The Planet Suspension Lighting is Inspired by Astronaut Cloth
Meghan Young — January 29, 2012 — Art & Design
References: foscarini & design-milk
Aside from its globular shape, the Planet suspension lighting doesn’t resemble a planet at all. Nevertheless, there happens to be a more appropriate reason why it was named so. This impressive pendant lamp is “inspired by a study commissioned by NASA (carried out by Dainese in partnership with MIT) on high performance “intelligent” clothing worn by astronauts,” according to Design Milk.
Created by Changedesign for Italian lighting company Foscarini, the Planet suspension lighting features a fabric exterior without any inner structure to form it. Instead, the lamp uses thread that has been treated at high temperature to form it. Once cooled, the thread hardens into an exoskeleton to support the lamp’s shape.
The Planet suspension lighting is available in two sizes.
Created by Changedesign for Italian lighting company Foscarini, the Planet suspension lighting features a fabric exterior without any inner structure to form it. Instead, the lamp uses thread that has been treated at high temperature to form it. Once cooled, the thread hardens into an exoskeleton to support the lamp’s shape.
The Planet suspension lighting is available in two sizes.
Trend Themes
1. Spherical Lighting - The trend of using spherical lighting fixtures creates a visually unique and innovative design aesthetic.
2. Smart Fabrics - The use of high-performance 'intelligent' fabrics in lighting design opens up opportunities for interactive and adaptive lighting solutions.
3. Exoskeleton Structures - The incorporation of exoskeleton structures in lighting fixtures allows for unconventional and lightweight designs.
Industry Implications
1. Lighting - The lighting industry can explore the design and production of spherical lighting fixtures using innovative materials and techniques.
2. Textile - The textile industry has the potential to develop smart fabrics that can be used in lighting applications to create interactive and adaptive lighting solutions.
3. Design - The design industry can leverage the concept of exoskeleton structures to create visually unique and lightweight lighting fixtures.
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