#gingertabbyf

EDIT: I completely forgot that turkish van-style white-spotting is a thing and is not the same thing as flame point. Sorry for that, I have crossed out the inapplicable parts of the original post and added new (italicized) changes.

Okay, there’s a bit of a problem with terminology here. “Dark gray tom with lighter patches” isn’t very clear. I’ll assume he’s a solid grey toms with white spotting (especially since cats without any white CANNOT have blue eyes), but in the future, use terminology from this guide. Also, the she-cat’s pattern is called flame point, but your description of that is pretty good. Different colored eyes is more common in cats whose blue eyes are from white-spotting, but I don’t think it’s impossible in a point cat, so I’ll let that go for now.

Alright, to start with, all the male kits will be ginger or cream, and all the female kits will be tortoiseshell in one way or another. If the she-cat carries dilute, the kits will each have a 50% chance of being dilute (cream toms, blue-cream tortie she-cats), otherwise they’ll all be non-dilute (ginger toms, tortoiseshell she-cats). 

It sounds like you want both parents to be non-tabbies, so all the kits will be solid. However, since ginger only ever appears solid when bred in a certain way, the ginger/cream toms (and the ginger/cream patches on the tortoiseshell she-cats) will likely be mackerel tabbies despite that.

If the tom doesn’t carry any pointing or albinism genes (for instance, if he’s just a randombred), the kits will all be straight up solid. About half will inherit white patches from him. If the tom has kittypet ancestry and thus carries pointing genes, about half of the kits will be point like their mother (with the normal color on their tail and ears while the rest is very pale/white).

About half the kits will have 40% or more white spotting (such as their mother’s van pattern), and about half the kits will have 60% or less white spotting (such as their father’s white patches).

Genetically, an amber cat is black (or a black-based brown tabby, etc.) except for one gene (the amber gene). Amber is recessive, so unless the she-cat has Norwegian Forest cat ancestry, the kits will be the same possibilities you’d get with a ginger she-cat and a black tom. The only difference is that the kits will all carry the amber gene and can pass it on to their kits, so down the line two non-amber cats could give birth to an amber kit instead of a black one.

If the ginger she-cat did happen to carry an amber gene, the kits would have a 50% chance of inheriting it and carrying the genetic potential for amber. That said, all the toms will be ginger so it wouldn’t matter for them. The she-cats, all torties, would have a 50% chance of being amber torties instead of normal tortoiseshells. 

(red tabby she-cat ash) they both have about 30% white on them!

eeey welcome back mousefur!

They would red tabby males and tortie tabby females! Half with more than 50% white, half with less than 50% white! :3

You didn’t send it twice! No worries :)

Sounds like brown mackerel tabby toms and mackerel torbie she-cats. Either half will have less than 50% white or all will have less than 50% white.

Ginger mackerel tabby toms, Tortie mackerel tabby she-cats! Half will have a little white on them like the dad.

I’m gonna assume the tom is white via white spotting.

It sounds like ginger kits! All will have 50% or more white on them, you may even get more solid whites!

Reb mackerel tabby males and Tortie mackerel tabby females! Half will have white on them like the mother! :3

Ginger toms and tortie she’cats! Either all will have less then 50% white on them, or half the kits will have less then 50% white on them.