Prada has unveiled a new inner-layer garment designed for NASA astronauts traveling to the moon. Developed in partnership with commercial space infrastructure company Axiom Space, the high-tech base layer—often referred to as a liquid cooling and ventilation garment—will be worn beneath the primary extravehicular mobility units during the upcoming Artemis missions. The garment is engineered to regulate core body temperatures in the extreme environment of the lunar surface.
NASA, the U.S. civilian space agency, is increasingly relying on commercial partners to fulfill critical hardware requirements for its return to the moon. Prada, the Milan-based luxury fashion house known for its high-end apparel and material innovation, represents an unconventional entrant into the aerospace supply chain. The partnership underscores a growing willingness among commercial space contractors to source specialized textile engineering from outside the traditional defense and aerospace sectors, pointing to a broader diversification of space-grade manufacturing.
The material science of lunar exploration
The lunar environment presents extreme thermal challenges, requiring astronauts to wear active cooling systems to regulate body temperature during extravehicular activities. The inner-layer garment serves as the critical interface between the astronaut and the life-support systems of the spacesuit. By circulating water through a network of flexible tubes woven into the fabric, the garment prevents overheating while maintaining mobility. Axiom Space, the Houston-based company contracted to build the next-generation Artemis spacesuits, sought out Prada for its expertise in advanced fabrication and composite materials.
While luxury fashion and aerospace engineering operate on vastly different commercial timelines, both disciplines require precision manufacturing and a deep understanding of how fabrics behave under stress. Prada’s involvement extends beyond mere branding; the company is contributing its knowledge of seamless knitting, advanced yarns, and ergonomic design to improve the comfort and functionality of the base layer. This technical crossover suggests that the specialized material science developed for high-performance athletic and luxury wear has direct applications in extreme-environment engineering.
Commercial space and non-traditional supply chains
The Prada-Axiom collaboration highlights a structural shift in how space hardware is developed. Historically, NASA relied on a closed ecosystem of legacy aerospace contractors to design and manufacture every component of a mission. Under the Artemis program, the agency has transitioned to a service-based model, purchasing end-to-end solutions from commercial providers who are free to build their own supply chains. This decentralized approach allows companies like Axiom to look beyond traditional defense contractors and partner with consumer brands that possess niche manufacturing capabilities.
As commercial entities take on more responsibility for hardware development, NASA is simultaneously undergoing internal operational shifts. The agency is currently in the process of selecting a new headquarters building by the end of the year, a move that reflects its evolving role from a primary manufacturer to a manager of commercial partnerships. For Prada, the lunar garment project serves as a high-profile demonstration of its technical capabilities, potentially opening the door for further industrial applications of its material research.
The success of this cross-industry partnership will ultimately be tested on the lunar surface. If the Prada-engineered garments perform to NASA's rigorous standards, it could encourage other commercial space ventures to seek out specialized expertise from the consumer and luxury sectors. The intersection of high fashion and aerospace may prove to be more than a novelty, pointing toward a more diversified industrial base for future space exploration.
With reporting from Business of Fashion, The Verge, SpaceNews.
Source · Business of Fashion
