# Space Faces Evenly

I am trying to create a sphere of hexagons. Followed the accepted answer from this question and it get's me 90% of the way.

As you can see what I got is a sphere made up of a bunch of randomly shaped hexagons. What I want is for the hexagons to all be evenly spaced, the same size etc. In other words every face of the sphere should be identical to every other face in the sphere? I can't imagine it's really possible to get everything exact manually. Is there another way?

• Are you sure it is mathematically possible? Wouldn't it be another Platonic Solid? Jul 25, 2016 at 20:01
• That would not be a big problem, you can always run "smooth vertex" several times to distribute the difference. I think the main problem is the presence of pentagons here and there. Jul 25, 2016 at 20:20
• As stated in this answer and it's links it's not possible to create a sphere out of hexagons without imperfections or pentagons. But if you're okay with imperfections you can fiddle around with the 'Circle' tool (simply hit space and type in circle) and it's influence value to make at least single faces (preferably the worst looking) look better. Jul 25, 2016 at 20:32
• Curiously I've seen this question come up recently elsewhere (see here plus.google.com/101076135528517730950/posts/FEGX3nGVQLM), and I think the consensus is that is not mathematically possible. It has nothing to do with Blender limitations, the only platonic solid is the icosahedron (lowest subdivision of the icosphere) any subsequent subdivisions are no longer platonic solids unfortunately. You will have to do with an approximation. Jul 25, 2016 at 20:41
• You can model any mesh and use the Cast modifier to deform it into a sphere, so you can make any shape based on hexagons and bend it into a sphere like shape Jul 25, 2016 at 22:52