Gravitational Rotation

I could have sworn that there was a drag effect that caused rotation in asymetrical rigidbodies but I see that is not true :(

How would I change that code so that it affects the y-axis ins$$anonymous$$d?

Well, in Unity most methods are optimised for Unity's coordinate system which means: x-axis is right y-axis is up and z-axis is forward. You can parent your projectile to an empty GameObject and compensate the rotation.

The gravity is physical, and I've tried the top-heavy approach I think. Could you explain more accurately how I would approach this?

In a gravity field the acceleration depends only on the other mass. Take the classical example of a feather and a hammer fall at the same speed.

yes, but since he implied rotation, I also figured he would be using a drag like air resistance. Which is why dropping a hammer or knife can easily result in the metal hitting the ground first.

Unity's gravity works like real gravity ;)

The problem is the drag. In space there is no drag. If you add drag to your rigidbody, it will turn based on the center of mass. But if you use drag in space most of your objects will fall onto the planet like they had entered the planets atmosphere.

As already said most the time you don't want physically correct behaviour in games. You can change the rules as you need it ;)

it sure does. $$anonymous$$y misinterpretation was in how unity's gravity responded to the 'drag' variable of a rigidbody. I thought it would cause rotation similar to the drag from air resistance, but it does not appear to. Thank you for helping to clarify.