I have a sphere and it's floating ( not on ground level). I simply want to snap it back to the ground (grid). I select 'increment' in snap option and turn on absolute grid snap. Then i move the sphere while holding ctrl (SNAP ON) , it will snap but not snapping to the ground/grid. Anyone can help ? i use Blender 2.8.2

  • $\begingroup$ blender.stackexchange.com/questions/7491/… $\endgroup$ Apr 17, 2020 at 11:55
  • $\begingroup$ its 2.82 or more likely 2.82a. $\endgroup$
    – HenrikD
    Apr 17, 2020 at 12:01
  • $\begingroup$ @DuarteFarrajotaRamos not the one i'm looking for. Imagine you're in perspective view and want to move the object using G or using transform gizmo and need to snap at specific grid point. $\endgroup$
    – andio
    Apr 17, 2020 at 14:03
  • $\begingroup$ Maybe origin issues? Would be easier with a screenshot $\endgroup$ Apr 17, 2020 at 15:48

1 Answer 1


If I understand what you mean, you wish the bottom of your sphere object to touch exactly the grid, as if it "felt" on a virtual ground (that doesn't exist).

To achieve this, you need to tell blender exactly what you mean by bottom, unfortunately. I.e., you need to (temporarily) move the origin of your sphere to the object's mesh feature you wish blender snaps everywhere, even to the grid.

E.g. you need to go into edit mode, select only the bottom (vertex?) of your mesh,

enter image description here

then go back to object mode, and select "Object > Set Origin > Origin to 3D cursor"

enter image description here

After doing so, the snap command referred to the absolute grid snap

enter image description here

will allow you to exactly snap the (temporary) origin of your object as you wish.

enter image description here

Then you can restore the origin of your object using another option from the same menu above, i.e. "Origin to Geometry"

If you had a "floor" object like a plane or else, you could maybe use a rigid body simulation to let your sphere fell onto the "floor", but that requires much more setup for a simple task like this, although it could be useful though to let as series of objects (e.g. tree shaped objects) to fell onto another one (e.g. a mountain shaped big object) instead of placing them manually...

The rigid body simulation will also be quite real, and your object would need to sit perfectly on the floor or, as maybe in the ICOsphere above, it would roll on a side, etc. Not recommended in this case.

I hope this answers you.


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