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DUKAS_183916789_FER
NASA Mars rover pictured rolling across the Red Planet
Ferrari Press Agency
Rover 1
Ref 16767
25/04/2025
See Ferrari text
Pictures must credit: NASA/JPL-Caltech/University of Arizona
US space agency NASA’s Curiosity Mars rover has been photographed, from an orbiting space craft, making its lonely way across the Red Planet’s surface.
The image marks what may be the first time one of the agency’s Mars orbiters has captured the rover driving.
The image was captured on Feb. 28 the 4,466th Martian day of the mission, mid-drive across the barren Martian terrain.
In the image, Curiosity’s tracks lead to the base of a steep slope. The rover has since ascended that slope since then, and it is expected to reach its new science location within a month or so.
The photo was taken by the High-Resolution Imaging Science Experiment camera, known as HiRISE, aboard NASA’s Mars Reconnaissance Orbiter, one of seven currently circling the planet.
It shows Curiosity as a dark speck at the front of a long trail of rover tracks.
The tracks are thought likely to last for months before being slowly erased by wind.
The tracks are about 320 meters long and represent roughly 11 drives starting on Feb. 2 as Curiosity trucked along at a top speed of 0.16 kph f on the journey specified science stops.
In this case it was heading to a region with potential formations, possibly made by groundwater billions of years ago.
OPS:NASA’s Curiosity rover appears as a dark speck in this contrast-enhanced view captured on Feb. 28, 2025, by the HiRISE camera aboard NASA’s Mars Reconnaissance Orbiter. Trailing Curiosity are the rover’s tracks, which can linger on the Martian surface for months before being erased by the wind.
Picture suplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182924372_FER
Mars rover has spacesuit fabric swatches
Ferrari Press Agency
Swatches 1
Ref 16673
27/03/2025
See Ferrari text
Pictures must credit: NASA/JPL-Caltech/MSSS
A Mars space rover is set to help US space agency NASA decide the best material to use for making space suits for human landings on the Red Planet,
NASA’s Perseverance rover landed on Mars in 2021 to search for signs of ancient microbial life and to help scientists understand the planet’s climate and geography.
But another key objective is to pave the way for human exploration and as part of that effort, the carries a set of five spacesuit material samples.
Now, after those samples have endured four years of exposure on Mars’ dusty, radiation-soaked surface, scientists are beginning the next phase of studying them.
The end goal is to predict accurately the usable lifetime of a Mars spacesuit.
What the agency learns about how the materials perform on Mars will inform the design of future spacesuits for the first astronauts on the Red Planet.
The swatches, each 20 mm square, are part of a calibration target used to test the settings of an instrument on the end of Perseverance’s arm called SHERLOC which scans the planet for chemicals and possible signs of life.
The samples include a piece of polycarbonate helmet visor; cut-resistant material Vectran used for the palms of astronaut gloves; two kinds of Teflon, which has dust-repelling nonstick properties and a commonly used spacesuit material called Ortho-Fabric.
This last fabric features multiple layers, including Nomex, a flame-resistant material found in firefighter outfits; Gore-Tex, which is waterproof but breathable; and Kevlar, a strong material used in bulletproof vests that makes spacesuits more rip-resistant.
OPS:A caliubration target on the Amrs Pewrserverance rover arm known as SHERLOC. Along the bottom row are five swatches of spacesuit materials that scientists are studying as they de-grade.
NASA/JPL-Caltech/MSSS
Picture supplied by Ferrari
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DUKAS_182924371_FER
Mars rover has spacesuit fabric swatches
Ferrari Press Agency
Swatches 1
Ref 16673
27/03/2025
See Ferrari text
Pictures must credit: NASA/JPL-Caltech/MSSS
A Mars space rover is set to help US space agency NASA decide the best material to use for making space suits for human landings on the Red Planet,
NASA’s Perseverance rover landed on Mars in 2021 to search for signs of ancient microbial life and to help scientists understand the planet’s climate and geography.
But another key objective is to pave the way for human exploration and as part of that effort, the carries a set of five spacesuit material samples.
Now, after those samples have endured four years of exposure on Mars’ dusty, radiation-soaked surface, scientists are beginning the next phase of studying them.
The end goal is to predict accurately the usable lifetime of a Mars spacesuit.
What the agency learns about how the materials perform on Mars will inform the design of future spacesuits for the first astronauts on the Red Planet.
The swatches, each 20 mm square, are part of a calibration target used to test the settings of an instrument on the end of Perseverance’s arm called SHERLOC which scans the planet for chemicals and possible signs of life.
The samples include a piece of polycarbonate helmet visor; cut-resistant material Vectran used for the palms of astronaut gloves; two kinds of Teflon, which has dust-repelling nonstick properties and a commonly used spacesuit material called Ortho-Fabric.
This last fabric features multiple layers, including Nomex, a flame-resistant material found in firefighter outfits; Gore-Tex, which is waterproof but breathable; and Kevlar, a strong material used in bulletproof vests that makes spacesuits more rip-resistant.
OPS:NASA’s Perseverance Mars rover, with a cyellow ircle indicating the location of the calibration target for the rover’s SHERLOC instrument hiousing the swatches of spacesuit materials that scientists are studying as they de-grade.
Picture supp -
DUKAS_163342370_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342369_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A cutaway of the proposed Mars inflatable habitat . The top is covered with Martian soil called regolith. Solar panels harvest energgy. Mirrors either side project sunlight through the transparent side walls to where food is grown.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342368_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342367_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342366_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342355_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342353_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342351_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A cutaway of the proposed Mars inflatable habitat . The top is covered with Martian soil called regolith. Solar panels harvest energgy. Mirrors either side project sunlight through the transparent side walls to where food is grown.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342347_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A cutaway of the proposed Mars inflatable habitat . The top is covered with Martian soil called regolith. Solar panels harvest energgy. Mirrors either side project sunlight through the transparent side walls to where food is grown.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342344_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A cutaway of the proposed Mars inflatable habitat showing food growing and astronaut facilities.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342342_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342337_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342335_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.The entrance
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342333_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342331_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342329_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat . The top is covered with Martian soil called regolith. Solar panels harvest energgy. Mirrors either side project sunlight through the transparent side walls to where food is grown.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342325_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_163342323_FER
Plan for inflatable Mars astronaut base
Ferrari Press Agency
Mars 1
Ref 15343
01/12/2023
See Ferrari text
Pictures MUST credit: Thomas Herzig / Pneumocell.com
A company looking to help space exploration has unveiled an inflatable dwellings concept to create the perfect base for Mars,
Being able to deflate them for a journey to the Red Planet makes them cost effective in terms of how many can be carried in a single load.
One on the Martian surface and inflated, the plan is to cover them with soil called regolith to protect them from harmful cosmic rays.
They would also be grouped together to grow food thanks to transparent walls which would have sunlight directed through them.
The modular Mars Habitat has been developed by Austrian architect Thomas Herzig based in Vienna who would like to create a simulated Mars experience using the dwellings as a terrestrial tourist attraction.
His company Pneumocell specialises in pneumatic construction techniques.
The Mars Habitat uses mirror membranes to reflect natural sunlight into greenhouse section of the structures for sustainable and self-sufficient production of food and oxygen.
At the same time harmful cosmic radiation is kept out by the layers of regolith.
OPS: A render of the proposed Mars inflatable habitat which Thomas Herzig would like to become a terrestrial visitor attraction.
Picture supplied. by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_154093977_FER
dukas 154093977 fer
Ferrari Press Agency
Mars 1
Ref 14730
26/04/2023
See Ferrari text
Pictures must credit: UAE Space Agency
The most detailed ever images of one of the two moons orbiting Mars have been captured.
The images of Deimos were taken by a space probe named Hope and launched by the United Arab Emirates Space Agency.
The UAE’s Mars Mission enabled Hope a close-up fly by of the satellite which looks more like a giant rock.
The unmanned probe, launched in July 2020, flew as close as 100km, the closest any space mission has flown to Deimos
It has been orbiting the planet since February 2021.
Amongst its many duties it captured detailed images of areas on the far side never pictured in great detail before.
OPS: Images of Martian Moon Deimos with Mars itself appearing some of them such as here.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_154093976_FER
dukas 154093976 fer
Ferrari Press Agency
Mars 1
Ref 14730
26/04/2023
See Ferrari text
Pictures must credit: UAE Space Agency
The most detailed ever images of one of the two moons orbiting Mars have been captured.
The images of Deimos were taken by a space probe named Hope and launched by the United Arab Emirates Space Agency.
The UAE’s Mars Mission enabled Hope a close-up fly by of the satellite which looks more like a giant rock.
The unmanned probe, launched in July 2020, flew as close as 100km, the closest any space mission has flown to Deimos
It has been orbiting the planet since February 2021.
Amongst its many duties it captured detailed images of areas on the far side never pictured in great detail before.
OIPS: Images of Martian Moon Deimos with Mars itself appearing some of them.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_154093975_FER
dukas 154093975 fer
Ferrari Press Agency
Mars 1
Ref 14730
26/04/2023
See Ferrari text
Pictures must credit: UAE Space Agency
The most detailed ever images of one of the two moons orbiting Mars have been captured.
The images of Deimos were taken by a space probe named Hope and launched by the United Arab Emirates Space Agency.
The UAE’s Mars Mission enabled Hope a close-up fly by of the satellite which looks more like a giant rock.
The unmanned probe, launched in July 2020, flew as close as 100km, the closest any space mission has flown to Deimos
It has been orbiting the planet since February 2021.
Amongst its many duties it captured detailed images of areas on the far side never pictured in great detail before.
OIPS: Images of Martian Moon Deimos with Mars itself appearing some of them.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_154093974_FER
dukas 154093974 fer
Ferrari Press Agency
Mars 1
Ref 14730
26/04/2023
See Ferrari text
Pictures must credit: UAE Space Agency
The most detailed ever images of one of the two moons orbiting Mars have been captured.
The images of Deimos were taken by a space probe named Hope and launched by the United Arab Emirates Space Agency.
The UAE’s Mars Mission enabled Hope a close-up fly by of the satellite which looks more like a giant rock.
The unmanned probe, launched in July 2020, flew as close as 100km, the closest any space mission has flown to Deimos
It has been orbiting the planet since February 2021.
Amongst its many duties it captured detailed images of areas on the far side never pictured in great detail before.
OIPS: Images of Martian Moon Deimos with Mars itself appearing some of them.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_154093973_FER
dukas 154093973 fer
Ferrari Press Agency
Mars 1
Ref 14730
26/04/2023
See Ferrari text
Pictures must credit: UAE Space Agency
The most detailed ever images of one of the two moons orbiting Mars have been captured.
The images of Deimos were taken by a space probe named Hope and launched by the United Arab Emirates Space Agency.
The UAE’s Mars Mission enabled Hope a close-up fly by of the satellite which looks more like a giant rock.
The unmanned probe, launched in July 2020, flew as close as 100km, the closest any space mission has flown to Deimos
It has been orbiting the planet since February 2021.
Amongst its many duties it captured detailed images of areas on the far side never pictured in great detail before.
OIPS: Images of Martian Moon Deimos with Mars itself appearing some of them.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_154093972_FER
dukas 154093972 fer
Ferrari Press Agency
Mars 1
Ref 14730
26/04/2023
See Ferrari text
Pictures must credit: UAE Space Agency
The most detailed ever images of one of the two moons orbiting Mars have been captured.
The images of Deimos were taken by a space probe named Hope and launched by the United Arab Emirates Space Agency.
The UAE’s Mars Mission enabled Hope a close-up fly by of the satellite which looks more like a giant rock.
The unmanned probe, launched in July 2020, flew as close as 100km, the closest any space mission has flown to Deimos
It has been orbiting the planet since February 2021.
Amongst its many duties it captured detailed images of areas on the far side never pictured in great detail before.
OIPS: Images of Martian Moon Deimos with Mars itself appearing some of them.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUK10147814_015
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_014
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_013
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_012
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_011
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_010
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_009
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_008
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_007
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_006
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_005
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_004
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_003
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_002
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147814_001
FEATURE - Ukrainische Architekten entwerfen Stadt für den Mars
Ukrainian architects Makhno Studio have designed a spectacular settlement for Mars utilising 3-D printing technology.
Named Plan C, it is a bagel-shaped settlement located on the inside of a crater - protecting it from Martian sandstorms, meteor showers and solar radiation.
The outer walls of Plan C would be made using giant 3D-printers due to the difficulty humans would face in constructing an environment without spacesuits, oxygen devices, and life support machines.
The interiors are designed to blur the aesthetics of Earth and Mars - featuring rock-like furnishings. A large plant-filled hall will stretch the length of the ring-shaped structure connect different parts of the settlement.
Phyto-lighting, ultraviolet and infrared lighting will promote plant growth and help them convert carbon dioxide and water into oxygen.
Additional spaces will include medical care zones, research centres that monitor planetary and atmospheric conditions, chemical and biological laboratories and administrative quarters,
The settlement will also be able to grow its own fruit and vegetables in spherical greenhouses fitted with Phyto-lamps were. These are designed to look like small planets.
The sleeping quarters are sparse - with only essential furniture for two people. But do agave a screen covering the ceiling to enable residents to pass the time by watching films. It will also feature a gym and fitness facility centre to prevent conditions like muscle atrophy, which can occur due to low gravity conditions. This will feature exercise bikes and narrow swimming pools that will help people adjust to the low-gravity conditions. To help residents keep calm, there will also be floating capsules for recovery and relaxation."
Where: Kiev, Ukraine
When: 24 Jan 2022
Credit: Makhno/Cover Images
**EDITORIAL USE ONLY. MATERIALS ONLY TO BE USED IN CONJUNCTION WITH EDITORIAL STORY. THE USE OF THESE MATERIALS FOR ADVERTISING, MARKETING OR ANY OTHER COMMERCIAL PURPOSE IS STRICTLY PROH
(c) Dukas -
DUK10147331_004
NEWS - Chinas Tianwen 1 sendet Selfie aus der Marsumlaufbahn
Mandatory Credit: Photo by CNSA/UPI/Shutterstock (12694136b)
The China National Space Administration published a stunning martian selfie captured by the Tianwen-1 Mars orbiter above the Red Planet after releasing a small camera and beaming photos via WiFi to mission control. The photographs show the orbiter flying around the Red Planet in an orbit, the ice cover on Mars' north pole, and a scene of a barren Martian plain.
China's Tianwen 1 Transmits Selfie from Mars' Orbit, Beijing - 04 Jan 2022
(c) Dukas -
DUK10147331_003
NEWS - Chinas Tianwen 1 sendet Selfie aus der Marsumlaufbahn
Mandatory Credit: Photo by CNSA/UPI/Shutterstock (12694136c)
The China National Space Administration published a stunning martian selfie captured by the Tianwen-1 Mars orbiter above the Red Planet after releasing a small camera and beaming photos via WiFi to mission control. The photographs show the orbiter flying around the Red Planet in an orbit, the ice cover on Mars' north pole, and a scene of a barren Martian plain.
China's Tianwen 1 Transmits Selfie from Mars' Orbit, Beijing - 04 Jan 2022
(c) Dukas -
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NEWS - Chinas Tianwen 1 sendet Selfie aus der Marsumlaufbahn
Mandatory Credit: Photo by CNSA/UPI/Shutterstock (12694136d)
The China National Space Administration published a stunning martian selfie captured by the Tianwen-1 Mars orbiter above the Red Planet after releasing a small camera and beaming photos via WiFi to mission control. The photographs show the orbiter flying around the Red Planet in an orbit, the ice cover on Mars' north pole, and a scene of a barren Martian plain.
China's Tianwen 1 Transmits Selfie from Mars' Orbit, Beijing - 04 Jan 2022
(c) Dukas -
DUK10147331_001
NEWS - Chinas Tianwen 1 sendet Selfie aus der Marsumlaufbahn
Mandatory Credit: Photo by CNSA/UPI/Shutterstock (12694136a)
The China National Space Administration published a stunning martian selfie captured by the Tianwen-1 Mars orbiter above the Red Planet after releasing a small camera and beaming photos via WiFi to mission control. The photographs show the orbiter flying around the Red Planet in an orbit, the ice cover on Mars' north pole, and a scene of a barren Martian plain.
China's Tianwen 1 Transmits Selfie from Mars' Orbit, Beijing - 04 Jan 2022
(c) Dukas -
DUK10124437_041
FEATURE - 'Moving to Mars' Ausstellung im Design Museum in London
Mandatory Credit: Photo by Nils Jorgensen/REX (10448465as)
ESA Solero research model of Martian rover
'Moving to Mars' exhibition, Design Museum, London, UK - 17 Oct 2019
Moving to Mars, a new exhibition which explores what it would be like to live on Mars, at The Design Museum
(c) Dukas -
DUK10124437_039
FEATURE - 'Moving to Mars' Ausstellung im Design Museum in London
Mandatory Credit: Photo by Nils Jorgensen/REX (10448465at)
ESA Solero research model of Martian rover
'Moving to Mars' exhibition, Design Museum, London, UK - 17 Oct 2019
Moving to Mars, a new exhibition which explores what it would be like to live on Mars, at The Design Museum
(c) Dukas -
DUK10043198_020
FEATURE - Der 'Mars' auf dem Trafalgar Square
Mandatory Credit: Photo by REX/Shutterstock (7427315e)
Martian landscape in Trafalgar Square
Martian landscape created in Trafalgar Square to launch new National Geographic TV show 'MARS', London, UK - 07 Nov 2016
London's Trafalgar Square has been turned into a Martian landscape, featuring the Mars Rover prototype 'Bridget', to mark the launch of new National Geographic television series 'MARS'. The 400 square metre replica landscape, using imagery from the surface of Mars, was constructed on Trafalgar Square, complete with chasms, craters and canyons. To complete the transformation into the Red Planet, specialist designers meticulously created 3D fibreglass rock sculptures to replicate the Martian surface geology. The new six-part series, airing from November 13th, which has been produced by Academy Award- and Emmy-winning Brian Grazer, Ron Howard and Michael Rosenberg, follows a fictitious crew's mission to Mars in 2033 and combines unparalleled visual effects with present day documentary storytelling.
(FOTO:DUKAS/REX)
(c) Dukas -
DUK10043198_027
FEATURE - Der 'Mars' auf dem Trafalgar Square
Mandatory Credit: Photo by REX/Shutterstock (7427315n)
Martian landscape in Trafalgar Square
Martian landscape created in Trafalgar Square to launch new National Geographic TV show 'MARS', London, UK - 07 Nov 2016
London's Trafalgar Square has been turned into a Martian landscape, featuring the Mars Rover prototype 'Bridget', to mark the launch of new National Geographic television series 'MARS'. The 400 square metre replica landscape, using imagery from the surface of Mars, was constructed on Trafalgar Square, complete with chasms, craters and canyons. To complete the transformation into the Red Planet, specialist designers meticulously created 3D fibreglass rock sculptures to replicate the Martian surface geology. The new six-part series, airing from November 13th, which has been produced by Academy Award- and Emmy-winning Brian Grazer, Ron Howard and Michael Rosenberg, follows a fictitious crew's mission to Mars in 2033 and combines unparalleled visual effects with present day documentary storytelling.
(FOTO:DUKAS/REX)
(c) Dukas -
