5/3/2023 0 Comments Lunark sagaParametric design specifies key parameters of projects and makes it easier to collaborate on interactively making changes. It is used to create more efficient designs and allows you to explore more options. Designers use software to create warped complex visually stimulating structures that are computer generated parametric design is often seen in architecture. Photo of the Dandelion Prototype Mars lab in the Negev desert of Israelīoth Dandelion and Lunark take on different aspects of what is known as ‘Parametric design’. The valves and folds of the spacecraft would work with Mars’ overwhelming amount of dust and transform it into static electricity. When designing Dandelion, the fundamental conditions of the planet Mars and the similar climate of the desert in Israel were taken into consideration for design solutions and constraints. Recently, a mixture of space architects, engineers, and programmers at SAGA built a pod titled Lunark, and deployed it in Northern Greenland to simulate living on the Moon, as well as a small habitat in the Negev desert of Israel titled Mars Lab, and Dandelion, a concept for Mars, to mimic living on Mars. ![]() Photo taken at dusk of lunark pod in Northern Greenland There are an infinite amount of different possibilities. Which leaves an open door for so many different design solutions for the extraterrestrial unknown world, whether that be designing for space interiors, exteriors, or the tangible objects we can use in space. Designing for space is overlooked by the masses for most of us, the only resources to refer to outer space are sci-fi movies, shows, books and the spacecrafts we have already made to go to space. Should creatives and designers start considering how to create and conceptualize designs we can use for space? After all, it’s not a matter of why we should go to space, but rather how and when. A topic that seems to be buzzing in all of our minds as the new paradigm towards the future shifts. This design practice and new way of designing architecture opens up a conversation about why space design is so important for designers. Sometimes we forget that we are already “living in space” here on Earth and that we can design for other planets with Earth in mind. One of the goals of SAGA is to get us closer to creating concept habitats and livable homes that we could co-inhabit together in space. WESN x The Real Fun Henry & Co.SAGA Space Architects is a modernistic design practice that creates potential homes and habitats for space dwellers.Easy Journey Suitcase Comes with Stroller Feature for Traveling with a Baby.Logitech Playseat Trophy Logitech G Edition for Immersive Racing Experience.AirBus Loop: Multipurpose Orbital Module for ISS with A Greenhouse Structure.IDOBAO Montex Number Pad MX Mechanical Keyboard Comes With Aluminum Alloy Case.Louis Vuitton Cabinet of Curiosities by Marc Newson.Gerber Gear Stake Out Handy Multitool for Every Camp Trip. ![]() X-Idea XCell Electric Motorcycle Concept Features Holographic Projection Technology.Boxing Buddy – Now Your Punching Bag Fights Back.The interior is completed with custom-made Circadian Light Panels that helps create pseudo-natural day light, as the astronauts have to thrive not just survive, these light panels become one of essential psychological and physical well-being supports needed by these astronauts. The main load bearing structure is an aluminum frame. The structure is sandwich panels that come with a foam core for extra insulation, these panels are connected by a white foldable composite rubber. ![]() The exterior is truly tough as tank while the interior is cozy and safe. Inspired by a budding leaf as it unfolds, SAGA Space Architects created an origami-like habitat that unfolds from a tight bud into a large ovoid shape. It’s a habitat for the Moon where astronauts have to deal with extreme environment. LUNARK has a closed origami shell, it is comprised of rigid carbon fiber panels where algorithmically optimized to reach expansion of 750%. Designed as a deployable structure, LUNARK would save space during transport, it optimizes space for the astronauts.
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