Italian luxury brand Prada has officially unveiled the latest phase of its collaboration with US-based aerospace company Axiom Space for NASA’s Artemis lunar programme, marking a significant step toward humanity’s return to the Moon.
The mission, currently targeted for early 2028, is set to be the first crewed lunar landing since December 1972, when NASA’s Apollo 17 mission made history.
NASA has also confirmed that the mission aims to achieve major milestones, including landing the first woman and the first person of colour on the Moon, signalling a more inclusive era of space exploration.
Advanced Spacesuits at the Core of the Mission
A critical component of the Artemis programme is the development of next-generation spacesuits capable of withstanding the Moon’s extreme environment, including severe temperature fluctuations, micrometeoroid exposure, and abrasive lunar dust.
The project is centred around the Axiom Extravehicular Mobility Unit (AxEMU), developed by Axiom Space with Prada contributing to both the design and performance aspects of the suit.
Displayed recently in New York, the AxEMU suit and its inner system highlight the growing role of cross-industry innovation in space exploration.
Prada’s Role: From Fashion to Function
Prada’s involvement goes beyond aesthetics. The brand is leveraging its expertise in advanced materials, engineered knitting, and garment construction to enhance the performance and durability of the suit.
After previously unveiling the outer layer of the AxEMU suit in 2024, Prada has now introduced the Liquid Cooling and Ventilation Garment (LCVG)—a critical inner layer worn directly against the astronaut’s body.
Inside the LCVG: A Life-Support System
The Liquid Cooling and Ventilation Garment plays a vital role in ensuring astronaut safety during lunar missions.
Designed using advanced 3D modelling techniques, the garment features:
- A network of embedded tubes circulating cold water to regulate body temperature
- Continuous airflow systems to manage oxygen and remove carbon dioxide
- External connectors linking to the suit’s life-support system
- Capability to support spacewalks lasting up to eight hours.
In the space environment—where natural cooling mechanisms like sweating are ineffective—this system is essential to prevent overheating during physically demanding tasks.
Built for Extreme Lunar Conditions
The garment has been engineered to function in the harsh thermal conditions of the Moon’s south pole, where astronauts will conduct extended operations.
Prada’s contribution lies in combining:
- High-performance materials
- Precision textile engineering
- Comfort for long-duration wear
As the layer closest to the astronaut’s body, it must provide both reliability and comfort, ensuring optimal performance during missions.
A New Era of Space Collaboration
The partnership between Prada and Axiom Space reflects a broader shift in the space industry, where collaboration between diverse sectors is driving innovation.
Industry experts note that such collaborations move beyond conceptual inspiration, representing real, functional contributions from unexpected industries.
With companies like SpaceX and Blue Origin leading advancements in private space travel, luxury brands are increasingly positioning themselves within the evolving space economy.
Beyond the Artemis mission, Axiom Space is also developing the world’s first commercial space station, which is expected to eventually replace the International Space Station.
This signals a future where space travel may extend beyond government-led missions to include commercial and private ventures.
Conclusion
Prada’s entry into space technology underscores a turning point in both fashion and aerospace innovation.
As NASA prepares for its historic return to the Moon, the Artemis programme highlights how cross-industry collaboration is shaping the future of exploration.
From luxury craftsmanship to life-support engineering, Prada’s role demonstrates that innovation today is no longer confined to traditional boundaries—but is built through bold, unconventional partnerships.
