its deployment into space by space shuttle Discovery. UARS (Upper Atmosphere Research Satellite) is an Earth observation satellite from NASA developed to study the Earth's atmosphere in particular the ozone layer. The satellite, weighing 5.9 tons and 11 meters long, was launched in 1991 by the United States space shuttle during the STS-48 mission. It was placed in low orbit at an altitude of 700 km and was deactivated in December 2005. This STS - 48 onboard photo is of the Upper Atmosphere Research Satellite (UARS) in the grasp of the RMS (Remote Manipulator System) during deployment, September 1991. UARS gathers data related to the chemistry, dynamics, and energy of the ozone layer. UARS data is used to study energy input, stratospheric photo chemistry, and upper atmospheric circulation. Data from UARS enables scientists to study ozone depletion in the upper atmosphere

UARS Satellite - View of the UARS satellite during its deployment into space by space shuttle Discovery. UARS (Upper Atmosphere Research Satellite) is an Earth observation satellite from NASA developed to study the Earth's atmosphere in particular the ozone layer. The satellite, weighing 5.9 tons and 11 meters long, was launched in 1991 by the United States space shuttle during the STS-48 mission. It was placed in low orbit at an altitude of 700 km and was deactivated in December 2005. This STS - 48 onboard photo is of the Upper Atmosphere Research Satellite (UARS) in the grasp of the RMS (Remote Manipulator System) during deployment, September 1991. UARS gathers data related to the chemistry, dynamics, and energy of the ozone layer. UARS data is used to study energy input, stratospheric photo chemistry, and upper atmospheric circulation. Data from UARS enables scientists to study ozone depletion in the upper atmosphere

PIX4643847

The International Space Station (ISS) 03/2009 - The International Space Station (ISS) 03/2009 - View of the International Space Station after the start of the Space Shuttle Discovery (STS - 119) on 25 March 2009. Backdropped by the blackness of space, the International Space Station is seen from Space Shuttle Discovery as the two spacecraft begin their relative separation. Earlier the STS - 119 and Expedition 18 crews concluded 9 days, 20 hours and 10 minutes of cooperative work onboard the shuttle and station. Undocking of the two spacecraft occurred at 2:53 p.m. (CDT) on March 25, 2009

The International Space Station (ISS) 03/2009 - The International Space Station (ISS) 03/2009 - View of the International Space Station after the start of the Space Shuttle Discovery (STS - 119) on 25 March 2009. Backdropped by the blackness of space, the International Space Station is seen from Space Shuttle Discovery as the two spacecraft begin their relative separation. Earlier the STS - 119 and Expedition 18 crews concluded 9 days, 20 hours and 10 minutes of cooperative work onboard the shuttle and station. Undocking of the two spacecraft occurred at 2:53 p.m. (CDT) on March 25, 2009

PIX4602309

America, c.1990s: Astronaut stands, attached to a robotic arm, near the Intelsat VIsatellite in orbit

America, c.1990s: Astronaut stands, attached to a robotic arm, near the Intelsat VIsatellite in orbit

AVE6327806

ANIMAL ACTIVISTS SPEAK NEAR CAGED ROBOTIC BEAR IN TOKYO, 2002-02-28 (photo)

ANIMAL ACTIVISTS SPEAK NEAR CAGED ROBOTIC BEAR IN TOKYO, 2002-02-28 (photo)

Toshiyuki Aizawa

REU7864902

The Ironworker and the Woodworker (coloured woodcut)

The Ironworker and the Woodworker (coloured woodcut)

French School, (19th century)

IMJ241367

This full-resolution image from NASA's Curiosity shows the elbow joint of the rover's extended robotic arm.

This full-resolution image from NASA's Curiosity shows the elbow joint of the rover's extended robotic arm.

UIG866646

Surgeon Volkmar Falk works in a worldwide robotic operating theatre during a presentation for the me.., 1999 (photo)

Surgeon Volkmar Falk works in a worldwide robotic operating theatre during a presentation for the me.., 1999 (photo)

Jochen Eckel

REU7482130

The International Space Station (ISS) 03/2009 - The International Space Station (ISS) 03/2009 - View of the International Space Station after the start of the Space Shuttle Discovery (STS - 119) on 25 March 2009. Backdropped by the blackness of space, the International Space Station is seen from Space Shuttle Discovery as the two spacecraft begin their relative separation. Earlier the STS - 119 and Expedition 18 crews concluded 9 days, 20 hours and 10 minutes of cooperative work onboard the shuttle and station. Undocking of the two spacecraft occurred at 2:53 p.m. (CDT) on March 25, 2009

The International Space Station (ISS) 03/2009 - The International Space Station (ISS) 03/2009 - View of the International Space Station after the start of the Space Shuttle Discovery (STS - 119) on 25 March 2009. Backdropped by the blackness of space, the International Space Station is seen from Space Shuttle Discovery as the two spacecraft begin their relative separation. Earlier the STS - 119 and Expedition 18 crews concluded 9 days, 20 hours and 10 minutes of cooperative work onboard the shuttle and station. Undocking of the two spacecraft occurred at 2:53 p.m. (CDT) on March 25, 2009

PIX4602404

The International Space Station (ISS) 07/2009 - The International Space Station (ISS) 07/2009 - View of the International Space Station from Space Shuttle Endeavour at the end of the STS mission - 127 on 28 July 2009. Backdropped by the blackness of space and the thin line of Earth's atmosphere, the International Space Station is seen from Space Shuttle Endeavour as the two spacecraft begin their relative separation. Earlier the STS - 127 and Expedition 20 crews concluded 11 days of cooperative work onboard the shuttle and station. Undocking of the two spacecraft occurred at 12:26 p.m. (CDT) on July 28, 2009

The International Space Station (ISS) 07/2009 - The International Space Station (ISS) 07/2009 - View of the International Space Station from Space Shuttle Endeavour at the end of the STS mission - 127 on 28 July 2009. Backdropped by the blackness of space and the thin line of Earth's atmosphere, the International Space Station is seen from Space Shuttle Endeavour as the two spacecraft begin their relative separation. Earlier the STS - 127 and Expedition 20 crews concluded 11 days of cooperative work onboard the shuttle and station. Undocking of the two spacecraft occurred at 12:26 p.m. (CDT) on July 28, 2009

PIX4602487

Cargo SpaceX Dragon 05/2012 - The SpaceX Dragon automatic module seen from the International Space Station (ISS) during its first demooring on May 31, 2012. SpaceX Dragon is the first private company spacecraft to be used to join the international space station. The SpaceX Dragon cargo craft is pictured just prior to being released by the International Space Station's Canadarm2 robotic arm on May 31 to allow it to head toward a splashdown in the Pacific Ocean

Cargo SpaceX Dragon 05/2012 - The SpaceX Dragon automatic module seen from the International Space Station (ISS) during its first demooring on May 31, 2012. SpaceX Dragon is the first private company spacecraft to be used to join the international space station. The SpaceX Dragon cargo craft is pictured just prior to being released by the International Space Station's Canadarm2 robotic arm on May 31 to allow it to head toward a splashdown in the Pacific Ocean

PIX4603246

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