<p>Is there a model/infographic with emphasis on the orbit and rotation plane of solar bodies? Of course, no scaling is needed for the size or distance. I remember reading there is one planet where the axis of its rotation is almost parallel to plane of its orbit.</p>

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2020-06-13T15:16:21.450Z
I don't know if you can find exactly what you are looking for, but you can check out [Collection of space exploration related infographics](https://space.meta.stackexchange.com/q/472/12102) in Space Exploration SE meta
uhoh
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2020-06-13T15:19:01.700Z
I noticed that your profile says "...Math,Coding, Physics and anything brainy" and you are active in Math SE. The following question has a bounty that expires in 10 hours plus a 24 hour grace period.[Determine if a coincident point in a pair of rotated hexagonal lattices is closest to the origin](https://math.stackexchange.com/q/3705547/284619)
uhoh
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2020-06-13T16:35:10.397Z
@uhoh : thank you , that question requires much more knowledge than I have.
jimjim
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2020-06-13T21:52:58.340Z
ya I was surprised but even with a bounty there's been no answers, perhaps there is no easy way to do it. Thanks for having a look!
uhoh
<solar-system><modeling>
Model/Infographic of plane of orbits and rotations planes of solar bodies (including their moons)
jimjim
# Model/Infographic of plane of orbits and rotations planes of solar bodies (including their moons)

(Asked by: username_0 on 2020-06-13)

Is there a model/infographic with emphasis on the orbit and rotation plane of solar bodies? Of course, no scaling is needed for the size or distance. I remember reading there is one planet where the axis of its rotation is almost parallel to plane of its orbit.

**Tags:** solar-system, modeling
> **Comments:**
> **username_1**: I don't know if you can find exactly what you are looking for, but you can check out [Collection of space exploration related infographics](https://space.meta.stackexchange.com/q/472/12102) in Space Exploration SE meta  
> **username_1**: I noticed that your profile says "...Math,Coding, Physics and anything brainy" and you are active in Math SE. The following question has a bounty that expires in 10 hours plus a 24 hour grace period.[Determine if a coincident point in a pair of rotated hexagonal lattices is closest to the origin](https://math.stackexchange.com/q/3705547/284619)  
> **username_0**: @uhoh : thank you , that question requires much more knowledge than I have.  
> **username_1**: ya I was surprised but even with a bounty there's been no answers, perhaps there is no easy way to do it. Thanks for having a look!  

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