NASA's Crazy Mars Idea: Interplanetary Ship in Orbit

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In summary, building a craft to go to Mars without any infrastructure is pretty pointless & will end up being as beneficial as the moon. Duh!
  • #1
jim_990
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surely building a craft to go to Mars without any infrastructure is pretty pointless & will end up being as beneficial as the moon. Wouldnt developing a petrol station in orbit be a better idea, and then a interplanetary ship that doesn't land but stays in space & a way to get up & down to it from ground. This seems like a better more useful infrastructured way of doing it that would allow for future missions etc. Also note that fuel can be harvested from orbit with electromagnetism to collect & pressurize it if need be.
 
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  • #2
What good would that do? Would that explore the surface for possible landing sites from the ground? no. Would it be beneficial to us? not really. Would it cost money? Way more than NASA has. Can this collection method actually be done with our current technology? Not to my knowledge, no. So why is sending a probe or two to find if there's water on it for possible terraforming, or for possible landing sites of other Mars bound craft, Crazy in your eyes?

The Moon was very beneficial to us, as well. We learned much about our universe, invented new technologies that helped speed along the process of computers and communication technology, as well as other technological advancements.

I believe what they did was a very good idea, and that your ideas are a bit... ahead of our time.
 
  • #3
They can find all the water they want on Mars, Just land a probe at the edge of its polar ice cap. only ovious place to look concidering we know there is moisture there, Not all water, but, It's the best place to explore even for Arctic type life forms (micro-bacterial) under the rocks just like they found at our own Artctic region here on Earth. It frustrates me every time NASA sends a probe to a tropical region of Mars. Duh!
 
  • #4
Intuitive said:
It frustrates me every time NASA sends a probe to a tropical region of Mars. Duh!
It simply requires less energy, and therefore less fuel and mass, since one does not have to change the orbital inclination by sending the satellite/probe to near equatorial orbit.

BTW - Laskar's team has shown that the tilt of Mars on its axis can vary between 15 degrees and 40 degrees, largely because of its lack of a significant moon. By contrast, the Earth varies little from its tilt of 23.5 degrees.
from Ice belt 'encircled Mars equator' - and" Europe's Mars Express probe may have found evidence for a band of ice that once spanned the Martian equator."

Harvesting fuel on orbit is problematic because of the very low particle density (essentially a vacuum). It certainly would make more sense to lauch a fuel depot to orbit Mars and wait there for astronauts to arrive.

No need for a manned spacecraft to take everything along. They just need a well shielded craft and go complete orbital transfer as quickly as possible - but that requires more energy than say a Hohman transfer.
 
  • #5
forget the fuel harvesting, but my main question still holds. ay down some infrastructure first or all missions will end up being expensive one-offs, rather than something that can be built upon.
 
  • #6
It is much easier to build the station over there, after we have an areoestrial base. Sending a station from Earth-orbit to Mars-orbit is pretty damned expensive, fuel-wise and economically. The gravity well of Mars is much less steep than ours, meaning less fuel (and less cash!) is needed to launch a spacecraft or space station into LMO.
 
  • #7
I agree, that's why I was suggesting a simple craft to get us into Earth orbit to meet up with an interplanatery ship(that never lands, just orbits) & dump any left over fuel into the space station that they meet at ready for transfering to the interplanetary ship. An old adapted shuttle might do the job, with a rocket supplying it
 
  • #8
i like the the idea of launching from a space station or even from the moon think about how much fuel we would save not have to escape from the Earth's gravity
 

1. What is NASA's Crazy Mars Idea: Interplanetary Ship in Orbit?

NASA's Crazy Mars Idea: Interplanetary Ship in Orbit is a proposed mission by NASA to send a crewed spacecraft into orbit around Mars, which will serve as a staging area for future missions to the planet's surface.

2. How will the Interplanetary Ship be able to orbit Mars?

The Interplanetary Ship will use a combination of propulsion systems, including traditional chemical rockets and advanced plasma thrusters, to enter and maintain a stable orbit around Mars.

3. What advantages does this idea have over traditional Mars landings?

This idea allows for a longer duration stay on Mars, as the orbiting ship can serve as a base for multiple missions to the planet's surface. It also reduces the risks and costs associated with landing on the Martian surface.

4. What challenges does NASA face in implementing this idea?

One of the main challenges is developing the necessary propulsion systems and technologies to safely and effectively enter and maintain orbit around Mars. Additionally, there are logistical challenges in coordinating and executing multiple missions to the planet's surface from the orbiting ship.

5. When can we expect this mission to take place?

There is currently no set timeline for this mission, as it is still in the planning and development stages. However, NASA aims to send humans to Mars in the 2030s, and this idea could potentially be a part of that larger mission.

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