The fusion of luxury design and space-ready engineering shows how cross-industry collaboration is shaping the next era of moon exploration, useful context for a colleague tracking tech innovation.
Prada Helps Design Spacesuits for Moon Mission Story flow and key facts
Prada and Axiom Space have jointly developed a next-generation liquid cooling and ventilation garment (LCVG) for NASA’s Artemis IV mission, set for 2028. This inner-layer spacesuit component will be worn beneath the AxEMU outer shell and is designed to support astronauts during extended lunar surface operations at the Moon’s South Pole. The garment uses a network of tubes to circulate cold water over major muscle groups and includes a backup cooling system for safety.
The partnership marks the first time a luxury fashion brand has directly contributed to spacesuit engineering. Prada applied its expertise in 3D modeling, advanced knitting, and high-performance materials, while Axiom Space provided aerospace engineering and life-support integration. The resulting LCVG also features a ventilation system that circulates oxygen across the astronaut’s face and filters exhaled carbon dioxide for reuse.
The Artemis IV mission aims to return humans to the lunar surface for the first time since 1972, with a focus on establishing sustainable exploration capabilities. The new gear reflects a broader shift toward cross-industry innovation in space technology, where design and material science from outside traditional aerospace are playing a growing role. The garment was unveiled in New York City on June 7, 2026.
Facts
- Prada and Axiom Space unveiled a jointly developed liquid cooling and ventilation garment (LCVG) for NASA’s Artemis IV mission on June 7, 2026.
- The LCVG is an inner layer designed to regulate temperature and oxygen during up to eight-hour lunar surface excursions at the Moon’s South Pole.
- Prada contributed expertise in 3D modeling, advanced knitting, and high-performance fabrics, while Axiom Space handled aerospace integration.
- The garment pumps cooled water through tubes over major muscle groups and includes a backup cooling system and oxygen circulation for carbon dioxide removal.
- The Artemis IV mission is targeted for 2028, marking the first human return to the lunar surface since 1972.
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