Blog

Water is essential in space food for hydration, reconstitution, texture, safety, and nutrient delivery in microgravity.

Explore how humans could survive, work, and thrive in space habitats using current engineering, life support, and behavioral science.

Explore the practical, scientific, and economic reasons people may live on the Moon, plus the major challenges that shape lunar settlement.

Explore the systems, engineering, and biology that could let future space habitats produce food, air, water, and power independently.

Learn how astronauts get fresh food aboard the ISS and spacecraft, from cargo resupply to controlled growing systems.

Explore how space habitats could recycle human, food, water, and packaging waste into air, water, soil, and materials for long-term missions.

Explore how astronauts would stay warm on the Moon using spacesuit insulation, habitat heating, power systems, and proven thermal control methods.

Inflatable habitats offer a lightweight, expandable way to build livable space structures. Learn why they matter for lunar, Mars, and orbital missions.

Explore the real science behind living on the Moon, from habitats and life support to food, power, radiation protection, and daily routines.

Explore the core systems a Mars base would need, from life support and power to radiation shielding, ISRU, and crew safety.