How would the DSG orbit the Moon?

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In summary, the DSG (Deep Space Gateway) will orbit the Moon in a near-rectilinear halo orbit, or NRHO, to serve as a stepping stone for future human missions to Mars. It is expected to stay in orbit for at least a decade, with the ability for extensions, and will communicate through a high-gain antenna and a communications relay satellite. Challenges include maintaining a stable orbit in the harsh deep space environment and withstanding high levels of radiation and extreme temperatures.
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Assuming it happens and that the Deep Space Gateway happens as a base for Moon landing and further exploration. What sort of orbit would it have in relation to this use? I have I-searched but not found any detail. Thanks.
 
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1. How does the DSG orbit the Moon?

The DSG (Deep Space Gateway) orbits the Moon in a highly elliptical orbit, meaning that it is not a perfect circle. Instead, it follows a path that brings it closer to and farther from the Moon during each orbit.

2. What is the purpose of the DSG orbiting the Moon?

The DSG's orbit around the Moon allows it to serve as a staging area for future missions to the Moon and beyond. It also provides a platform for conducting scientific research and testing technologies for long-duration space travel.

3. How high above the Moon does the DSG orbit?

The DSG's orbit is planned to be approximately 1,000 kilometers above the surface of the Moon. This allows for a stable orbit while also being close enough for astronauts to easily reach the Moon's surface.

4. How long does it take for the DSG to complete one orbit around the Moon?

The DSG's orbital period around the Moon is estimated to be around 7 days. However, this can vary depending on the specific orbit chosen and any adjustments made by mission controllers.

5. Will the DSG orbit the Moon continuously?

No, the DSG will not continuously orbit the Moon. It will periodically leave the Moon's orbit to visit other destinations, such as Mars or asteroids, before returning to its orbit around the Moon.

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