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Redefining the boundaries between technology and the human body

Can innovations in materials and technology enhance physical performance and health? From smart clothing to advanced space suits, these breakthroughs are redefining the boundaries between technology and the human body.

New-Generation Space Suits: Fashion and Functionality for Lunar Exploration

The Italian company Rea Space has developed the EMSi suit, designed to counteract the loss of muscle mass and bone density that occurs in weightlessness. This intravehicular suit is made from high-tech fabric with antibacterial properties and protection against cosmic rays, while also incorporating sensors and electrodes that monitor and stimulate postural muscles. By combining advanced functionality with an attractive design, the EMSi exemplifies how fashion and technology can work together to support human health in space.

Image courtesy Rea Space

Another significant innovation in the field of spacesuits comes from the collaboration between Prada and Axiom Space. As part of NASA’s Artemis program, which aims to return humans to the Moon, Prada has contributed to the design of new spacesuits for astronauts. This project merges the excellence of Italian craftsmanship with cutting-edge materials science. The suits, designed to support extravehicular activities on the lunar surface, are made from lightweight yet highly durable materials, providing astronauts with protection against the extreme conditions of space.

These examples illustrate that the future of spacesuits is not only about safety and functionality but also about enhancing astronauts’ quality of life, paving the way for a new generation of spacewear that seamlessly blends efficiency, comfort, and style.

Image courtesy of Prada / Axiiom Space
Infrared Warming Jackets: Advanced Thermal Comfort

The Solament Down-Less Down Jacket is a groundbreaking innovation in technical apparel, combining sustainability with advanced technology. Utilizing special infrared technology, this jacket efficiently generates heat without relying on traditional animal down, providing a cruelty-free and eco-friendly alternative.

One of its key features is its ability to retain heat longer than conventional insulated garments. This makes it particularly beneficial for outdoor enthusiasts in cold climates, such as hikers, mountaineers, and travelers. Additionally, its minimalist yet high-performance design showcases how aesthetics and functionality can seamlessly coexist.

 

Image courtesy of Sumitomo Metal Mining Co.

A similar approach to integrating advanced technology into textiles is exemplified by the Myant X project, winner of the Best of Innovation in Wearable Technologies award at CES 2025 in Las Vegas. This groundbreaking initiative leverages Osmotex technology to create fabrics that dynamically regulate moisture and temperature. These innovative materials incorporate sensors and microcontrollers that monitor both environmental and bodily conditions, allowing for personalized thermal comfort management. For instance, Osmotex technology utilizes electrical impulses to rapidly expel moisture from the fabric, ensuring the body remains dry even during intense physical activity.

Natural Sun Protection through Biofabrication
Image courtesy of Maca Barrera

Maca Barrera’s Melwear thesis project envisions a future where clothing made from bacteria-derived melanin provides natural sun protection, replacing traditional sunscreens. By harnessing melanin biosynthesis and bioprinting, Barrera creates a “second skin” that absorbs UV rays, shielding the wearer from sun exposure. This biocompatible approach, rooted in emerging technologies, has the potential to revolutionize sun protection by reducing reliance on environmentally harmful ingredients and unlocking new possibilities in cosmetics and biomedicine.

Innovation and performance will be the protagonists of The Scale of Commitment, the event that Materially will present at the upcoming Milan Design Week. Follow us not to miss all the updates!