Deformed Planet

Its actually earths gravitational field.

You might want to check out http://www.slate.com/blogs/bad_astronomy/2015/09/22/earth_without_water_nope.html

This is the more real one :
water_on_earth.jpg.CROP.original-original.jpg
 
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This is actually not the truth at all, the differences in height between seabed and mountain tops are not large enough to cause this much variation, as far as I know that is a fake picture spread around.
The gravity of Earth is strong enough to cause it to form into a sphere, not a perfect sphere of course, but not this far off.
The reason why potato planets are so... potatoey is that they are not of sufficient mass to form into a sphere under their own gravity.

I already ninja'd myself ;-)
 
A lot of the moons I have prospected are tatty shaped, they didn't look like that pre-horizons, personally a small moon as a lot of these are should not be perfectly round, and I prefer the potato shape, makes driving on them a lot more fun as they have some really deep craters and ravines.
 
I believe metal rich. 39% metal if memory serves me right.

Thanks for that. I'm out in the black hunting for rare materials - seems like metal rich planets are hard to come by but good to know that that's where you can get some rare materials from.
 
And this is what earth looks like without water and an atmospshere, I think most planets shouldn't look round.

View attachment 93343

Gravity would try to pull all bodies into a spherical shape. The picture you have is an exaggeration to better highlight the ground differences relative to another or it is even a map of the gravitational field (the picture looks familiar).

If you were to remove the oceans and the atmosphere and shrink the Earth down to the size of the snooker ball it would be smoother than a snooker ball is currently (to our fingers) as the height differentials compared to the size of the planet would be too small for our finger tips to detect.

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Exactly! The deepest ocean trench is about 7 miles from the surface but the Earth is almost 4,000 miles in radius. The deepest oceans and tallest mounts would be but a tiny tiny scratch/bump.

I really wish people would actually take the time to 'read' stuff instead of searching the internet for a headline that they don't properly understand!
 
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This is actually not the truth at all, the differences in height between seabed and mountain tops are not large enough to cause this much variation, as far as I know that is a fake picture spread around.
The gravity of Earth is strong enough to cause it to form into a sphere, not a perfect sphere of course, but not this far off.
The reason why potato planets are so... potatoey is that they are not of sufficient mass to form into a sphere under their own gravity.

The difference between the polar diameter and equatorial diameter is about 50 miles so you wouldn't be able to see the equatorial bulge from space with the naked eye.
 
The planetoids tend to look like that, technically it's really interesting that their engine is able to render objects like that which are so visibly deformed.
 
Pretty cool man, take all the water off of Earth and it would look like that as well.

No it wouldn't. Earth's crust is a near perfect sphere (polar diameter is only 50 or so miles less than the equatorial diameter).

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The planetoids tend to look like that, technically it's really interesting that their engine is able to render objects like that which are so visibly deformed.

It is great that their engine isn't just taking spheres or various sizes and applying a features skin to it. Rather there are more variables to the procedural generation than that and that is excellent.
 
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