New York: At first glance, the idea of a luxury fashion house helping design equipment for astronauts may seem surprising. However, Prada’s latest collaboration with NASA-linked space missions is not about style or runway trends. It is about solving a critical engineering challenge: keeping astronauts safe and comfortable in one of the harshest environments known to humanity.
Italian luxury brand Prada has unveiled a specialised garment developed alongside Houston-based space company Axiom Space. The outfit is intended for use in future lunar missions and forms part of the technology that could support astronauts as they work on the Moon for extended periods.
The project highlights how expertise from industries beyond traditional aerospace is increasingly being used to tackle complex challenges in modern space exploration.
A garment designed for survival, not fashion
The newly unveiled outfit is known as a Liquid Cooling and Ventilation Garment (LCVG), an essential component worn underneath a spacesuit.
Unlike ordinary clothing, the garment fits tightly around the astronaut’s body and contains an integrated network of small tubes woven directly into the fabric.
These tubes circulate cooling liquid and air throughout the suit, helping regulate body temperature during physically demanding activities.
Astronauts working on the Moon are expected to spend hours conducting experiments, collecting samples, operating equipment and travelling across rugged terrain. These tasks generate significant body heat, which can quickly become dangerous inside a sealed spacesuit.
The cooling garment helps remove excess heat and maintain a safe internal temperature, reducing the risk of overheating and fatigue.
Why cooling technology is essential on the Moon
Many people assume space is extremely cold, but temperature regulation remains one of the biggest challenges for astronauts.
The lunar environment is characterised by dramatic temperature swings. Surface temperatures can rise above 120 degrees Celsius in sunlight and plunge below minus 170 degrees Celsius in shadowed regions.
At the same time, spacesuits are heavily insulated to protect astronauts from radiation, dust and extreme temperatures.
Because there is no atmosphere on the Moon, sweat cannot evaporate normally as it does on Earth. This means the human body’s natural cooling system becomes ineffective inside a spacesuit.
Without specialised cooling technology, astronauts could overheat rapidly while performing routine tasks.
The LCVG acts as an artificial cooling system, continuously transferring heat away from the body and helping maintain stable conditions inside the suit.
Why Prada was chosen
The partnership is not as unusual as it may initially appear.
Modern spacesuits require advanced expertise in textiles, materials engineering, ergonomics and garment construction. These are areas where luxury fashion companies often possess decades of specialised knowledge.
Prada’s contribution focuses on designing high-performance fabrics and wearable systems that combine durability, flexibility and comfort.
Developing a garment that fits closely to the body while integrating ventilation tubes requires precision manufacturing and sophisticated textile engineering.
Space agencies and aerospace companies increasingly recognise that expertise from industries such as fashion, sportswear and advanced materials can help improve astronaut equipment.
Building on an existing partnership
Prada’s involvement in space technology began in 2024 when the company partnered with Axiom Space on next-generation lunar spacesuits intended for future NASA Artemis missions.
The Artemis programme aims to return humans to the Moon and establish a long-term presence on the lunar surface.
The latest cooling garment represents another phase of that collaboration and demonstrates how the partnership has expanded beyond the outer spacesuit itself.
As lunar missions become longer and more complex, every component worn by astronauts must be optimised for performance, safety and comfort.
Space exploration attracts new industries
Prada is part of a broader trend in which companies outside the traditional aerospace sector are becoming involved in space projects.
Private space companies, technology firms, automotive manufacturers and advanced materials specialists are increasingly contributing expertise to missions that were once handled exclusively by government agencies and aerospace contractors.
This shift reflects the growing commercialisation of space and the increasing complexity of future missions.
As human exploration expands beyond Earth orbit, solving challenges related to mobility, health, sustainability and habitability will require knowledge from multiple industries.
Looking ahead
The cooling garment is expected to undergo extensive testing before being used in future lunar missions.
If the technology performs successfully, it could play an important role in helping astronauts work more efficiently and safely on the Moon.
The project also demonstrates how innovation often emerges when expertise from different fields comes together to solve a common problem.
Conclusion
Prada’s partnership with NASA-linked lunar missions is not about bringing fashion to space. Instead, it reflects the growing need for advanced textile engineering and human-centred design in modern exploration. By helping develop cooling technology that protects astronauts from extreme lunar conditions, Prada is contributing to a practical challenge that could shape the future of human spaceflight.