InterPlanetary Ventures
Getting People Into Space
Storming The High Frontier!
InterPlanetary Ventures is developing the inner solar system for human settlement, with infrastructure, exploration and development projects that will take us from near earth space to the rings of Saturn in the next ten years, paving the way for others to follow. Our goal is to create the terrestrial and space based infrastructure required to support humanity's permanent expansion into the bountiful reaches of our solar system.
Companies like Vector Space and RocketLabs are developing their systems without gigantic loans or huge investments of venture capital, bringing a brand new economic paradigm to the business of building and launching rockets.
Live/Survive in Space
Living in Space will require robust (semi) closed ecological biological life support systems (ceblss), which can be resupplied via in situ resource utilization, and which incorporate flora and fauna in such a way as to provide both sustenance and environmental diversity so the explorers don't feel like they live in tin cans. Capsules and such may be alright for short trips to orbital destinations, but longer expeditions require more space per person, access to facilities for personal hygiene, and adequate filtering of the ambient environment to make it livable. Also such an expedition provides time for research and experimentation, the space to facilitate these activities must be provided.
Move Through Space
The time has come for us to move from space capsules and graduate to spaceships. The first earth orbiting space stations are examples of the minimum requirements.
At left are images of the Salyut orbiting lab with a soyuz craft docked at one end, the American Skylab orbiting lab with the Apollo craft docked at one end, and a moon cruiser envisioned by Bigelow Aerospace using their inflatable modules. These are examples of the types of vessels that should be used to travel cislunar space, between Earth, Moon, the Earth Moon Lagrange stations, (Lunar L1 thru Lunar L5) and the Sun-Earth Lagrange regions L1, L2, L4 and L5.
These are examples from a bygone era, and one modern imagining, there are many possible configurations and designs, the field is wide open for the spacecraft designers of the 21st century. These spaceships will need power, for the labs and habs, and for propulsion. They should use the best available power source, the same power source used by modern ships and submarines here on earth, nuclear power. Propulsion is also an issue, chemical rockets are not suitable for manned interplanetary expeditions.
The development of electric propulsion systems has reached the flight test stage, with a VASIMR prototype headed for testing in space within the next year. These type of engines, coupled with sufficient power will open up the solar system for manned expeditions of exploration and development.
Land and Launch From Destinations in Space
This decade has seen the start of development of rockets capable of soft landing here, on earth. Two companies have been testing rocket stages that, after launch and seperation, return and land back on earth. These systems will allow for landings on the Moon, Mars and many other destinations in our solar system. Rocket powered landing craft will be required for expeditions that wish to send landing parties to explore or develop our solar system.
All of these systems and new technologies are coming together now, making our expansion into the solar system something that can begin in this decade. We have to stop thinking about space travel in terms of missions, and start planning expeditions and excursions, footholds, bases, permanent stations, it's time to get people into space, beyond Earth orbit, permanently.
Getting People Into Space, Permanently.
Get Into SpaceCompanies like Vector Space and RocketLabs are developing their systems without gigantic loans or huge investments of venture capital, bringing a brand new economic paradigm to the business of building and launching rockets.
Live/Survive in Space
Living in Space will require robust (semi) closed ecological biological life support systems (ceblss), which can be resupplied via in situ resource utilization, and which incorporate flora and fauna in such a way as to provide both sustenance and environmental diversity so the explorers don't feel like they live in tin cans. Capsules and such may be alright for short trips to orbital destinations, but longer expeditions require more space per person, access to facilities for personal hygiene, and adequate filtering of the ambient environment to make it livable. Also such an expedition provides time for research and experimentation, the space to facilitate these activities must be provided.
Move Through Space
The time has come for us to move from space capsules and graduate to spaceships. The first earth orbiting space stations are examples of the minimum requirements.
At left are images of the Salyut orbiting lab with a soyuz craft docked at one end, the American Skylab orbiting lab with the Apollo craft docked at one end, and a moon cruiser envisioned by Bigelow Aerospace using their inflatable modules. These are examples of the types of vessels that should be used to travel cislunar space, between Earth, Moon, the Earth Moon Lagrange stations, (Lunar L1 thru Lunar L5) and the Sun-Earth Lagrange regions L1, L2, L4 and L5.
These are examples from a bygone era, and one modern imagining, there are many possible configurations and designs, the field is wide open for the spacecraft designers of the 21st century. These spaceships will need power, for the labs and habs, and for propulsion. They should use the best available power source, the same power source used by modern ships and submarines here on earth, nuclear power. Propulsion is also an issue, chemical rockets are not suitable for manned interplanetary expeditions.
The development of electric propulsion systems has reached the flight test stage, with a VASIMR prototype headed for testing in space within the next year. These type of engines, coupled with sufficient power will open up the solar system for manned expeditions of exploration and development.
Land and Launch From Destinations in Space
This decade has seen the start of development of rockets capable of soft landing here, on earth. Two companies have been testing rocket stages that, after launch and seperation, return and land back on earth. These systems will allow for landings on the Moon, Mars and many other destinations in our solar system. Rocket powered landing craft will be required for expeditions that wish to send landing parties to explore or develop our solar system.
All of these systems and new technologies are coming together now, making our expansion into the solar system something that can begin in this decade. We have to stop thinking about space travel in terms of missions, and start planning expeditions and excursions, footholds, bases, permanent stations, it's time to get people into space, beyond Earth orbit, permanently.