Researchers at NASA's Langley facility developed the High Altitude Venus Operational Concept -- or 'HAVOC' -- in order to exploring concept aircraft that would be capable of taking astronauts to Earth's nearest planetary neighbor. The spacecraft involves sending what is effectively a blimp and a pair of astronauts on a month-long mission to float around Venus' atmosphere.
The engineers who worked on the Venus Operational Concept say that the astronauts would live and function in a floating habitat attached to the vehicle, which could be filled with helium to keep it afloat. It is estimated that Venus' atmosphere would help the vehicle keep itself aloft at an altitude of approximately 50 kilometers.
The developers of this concept envision future Venusian human settlements as anchored in the atmosphere and serving as planetary bases akin to the International Space Station.
Venus-Exploring Concept Spacecraft
NASA's Venus Operational Concept Would Send Astronauts to Venus
Trend Themes
1. Venus Exploration - The HAVOC spacecraft demonstrates an opportunity for innovative exploration of Venus and its atmosphere using inflatable technology.
2. Floating Habitats - The development of a long duration floating habitat for deep space missions could lead to innovations in human long-term survival in space.
3. Planetary Bases - The Venus Operatonal Concept proposes an opportunity for establishing planetary bases anchored in the planetary atmosphere, sparking industry opportunities in space-based habitation and construction.
Industry Implications
1. Aerospace - The development of the HAVOC spacecraft highlights the potential for inflatable craft technology and deep space exploration, creating opportunities for aerospace companies in material innovation and propulsion technology.
2. Space-based Construction - The concept of planetary bases anchored in the planetary atmosphere presents potential opportunities and challenges for the infrastructure and construction industry focused on space-based construction.
3. Sustainability - The concept of long-duration human presence in space raises the importance of sustainable living and energy use in space, demanding sustainable solutions that could be cross-applicable to industries on Earth.