Space industry pioneer Axiom Space, creators of the first commercial orbital station, and luxury fashion house Prada are advancing their groundbreaking collaboration to outfit NASA’s Artemis III lunar mission.
Representing the first crewed Moon landing since Apollo 17 in December 1972, Artemis III will break new ground as NASA and its partners land the first woman and the first person of colour on the lunar surface.
When you think of Prada, you think of Milan runways, luxury leather goods, and avant-garde fashion. You don’t typically think of cosmic radiation, micrometeoroids, or the frozen craters of the lunar South Pole.
Yet, as humanity prepares to return to the Moon with NASA’s Artemis III mission, the astronaut stepping onto the lunar surface will be wearing a spacesuit co-designed by the Italian fashion house.
Far from a superficial branding exercise, the collaboration between Prada and commercial aerospace leader Axiom Space represents a ground-breaking shift in how we build gear for the extreme frontier of space. It proves that in the New Space Age, form and function are no longer mutually exclusive.
The partnership officially yielded the Axiom Extravehicular Mobility Unit (AxEMU) spacesuit. While Axiom Space provided the core life-support systems and structural architecture, Prada brought its deep, specialized expertise in high-performance materials, innovative textiles, and advanced sewing techniques.
This wasn't Prada's first time dealing with extreme environments. For decades, the luxury brand has developed highly technical materials for its Linea Rossa line and its Luna Rossa America’s Cup sailing team, which faces harsh marine environments, high winds, and intense physical strain.
By applying these tailored manufacturing methods to aerospace engineering, Prada helped bridge the gap between heavy, rigid survival gear and flexible, high-performance athletic apparel.
To understand why this crossover works, you have to look beneath the surface. A spacesuit is essentially a personalised, flexible spacecraft. Prada’s influence is woven directly into the two most critical components of the suit.
The first is the outer layer. The exterior of the AxEMU suit had to look sleek and futuristic, but its primary job is survival. Prada’s design and material teams worked closely with Axiom to create an outer layer made of advanced, ballistic-grade, non-combustible fabrics.
The suit incorporates thermal defense, the lunar South Pole features extreme thermal environments, where sunlit areas become blisteringly hot while nearby craters remain permanently shadowed and frozen. The custom-engineered outer layer reflects intense solar radiation while insulating the astronaut against absolute cold. The suit is also built in consideration of dust mitigation, lunar dust (regolith) is highly abrasive and razor-sharp. Prada's material selection helps prevent these microscopic particles from tearing into the suit's joints.
The second critical component is the Liquid Cooling and Ventilation Garment (LCVG), the most fascinating technical achievement of the collaboration. This layer is worn directly against the astronaut's skin. It looks like a piece of high-end, futuristic activewear, complete with a tailored V-neck and thumbhole sleeves, but it acts as the astronaut's personal climate control system.
There are several elements to the LCVG, the cooling loop is a complex network of flexible tubes that continuously circulate cold water, pulling body heat away from the astronaut’s major muscle groups. In a massive engineering milestone, this garment also features a fully redundant cooling circuit. If the primary cooling loop fails, a secondary backup loop immediately takes over, preventing life-threatening overheating. Alongside these elements, the garment also includes an oxygen flush, a separate integrated loop which blows fresh oxygen directly across the astronaut's face to continuously sweep away exhaled carbon dioxide.
For decades, space suits were designed solely by committee and military contractors, resulting in bulky, ill-fitting gear that caused severe physical fatigue. By bringing a luxury fashion house into the cleanroom, Axiom Space and NASA have acknowledged that human ergonomics, mobility, and comfort are vital to mission success.
Prada didn't just give the next generation of astronauts a stylish silhouette and their iconic red accent stitching; they helped engineer a lighter, more mobile, and safer garment. As we look toward the Moon and eventually Mars, this collaboration proves that the future of exploration will be built by marrying the rigidity of science with the fluid creativity of design.
This article synthesises official design and engineering data released by the collaborating organisations. Technical specifications regarding the Axiom Extravehicular Mobility Unit (AxEMU) and the Artemis III mission parameters are sourced directly from official Axiom Space engineering briefs and NASA mission architecture documentation. Visual design details, material composition choices, and the technical development of the Liquid Cooling and Ventilation Garment (LCVG) are drawn from the joint Axiom Space x Prada technical disclosures presented at the International Astronautical Congress. Historical context regarding textile engineering and high-performance fabric testing is credited to the archived research and development records of the Luna Rossa Prada Pirelli sailing team.
Image credit: Axiom Space, Prada
