Is Mounting a Telescope on the ISS a Viable Option for Atmospheric-Less Viewing?

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In summary, the conversation discusses the possibility of adding a space telescope to the International Space Station (ISS) to take advantage of atmospheric-less viewing. While there are concerns about vibrations and stability, it is suggested that placing the telescope in the same orbital plane as the ISS could mitigate these issues. This idea is seen as economically feasible and could potentially be serviced using the robotic arm of the shuttle. Overall, the consensus is that this could be a valuable addition to the ISS project.
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I was wondering about this yesterday. Granted, it would not be as good as the other ones currently in operation (less ability to aim, glare from the ISS, etc.), but it seems like it would be a relatively easy add-on (the platform, launch vehicles, and maintenance crew are already in place) to take advantage of atmospheric-less viewing (providing the ISS project could squeeze in the time & resources).

I googled and found this today...http://www.issat.org/ ...which is a group planning to do just that.

What do y'all think?
 
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I would guess that vibrations from the ISS, and wobbles induced into the ISS by the movement of the astronauts inside would hamper the ability to precisely aim and stabalize the telescope.

Instead, we could place a space telescope in the same orbital plane as the ISS. Then a trip from the ISS to the telescope would not require much fuel, and astronauts on a servicing mission would have the ISS as their safe-haven if need be.
 
  • #3
Seems like a good idea, at least economically. Since we will be visiting the ISS anyhow, the instrument would get a pretty cheap ride. I like the idea of a 'scope on a rope' tethered to and remotely operated from the station. Conceivably, the thing could be retrieved for servicing using the robotic arm of the shuttle. The shuttle bay, once emptied of station supplies, is pretty spacious. The work could perhaps be done in orbit and the instrument returned to duty, or brought back to Earth if it can't be done in orbit. I don't think the engineering required would be terribly difficult or costly. The instrument wouldn't be the size of the HST, but versatile and large enough to be worth the fairly modest amount of extra trouble.
 

What is the purpose of mounting a 'scope on the ISS?

The primary purpose of mounting a 'scope (short for telescope) on the ISS is to allow astronauts to conduct scientific observations and experiments from the unique vantage point of space. This can lead to important discoveries and advancements in various fields of study, such as astronomy, Earth observation, and physics.

How is the 'scope mounted on the ISS?

The 'scope is typically installed on the exterior of the ISS using a robotic arm operated by astronauts. It is then secured in place using bolts and other hardware. The installation process can take several hours and may require multiple spacewalks.

What types of 'scopes are used on the ISS?

The ISS has several 'scopes installed, each with a specific purpose. These include the Hubble Space Telescope, which is used for astronomy and deep space observations, and the ISS Remote Manipulator System (also known as Canadarm2), which can be used to install and maneuver other 'scopes and equipment.

How do astronauts use the 'scopes on the ISS?

Astronauts can control and operate the 'scopes from within the ISS using specialized software and equipment. They can also receive and analyze data from the 'scopes in real-time, and make any necessary adjustments to ensure the success of their observations and experiments.

What have been some notable discoveries made using 'scopes on the ISS?

The 'scopes on the ISS have played a crucial role in various scientific discoveries and breakthroughs. For example, the Hubble Space Telescope has captured stunning images of distant galaxies and stars, while the ISS Remote Manipulator System has been used to install and maintain other important space-based instruments, such as the Alpha Magnetic Spectrometer (AMS) which studies cosmic rays and dark matter.

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