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DUKAS_189918744_FER
Making giant glass bubbles for Moon habitats
Ferrari Press Agency
Bubbles 1
Ref 17204
13/10/2025
See Ferrari text
Picture MUST credit: Skyeports
Astronauts could one day be living on the Moon inside glass bubbles made from lunar dust.
US space agency NASA is funding research into the large liveable spheres which would be created on the lunar surface.
Tiny pieces of so–called lunar glass that is a component of the Moon's soil, or regolith, along with rocks and mineral fragments – would be collected upon arrival from Earth.
The material would be melted down in a microwave-powered furnace.
The furnace would then blow the glass into a bubble left to harden into a large, transparent structure.
The idea is to expand them by hundreds or thousands of feet, into workable astronaut homes from 300 to 500 metres wide.
The idea has been dreamt up by US space engineering company Skyeports.
They could also be made self-sealing with polymers in the glass polymers reorganising themselves after any breaks caused by lunar earthquakes.The homes could also be fitted with solar panels to generate their own energy.
Skyeports chief executive Dr Martin Bermudez hopes to see entire cities of the spheres on the Moon and Mars, connected by glass
bridges.
OPS: Render of the Skyeports glass bubble plan.One day a version could be made for putting into orbit around the Moon.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189918742_FER
Making giant glass bubbles for Moon habitats
Ferrari Press Agency
Bubbles 1
Ref 17204
13/10/2025
See Ferrari text
Picture MUST credit: Skyeports
Astronauts could one day be living on the Moon inside glass bubbles made from lunar dust.
US space agency NASA is funding research into the large liveable spheres which would be created on the lunar surface.
Tiny pieces of so–called lunar glass that is a component of the Moon's soil, or regolith, along with rocks and mineral fragments – would be collected upon arrival from Earth.
The material would be melted down in a microwave-powered furnace.
The furnace would then blow the glass into a bubble left to harden into a large, transparent structure.
The idea is to expand them by hundreds or thousands of feet, into workable astronaut homes from 300 to 500 metres wide.
The idea has been dreamt up by US space engineering company Skyeports.
They could also be made self-sealing with polymers in the glass polymers reorganising themselves after any breaks caused by lunar earthquakes.The homes could also be fitted with solar panels to generate their own energy.
Skyeports chief executive Dr Martin Bermudez hopes to see entire cities of the spheres on the Moon and Mars, connected by glass
bridges.
OPS: Render of the Skyeports glass bubble plan.One day a version could be made for putting into orbit around the Moon.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189918741_FER
Making giant glass bubbles for Moon habitats
Ferrari Press Agency
Bubbles 1
Ref 17204
13/10/2025
See Ferrari text
Picture MUST credit: Skyeports
Astronauts could one day be living on the Moon inside glass bubbles made from lunar dust.
US space agency NASA is funding research into the large liveable spheres which would be created on the lunar surface.
Tiny pieces of so–called lunar glass that is a component of the Moon's soil, or regolith, along with rocks and mineral fragments – would be collected upon arrival from Earth.
The material would be melted down in a microwave-powered furnace.
The furnace would then blow the glass into a bubble left to harden into a large, transparent structure.
The idea is to expand them by hundreds or thousands of feet, into workable astronaut homes from 300 to 500 metres wide.
The idea has been dreamt up by US space engineering company Skyeports.
They could also be made self-sealing with polymers in the glass polymers reorganising themselves after any breaks caused by lunar earthquakes.The homes could also be fitted with solar panels to generate their own energy.
Skyeports chief executive Dr Martin Bermudez hopes to see entire cities of the spheres on the Moon and Mars, connected by glass
bridges.
OPS: Render of the Skyeports glass bubble plan. t is also hoped that layers of bubbles could be created, with one warmer surface and another cooler to create condensation. This would allow astronauts to plant vegetables and plants and create an ecosystem to produce oxygen.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189918740_FER
Making giant glass bubbles for Moon habitats
Ferrari Press Agency
Bubbles 1
Ref 17204
13/10/2025
See Ferrari text
Picture MUST credit: Skyeports
Astronauts could one day be living on the Moon inside glass bubbles made from lunar dust.
US space agency NASA is funding research into the large liveable spheres which would be created on the lunar surface.
Tiny pieces of so–called lunar glass that is a component of the Moon's soil, or regolith, along with rocks and mineral fragments – would be collected upon arrival from Earth.
The material would be melted down in a microwave-powered furnace.
The furnace would then blow the glass into a bubble left to harden into a large, transparent structure.
The idea is to expand them by hundreds or thousands of feet, into workable astronaut homes from 300 to 500 metres wide.
The idea has been dreamt up by US space engineering company Skyeports.
They could also be made self-sealing with polymers in the glass polymers reorganising themselves after any breaks caused by lunar earthquakes.The homes could also be fitted with solar panels to generate their own energy.
Skyeports chief executive Dr Martin Bermudez hopes to see entire cities of the spheres on the Moon and Mars, connected by glass
bridges.
OPS: Render of the Skyeports glass bubble plan. t is also hoped that layers of bubbles could be created, with one warmer surface and another cooler to create condensation. This would allow astronauts to plant vegetables and plants and create an ecosystem to produce oxygen.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189918736_FER
Making giant glass bubbles for Moon habitats
Ferrari Press Agency
Bubbles 1
Ref 17204
13/10/2025
See Ferrari text
Picture MUST credit: Skyeports
Astronauts could one day be living on the Moon inside glass bubbles made from lunar dust.
US space agency NASA is funding research into the large liveable spheres which would be created on the lunar surface.
Tiny pieces of so–called lunar glass that is a component of the Moon's soil, or regolith, along with rocks and mineral fragments – would be collected upon arrival from Earth.
The material would be melted down in a microwave-powered furnace.
The furnace would then blow the glass into a bubble left to harden into a large, transparent structure.
The idea is to expand them by hundreds or thousands of feet, into workable astronaut homes from 300 to 500 metres wide.
The idea has been dreamt up by US space engineering company Skyeports.
They could also be made self-sealing with polymers in the glass polymers reorganising themselves after any breaks caused by lunar earthquakes.The homes could also be fitted with solar panels to generate their own energy.
Skyeports chief executive Dr Martin Bermudez hopes to see entire cities of the spheres on the Moon and Mars, connected by glass
bridges.
OPS: Render of the Skyeports glass bubble plan. Cutaway of the specially developed microwave-powered furnace and combined glass blower on the lunar surface.The lunar glass particles collected from the surface are heated then gdually blown into a huge glass bubble.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189918735_FER
Making giant glass bubbles for Moon habitats
Ferrari Press Agency
Bubbles 1
Ref 17204
13/10/2025
See Ferrari text
Picture MUST credit: Skyeports
Astronauts could one day be living on the Moon inside glass bubbles made from lunar dust.
US space agency NASA is funding research into the large liveable spheres which would be created on the lunar surface.
Tiny pieces of so–called lunar glass that is a component of the Moon's soil, or regolith, along with rocks and mineral fragments – would be collected upon arrival from Earth.
The material would be melted down in a microwave-powered furnace.
The furnace would then blow the glass into a bubble left to harden into a large, transparent structure.
The idea is to expand them by hundreds or thousands of feet, into workable astronaut homes from 300 to 500 metres wide.
The idea has been dreamt up by US space engineering company Skyeports.
They could also be made self-sealing with polymers in the glass polymers reorganising themselves after any breaks caused by lunar earthquakes.The homes could also be fitted with solar panels to generate their own energy.
Skyeports chief executive Dr Martin Bermudez hopes to see entire cities of the spheres on the Moon and Mars, connected by glass
bridges.
OPS: Render of the Skyeports glass bubble plan. Cutaway of the specially developed microwave-powered furnace and combined glass blower on the lunar surface.The lunar glass particles collected from the surface are heated then gdually blown into a huge glass bubble.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189918734_FER
Making giant glass bubbles for Moon habitats
Ferrari Press Agency
Bubbles 1
Ref 17204
13/10/2025
See Ferrari text
Picture MUST credit: Skyeports
Astronauts could one day be living on the Moon inside glass bubbles made from lunar dust.
US space agency NASA is funding research into the large liveable spheres which would be created on the lunar surface.
Tiny pieces of so–called lunar glass that is a component of the Moon's soil, or regolith, along with rocks and mineral fragments – would be collected upon arrival from Earth.
The material would be melted down in a microwave-powered furnace.
The furnace would then blow the glass into a bubble left to harden into a large, transparent structure.
The idea is to expand them by hundreds or thousands of feet, into workable astronaut homes from 300 to 500 metres wide.
The idea has been dreamt up by US space engineering company Skyeports.
They could also be made self-sealing with polymers in the glass polymers reorganising themselves after any breaks caused by lunar earthquakes.The homes could also be fitted with solar panels to generate their own energy.
Skyeports chief executive Dr Martin Bermudez hopes to see entire cities of the spheres on the Moon and Mars, connected by glass
bridges.
OPS: Render of the Skyeports glass bubble plan. The specially developed microwave-powered furnace and combined glass blower ison the lunar surface.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUK10148640_011
NEWS - Die NASA rollt die erste SLS-Rakete zur Startrampe im Kennedy Space Center
Mandatory Credit: Photo by Joe Marino/UPI/Shutterstock (12854736a)
NASA's first Space Launch System (SLS) rocket and Orion spacecraft roll from the Vehicle Assembly Building toward Launch Complex 39B on Thursday, March 17, 2022. SLS will be used to launch crews to the moon and beyond in the Agency's Artemis Program.
NASA Rolls First SLS Rocket to Launch Pad at the Kennedy Space Center, Florida - 17 Mar 2022
(c) Dukas -
DUK10148640_010
NEWS - Die NASA rollt die erste SLS-Rakete zur Startrampe im Kennedy Space Center
Mandatory Credit: Photo by Bill Cantrell/UPI/Shutterstock (12854735d)
NASA's first Space Launch System (SLS) rocket and Orion spacecraft roll from the Vehicle Assembly Building toward Launch Complex 39B on Thursday, March 17, 2022. SLS will be used to launch crews to the moon and beyond in the Agency's Artemis Program.
NASA Rolls First SLS Rocket to Launch Pad at the Kennedy Space Center, Florida - 17 Mar 2022
(c) Dukas -
DUK10148640_009
NEWS - Die NASA rollt die erste SLS-Rakete zur Startrampe im Kennedy Space Center
Mandatory Credit: Photo by Bill Cantrell/UPI/Shutterstock (12854735b)
NASA's first Space Launch System (SLS) rocket and Orion spacecraft roll from the Vehicle Assembly Building toward Launch Complex 39B on Thursday, March 17, 2022. SLS will be used to launch crews to the moon and beyond in the Agency's Artemis Program.
NASA Rolls First SLS Rocket to Launch Pad at the Kennedy Space Center, Florida - 17 Mar 2022
(c) Dukas -
DUK10148640_008
NEWS - Die NASA rollt die erste SLS-Rakete zur Startrampe im Kennedy Space Center
Mandatory Credit: Photo by Bill Cantrell/UPI/Shutterstock (12854735f)
NASA's first Space Launch System (SLS) rocket and Orion spacecraft roll from the Vehicle Assembly Building toward Launch Complex 39B on Thursday, March 17, 2022. SLS will be used to launch crews to the moon and beyond in the Agency's Artemis Program.
NASA Rolls First SLS Rocket to Launch Pad at the Kennedy Space Center, Florida - 17 Mar 2022
(c) Dukas -
DUK10148640_006
NEWS - Die NASA rollt die erste SLS-Rakete zur Startrampe im Kennedy Space Center
Mandatory Credit: Photo by Joe Marino/UPI/Shutterstock (12854736e)
NASA's first Space Launch System (SLS) rocket and Orion spacecraft roll from the Vehicle Assembly Building toward Launch Complex 39B on Thursday, March 17, 2022. SLS will be used to launch crews to the moon and beyond in the Agency's Artemis Program.
NASA Rolls First SLS Rocket to Launch Pad at the Kennedy Space Center, Florida - 17 Mar 2022
(c) Dukas -
DUK10148640_005
NEWS - Die NASA rollt die erste SLS-Rakete zur Startrampe im Kennedy Space Center
Mandatory Credit: Photo by Joe Marino/UPI/Shutterstock (12854736h)
NASA's first Space Launch System (SLS) rocket and Orion spacecraft roll from the Vehicle Assembly Building toward Launch Complex 39B on Thursday, March 17, 2022. SLS will be used to launch crews to the moon and beyond in the Agency's Artemis Program.
NASA Rolls First SLS Rocket to Launch Pad at the Kennedy Space Center, Florida - 17 Mar 2022
(c) Dukas -
DUK10148640_003
NEWS - Die NASA rollt die erste SLS-Rakete zur Startrampe im Kennedy Space Center
Mandatory Credit: Photo by Joe Marino/UPI/Shutterstock (12854736k)
NASA's first Space Launch System (SLS) rocket and Orion spacecraft roll from the Vehicle Assembly Building toward Launch Complex 39B on Thursday, March 17, 2022. SLS will be used to launch crews to the moon and beyond in the Agency's Artemis Program.
NASA Rolls First SLS Rocket to Launch Pad at the Kennedy Space Center, Florida - 17 Mar 2022
(c) Dukas -
DUK10148640_002
NEWS - Die NASA rollt die erste SLS-Rakete zur Startrampe im Kennedy Space Center
Mandatory Credit: Photo by Joe Marino/UPI/Shutterstock (12854736j)
NASA's first Space Launch System (SLS) rocket and Orion spacecraft roll from the Vehicle Assembly Building toward Launch Complex 39B on Thursday, March 17, 2022. SLS will be used to launch crews to the moon and beyond in the Agency's Artemis Program.
NASA Rolls First SLS Rocket to Launch Pad at the Kennedy Space Center, Florida - 17 Mar 2022
(c) Dukas -
DUK10148640_001
NEWS - Die NASA rollt die erste SLS-Rakete zur Startrampe im Kennedy Space Center
Mandatory Credit: Photo by Bill Cantrell/UPI/Shutterstock (12854735h)
NASA's first Space Launch System (SLS) rocket and Orion spacecraft roll from the Vehicle Assembly Building toward Launch Complex 39B on Thursday, March 17, 2022. SLS will be used to launch crews to the moon and beyond in the Agency's Artemis Program.
NASA Rolls First SLS Rocket to Launch Pad at the Kennedy Space Center, Florida - 17 Mar 2022
(c) Dukas -
DUKAS_127424473_EYE
AFS-8/101
The Orion spacecraft for the Artemis I mission is transported from Kennedy Space Center’s Multi-Payload Processing Facility to the Florida spaceport’s Launch Abort System Facility on July 10, 2021. Teams with Exploration Ground Systems and contractor Jacobs will integrate components of the launch abort system onto the spacecraft. Launching later this year, Artemis I will be a test of the Orion spacecraft and SLS rocket as an integrated system ahead of crewed flights to the Moon.Credit: ESA / eyevine
Contact eyevine for more information about using this image:
T: +44 (0) 20 8709 8709
E: info@eyevine.com
http://www.eyevine.com
(FOTO: DUKAS/EYEVINE)
ESA / eyevine -
DUK10136402_016
FEATURE - Modell der Mondlandefähre, die Menschen ab 2024 wieder zum Mond bringen könnte
Ferrari Press Agency
Ref 12163
Lander 1
17/09/2020
See Ferrari text
Picture MUST credit: Dynetics
A full-scale model of the lander designed to return astronauts to the Moon as early as 2024 has been unveiled.It has been designed as part of US space agency NASA’s Artemis program to put a crew on the lunar surface.The model was built by Alabama-based military contractor Dynetics to provide engineers with insight into how astronauts will interact with it during missions. The different control modules meant to be used by astronauts to control the lander are essentially pieces of foam taped to the inside walls of the model, which can be easily moved around to find the best layout.Dynetics promises its reusable lander is affordable and will dramatically reduce the costs of lunar exploration.The landing system is designed to carry a wide variety of payloads including habitats, science experiments, and pressurized rovers.The re-useable craft is around twice the size in terms of internal area compared to the original Apollo lander which first took man to the Moon in 1969.
OPS:Render of the Dynetics lander on a lunar mission coming in for touchdown
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10136402_014
FEATURE - Modell der Mondlandefähre, die Menschen ab 2024 wieder zum Mond bringen könnte
Ferrari Press Agency
Ref 12163
Lander 1
17/09/2020
See Ferrari text
Picture MUST credit: Dynetics
A full-scale model of the lander designed to return astronauts to the Moon as early as 2024 has been unveiled.It has been designed as part of US space agency NASA’s Artemis program to put a crew on the lunar surface.The model was built by Alabama-based military contractor Dynetics to provide engineers with insight into how astronauts will interact with it during missions. The different control modules meant to be used by astronauts to control the lander are essentially pieces of foam taped to the inside walls of the model, which can be easily moved around to find the best layout.Dynetics promises its reusable lander is affordable and will dramatically reduce the costs of lunar exploration.The landing system is designed to carry a wide variety of payloads including habitats, science experiments, and pressurized rovers.The re-useable craft is around twice the size in terms of internal area compared to the original Apollo lander which first took man to the Moon in 1969.
OPS:Render of the Dynetics lander on a lunar mission
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10136402_012
FEATURE - Modell der Mondlandefähre, die Menschen ab 2024 wieder zum Mond bringen könnte
Ferrari Press Agency
Ref 12163
Lander 1
17/09/2020
See Ferrari text
Picture MUST credit: Dynetics
A full-scale model of the lander designed to return astronauts to the Moon as early as 2024 has been unveiled.It has been designed as part of US space agency NASA’s Artemis program to put a crew on the lunar surface.The model was built by Alabama-based military contractor Dynetics to provide engineers with insight into how astronauts will interact with it during missions. The different control modules meant to be used by astronauts to control the lander are essentially pieces of foam taped to the inside walls of the model, which can be easily moved around to find the best layout.Dynetics promises its reusable lander is affordable and will dramatically reduce the costs of lunar exploration.The landing system is designed to carry a wide variety of payloads including habitats, science experiments, and pressurized rovers.The re-useable craft is around twice the size in terms of internal area compared to the original Apollo lander which first took man to the Moon in 1969.
OPS:The full scale model of the Dynetics lander being used to fine tune the interior design
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10136402_010
FEATURE - Modell der Mondlandefähre, die Menschen ab 2024 wieder zum Mond bringen könnte
Ferrari Press Agency
Ref 12163
Lander 1
17/09/2020
See Ferrari text
Picture MUST credit: Dynetics
A full-scale model of the lander designed to return astronauts to the Moon as early as 2024 has been unveiled.It has been designed as part of US space agency NASA’s Artemis program to put a crew on the lunar surface.The model was built by Alabama-based military contractor Dynetics to provide engineers with insight into how astronauts will interact with it during missions. The different control modules meant to be used by astronauts to control the lander are essentially pieces of foam taped to the inside walls of the model, which can be easily moved around to find the best layout.Dynetics promises its reusable lander is affordable and will dramatically reduce the costs of lunar exploration.The landing system is designed to carry a wide variety of payloads including habitats, science experiments, and pressurized rovers.The re-useable craft is around twice the size in terms of internal area compared to the original Apollo lander which first took man to the Moon in 1969.
OPS:Comparison between the Dynetics lander and the original Apollo missions lander
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10136402_008
FEATURE - Modell der Mondlandefähre, die Menschen ab 2024 wieder zum Mond bringen könnte
Ferrari Press Agency
Ref 12163
Lander 1
17/09/2020
See Ferrari text
Picture MUST credit: Dynetics
A full-scale model of the lander designed to return astronauts to the Moon as early as 2024 has been unveiled.It has been designed as part of US space agency NASA’s Artemis program to put a crew on the lunar surface.The model was built by Alabama-based military contractor Dynetics to provide engineers with insight into how astronauts will interact with it during missions. The different control modules meant to be used by astronauts to control the lander are essentially pieces of foam taped to the inside walls of the model, which can be easily moved around to find the best layout.Dynetics promises its reusable lander is affordable and will dramatically reduce the costs of lunar exploration.The landing system is designed to carry a wide variety of payloads including habitats, science experiments, and pressurized rovers.The re-useable craft is around twice the size in terms of internal area compared to the original Apollo lander which first took man to the Moon in 1969.
OPS:Render of the Dynetics lander on a lunar mission
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10136402_007
FEATURE - Modell der Mondlandefähre, die Menschen ab 2024 wieder zum Mond bringen könnte
Ferrari Press Agency
Ref 12163
Lander 1
17/09/2020
See Ferrari text
Picture MUST credit: Dynetics
A full-scale model of the lander designed to return astronauts to the Moon as early as 2024 has been unveiled.It has been designed as part of US space agency NASA’s Artemis program to put a crew on the lunar surface.The model was built by Alabama-based military contractor Dynetics to provide engineers with insight into how astronauts will interact with it during missions. The different control modules meant to be used by astronauts to control the lander are essentially pieces of foam taped to the inside walls of the model, which can be easily moved around to find the best layout.Dynetics promises its reusable lander is affordable and will dramatically reduce the costs of lunar exploration.The landing system is designed to carry a wide variety of payloads including habitats, science experiments, and pressurized rovers.The re-useable craft is around twice the size in terms of internal area compared to the original Apollo lander which first took man to the Moon in 1969.
OPS: Full scale model of the Dynetics lander with a miniature version in the front
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10136402_005
FEATURE - Modell der Mondlandefähre, die Menschen ab 2024 wieder zum Mond bringen könnte
Ferrari Press Agency
Ref 12163
Lander 1
17/09/2020
See Ferrari text
Picture MUST credit: Dynetics
A full-scale model of the lander designed to return astronauts to the Moon as early as 2024 has been unveiled.It has been designed as part of US space agency NASA’s Artemis program to put a crew on the lunar surface.The model was built by Alabama-based military contractor Dynetics to provide engineers with insight into how astronauts will interact with it during missions. The different control modules meant to be used by astronauts to control the lander are essentially pieces of foam taped to the inside walls of the model, which can be easily moved around to find the best layout.Dynetics promises its reusable lander is affordable and will dramatically reduce the costs of lunar exploration.The landing system is designed to carry a wide variety of payloads including habitats, science experiments, and pressurized rovers.The re-useable craft is around twice the size in terms of internal area compared to the original Apollo lander which first took man to the Moon in 1969.
OPS:Render of the Dynetics lander on a lunar mission
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10136402_004
FEATURE - Modell der Mondlandefähre, die Menschen ab 2024 wieder zum Mond bringen könnte
Ferrari Press Agency
Ref 12163
Lander 1
17/09/2020
See Ferrari text
Picture MUST credit: Dynetics
A full-scale model of the lander designed to return astronauts to the Moon as early as 2024 has been unveiled.It has been designed as part of US space agency NASA’s Artemis program to put a crew on the lunar surface.The model was built by Alabama-based military contractor Dynetics to provide engineers with insight into how astronauts will interact with it during missions. The different control modules meant to be used by astronauts to control the lander are essentially pieces of foam taped to the inside walls of the model, which can be easily moved around to find the best layout.Dynetics promises its reusable lander is affordable and will dramatically reduce the costs of lunar exploration.The landing system is designed to carry a wide variety of payloads including habitats, science experiments, and pressurized rovers.The re-useable craft is around twice the size in terms of internal area compared to the original Apollo lander which first took man to the Moon in 1969.
OPS:The full scale model of the Dynetics lander being used to fine tune the interior design
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10136402_003
FEATURE - Modell der Mondlandefähre, die Menschen ab 2024 wieder zum Mond bringen könnte
Ferrari Press Agency
Ref 12163
Lander 1
17/09/2020
See Ferrari text
Picture MUST credit: Dynetics
A full-scale model of the lander designed to return astronauts to the Moon as early as 2024 has been unveiled.It has been designed as part of US space agency NASA’s Artemis program to put a crew on the lunar surface.The model was built by Alabama-based military contractor Dynetics to provide engineers with insight into how astronauts will interact with it during missions. The different control modules meant to be used by astronauts to control the lander are essentially pieces of foam taped to the inside walls of the model, which can be easily moved around to find the best layout.Dynetics promises its reusable lander is affordable and will dramatically reduce the costs of lunar exploration.The landing system is designed to carry a wide variety of payloads including habitats, science experiments, and pressurized rovers.The re-useable craft is around twice the size in terms of internal area compared to the original Apollo lander which first took man to the Moon in 1969.
OPS:Render of the Dynetics lander on a lunar mission
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUKAS_52715979_REX
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by DAVID HARTLEY/REX Shutterstock (4953948k)
Zara and Mike Tindall on board the Artemis Ocean Racing.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_52715976_REX
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by DAVID HARTLEY/REX Shutterstock (4953948i)
Zara and Mike Tindall head out on a rib to the Artemis Ocean Racing boat.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_52715568_REX
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by DAVID HARTLEY/REX Shutterstock (4953948g)
Zara and Mike Tindall on board the Artemis Ocean Racing vessel.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_52715564_REX
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by REX Shutterstock (4953944s)
Zara Tindall and Mike Tindall attend The Artemis Challenge at Cowes Week.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_52715562_REX
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by REX Shutterstock (4953944r)
Zara Tindall and Mike Tindall attend The Artemis Challenge at Cowes Week.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_52715560_REX
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by REX Shutterstock (4953944o)
Zara Tindall and Mike Tindall attend The Artemis Challenge at Cowes Week.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_52715559_REX
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by REX Shutterstock (4953944l)
Zara Tindall and Mike Tindall attend The Artemis Challenge at Cowes Week.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_52715558_REX
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by REX Shutterstock (4953944j)
Zara Tindall and Mike Tindall attend The Artemis Challenge at Cowes Week.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
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Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by REX Shutterstock (4953944i)
Zara Tindall and Mike Tindall attend The Artemis Challenge at Cowes Week.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
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Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by REX Shutterstock (4953944p)
Zara Tindall and Mike Tindall attend The Artemis Challenge at Cowes Week.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
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Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by REX Shutterstock (4953944h)
Zara Tindall and Mike Tindall attend The Artemis Challenge at Cowes Week.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
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Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
Mandatory Credit: Photo by REX Shutterstock (4953944f)
Zara Tindall and Mike Tindall attend The Artemis Challenge at Cowes Week.
Zara Phillips and Mike Tindall attend The Artemis Challenge, Cowes Week, Isle of Wight - 13 Aug 2015
(FOTO:DUKAS/REX)
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The Artemis Challenge at Cowes Week sailing regatta, Isle of Wight, Britain - 07 Aug 2014
Mandatory Credit: Photo by REX (4070176i)
Zara Phillips and Mike Tindall
The Artemis Challenge at Cowes Week sailing regatta, Isle of Wight, Britain - 07 Aug 2014
The Artemis Challenge has a history of big names battling it out to scoop a cash prize for charity and this year is no different, welcoming back Zara Phillips and Mike Tindall as they race against experienced sailors Yasmin and Simon Le Bon in the 50 mile round-the-Island dash on August 7th.
Each crew is racing for a share of the GBP 10,000 prize fund which will be donated to a charity of their choice. Phillips and Tindall are on-board Artemis Ocean Racing II, skippered by the solo sailing big gun, Brian Thompson.
The Le Bons are on Azzam with the crew of Abu Dhabi Ocean Racing, one of the six current challengers for the Volvo Ocean Race 2014-15. Azzam is skippered by one of Britain?s most successful sailors, double Olympic silver medallist Ian Walker. They will be joined by the inspirational Keith Burhans, a 58-year-old Paralympic sailor from the USA, who became a double lower leg amputee in 1995 after a boating accident in which he saved the lives of his two daughters.
(FOTO:DUKAS/REX)
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The Artemis Challenge at Cowes Week sailing regatta, Isle of Wight, Britain - 07 Aug 2014
Mandatory Credit: Photo by REX (4070176t)
Artemis Ocean Racing II
The Artemis Challenge at Cowes Week sailing regatta, Isle of Wight, Britain - 07 Aug 2014
The Artemis Challenge has a history of big names battling it out to scoop a cash prize for charity and this year is no different, welcoming back Zara Phillips and Mike Tindall as they race against experienced sailors Yasmin and Simon Le Bon in the 50 mile round-the-Island dash on August 7th.
Each crew is racing for a share of the GBP 10,000 prize fund which will be donated to a charity of their choice. Phillips and Tindall are on-board Artemis Ocean Racing II, skippered by the solo sailing big gun, Brian Thompson.
The Le Bons are on Azzam with the crew of Abu Dhabi Ocean Racing, one of the six current challengers for the Volvo Ocean Race 2014-15. Azzam is skippered by one of Britain?s most successful sailors, double Olympic silver medallist Ian Walker. They will be joined by the inspirational Keith Burhans, a 58-year-old Paralympic sailor from the USA, who became a double lower leg amputee in 1995 after a boating accident in which he saved the lives of his two daughters.
(FOTO:DUKAS/REX)
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The Artemis Challenge at Cowes Week sailing regatta, Isle of Wight, Britain - 07 Aug 2014
Mandatory Credit: Photo by REX (4070176o)
Zara Phillips
The Artemis Challenge at Cowes Week sailing regatta, Isle of Wight, Britain - 07 Aug 2014
The Artemis Challenge has a history of big names battling it out to scoop a cash prize for charity and this year is no different, welcoming back Zara Phillips and Mike Tindall as they race against experienced sailors Yasmin and Simon Le Bon in the 50 mile round-the-Island dash on August 7th.
Each crew is racing for a share of the GBP 10,000 prize fund which will be donated to a charity of their choice. Phillips and Tindall are on-board Artemis Ocean Racing II, skippered by the solo sailing big gun, Brian Thompson.
The Le Bons are on Azzam with the crew of Abu Dhabi Ocean Racing, one of the six current challengers for the Volvo Ocean Race 2014-15. Azzam is skippered by one of Britain?s most successful sailors, double Olympic silver medallist Ian Walker. They will be joined by the inspirational Keith Burhans, a 58-year-old Paralympic sailor from the USA, who became a double lower leg amputee in 1995 after a boating accident in which he saved the lives of his two daughters.
(FOTO:DUKAS/REX)
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The Artemis Challenge at Cowes Week sailing regatta, Isle of Wight, Britain - 07 Aug 2014
Mandatory Credit: Photo by REX (4070176k)
Zara Phillips and Mike Tindall
The Artemis Challenge at Cowes Week sailing regatta, Isle of Wight, Britain - 07 Aug 2014
The Artemis Challenge has a history of big names battling it out to scoop a cash prize for charity and this year is no different, welcoming back Zara Phillips and Mike Tindall as they race against experienced sailors Yasmin and Simon Le Bon in the 50 mile round-the-Island dash on August 7th.
Each crew is racing for a share of the GBP 10,000 prize fund which will be donated to a charity of their choice. Phillips and Tindall are on-board Artemis Ocean Racing II, skippered by the solo sailing big gun, Brian Thompson.
The Le Bons are on Azzam with the crew of Abu Dhabi Ocean Racing, one of the six current challengers for the Volvo Ocean Race 2014-15. Azzam is skippered by one of Britain?s most successful sailors, double Olympic silver medallist Ian Walker. They will be joined by the inspirational Keith Burhans, a 58-year-old Paralympic sailor from the USA, who became a double lower leg amputee in 1995 after a boating accident in which he saved the lives of his two daughters.
(FOTO:DUKAS/REX)
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Femen Protest gegen Prostitution in Berlin
5 Aktivistinnen von Femen protestieren vor dem Berliner Bordell Artemis - Polizisten nehmen die FEMEN-Frauen fest.
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[Die Frauen ketteten sich am Eingang fest, riefen Parolen und zündeten Rauchfackeln. Es kam zu einem kurzen Handgemenge augenscheinlich mit Personal des Artemis. Aus den Fenstern wurden vereinzelt Gegenstände auf die Protestlerinnen geworfen. Polizisten durchtrennten die Ketten und nahmen die Aktivistinnen fest.]
(FOTO: DUKAS/ACTIONPRESS)
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Femen Protest gegen Prostitution in Berlin
5 Aktivistinnen von Femen protestieren vor dem Berliner Bordell Artemis
/ 271113
[Die Frauen ketteten sich am Eingang fest, riefen Parolen und zündeten Rauchfackeln. Es kam zu einem kurzen Handgemenge augenscheinlich mit Personal des Artemis. Aus den Fenstern wurden vereinzelt Gegenstände auf die Protestlerinnen geworfen. Polizisten durchtrennten die Ketten und nahmen die Aktivistinnen fest.]
(FOTO: DUKAS/ACTIONPRESS)
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DUKAS_35769280_ACP
Femen Protest gegen Prostitution in Berlin
5 Aktivistinnen von Femen protestieren vor dem Berliner Bordell Artemis - Polizisten nehmen die FEMEN-Frauen fest.
/ 271113
[Die Frauen ketteten sich am Eingang fest, riefen Parolen und zündeten Rauchfackeln. Es kam zu einem kurzen Handgemenge augenscheinlich mit Personal des Artemis. Aus den Fenstern wurden vereinzelt Gegenstände auf die Protestlerinnen geworfen. Polizisten durchtrennten die Ketten und nahmen die Aktivistinnen fest.]
(FOTO: DUKAS/ACTIONPRESS)
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DUKAS_35769279_ACP
Femen Protest gegen Prostitution in Berlin
5 Aktivistinnen von Femen protestieren vor dem Berliner Bordell Artemis - Polizisten nehmen die FEMEN-Frauen fest.
/ 271113
[Die Frauen ketteten sich am Eingang fest, riefen Parolen und zündeten Rauchfackeln. Es kam zu einem kurzen Handgemenge augenscheinlich mit Personal des Artemis. Aus den Fenstern wurden vereinzelt Gegenstände auf die Protestlerinnen geworfen. Polizisten durchtrennten die Ketten und nahmen die Aktivistinnen fest.]
(FOTO: DUKAS/ACTIONPRESS)
DUKAS/ACTIONPRESS -
DUKAS_35769278_ACP
Femen Protest gegen Prostitution in Berlin
5 Aktivistinnen von Femen protestieren vor dem Berliner Bordell Artemis
/ 271113
[Die Frauen ketteten sich am Eingang fest, riefen Parolen und zündeten Rauchfackeln. Es kam zu einem kurzen Handgemenge augenscheinlich mit Personal des Artemis. Aus den Fenstern wurden vereinzelt Gegenstände auf die Protestlerinnen geworfen. Polizisten durchtrennten die Ketten und nahmen die Aktivistinnen fest.]
(FOTO: DUKAS/ACTIONPRESS)
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DUKAS_35769273_ACP
Femen Protest gegen Prostitution in Berlin
5 Aktivistinnen von Femen protestieren vor dem Berliner Bordell Artemis
/ 271113
[Die Frauen ketteten sich am Eingang fest, riefen Parolen und zündeten Rauchfackeln. Es kam zu einem kurzen Handgemenge augenscheinlich mit Personal des Artemis. Aus den Fenstern wurden vereinzelt Gegenstände auf die Protestlerinnen geworfen. Polizisten durchtrennten die Ketten und nahmen die Aktivistinnen fest.]
(FOTO: DUKAS/ACTIONPRESS)
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DUKAS_35769268_ACP
Femen Protest gegen Prostitution in Berlin
5 Aktivistinnen von Femen protestieren vor dem Berliner Bordell Artemis - Polizisten nehmen die FEMEN-Frauen fest.
/ 271113
[Die Frauen ketteten sich am Eingang fest, riefen Parolen und zündeten Rauchfackeln. Es kam zu einem kurzen Handgemenge augenscheinlich mit Personal des Artemis. Aus den Fenstern wurden vereinzelt Gegenstände auf die Protestlerinnen geworfen. Polizisten durchtrennten die Ketten und nahmen die Aktivistinnen fest.]
(FOTO: DUKAS/ACTIONPRESS)
DUKAS/ACTIONPRESS -
DUKAS_35769266_ACP
Femen Protest gegen Prostitution in Berlin
5 Aktivistinnen von Femen protestieren vor dem Berliner Bordell Artemis - Polizisten nehmen die FEMEN-Frauen fest.
/ 271113
[Die Frauen ketteten sich am Eingang fest, riefen Parolen und zündeten Rauchfackeln. Es kam zu einem kurzen Handgemenge augenscheinlich mit Personal des Artemis. Aus den Fenstern wurden vereinzelt Gegenstände auf die Protestlerinnen geworfen. Polizisten durchtrennten die Ketten und nahmen die Aktivistinnen fest.]
(FOTO: DUKAS/ACTIONPRESS)
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