What Would a Moon Base Need in 2026? Core Systems, Supplies, and Design Priorities
Explore the essential systems, resources, and engineering tradeoffs a Moon base would need to survive and operate.
Explore the essential systems, resources, and engineering tradeoffs a Moon base would need to survive and operate.
I. What is the Giant Impact Hypothesis? The Giant Impact Hypothesis is one of the most widely accepted theories regarding the formation of the moon. According to this hypothesis, a Mars-sized object collided with Earth approximately 4.5 billion years ago. The impact caused a large amount of debris to be ejected into space, eventually coalescing … Read more
Learn how astronauts warm meals in microgravity using spacecraft-approved heaters, rehydratable foods, and strict safety procedures.
Explore how space habitats work, from life support and radiation shielding to power systems, gravity, and crew safety in orbit.
Astronaut meals are designed for safety, nutrition, and zero-gravity convenience. Learn what astronauts eat in space and how food is prepared, stored, and eaten.
Learn how astronauts could grow fresh food in space habitats using hydroponics, LEDs, controlled environments, and closed-loop recycling.
Growing food in space supports long missions, improves crew health, and reduces reliance on Earth resupply.
Learn how astronauts cook, heat, and eat in microgravity, from thermostabilized meals and rehydration to the unique food systems used on the ISS.
I. What are Life Detection Instruments? Life detection instruments are tools used by scientists to search for signs of life in various environments, both on Earth and in outer space. These instruments are designed to detect the presence of biological molecules, gases, or other indicators that suggest the presence of living organisms. The development of … Read more
Explore the essential systems, materials, and environmental controls a space habitat would need to support long-term human life beyond Earth.