How did chetahs get their unique spinal cord

I think it would be a great topic of interest, to hear how evolutionists and creationists can explain the fantastic spinal column of chetahs, whereby it keeps their head steady and stationary as they run after their prey.

Watch this chicken hold its head still when you move its body.

Ok, evolutionists, come on admit your theory and be proud of it, without shirking away from an honest question. How did the cheetah get its amazing backbone...

Theres the missing word, ..... Adequate .. your M ****** word is mutation, magic mutations tyhat just by luck change the DNA to make everything magically work...... you used it, you say lucky mutations that magically just appear within a million or billion of years and then the wand of magically selection beats out extinction, so that lucky cheetahs get clear vision via their miraculous lucky backbones, who earlier or simultaneously got collapsible backbones to make them amazingly fast.
But which came first the design of the backbones for speed, or the next magic mutation for clear vision via, the backbone adaptions..Cant you guys answer, or do you await a brain mutation for you to do so. Remember supposed mutations can not be quided, or be directed in a vacuum, they according to your doctrine and biology happen sheerly by LUCK.Although explosions and radiation and other horrible things can induce mutations. But I wouldnt call them lucky beneficial mutations. But take time off and wait for a brain mutation if you choose.Us connected ones have things to do and places to go...

Your on the hot seat, Explain when your magical MUTATIONS Happened, whether one at a time, or simultaneously wondrously at the same time ?

Why do you absolutely hate to answer questions

simple because you have NO ANSWERS, and you just repeat magic mutations did it, magic mutations did that too, and that...

Recent DNA sequencing data confirm that such distinctions are not fundamental in nature and that all cats share a common genetic ancestry. More recently described hybridizations between great cats and small cats, along with various other studies described in the present article, further support the hypothesis that all cats belong to a single clearly delineated basic type. The Nimravidae (paleosabers), the Machairodontinae (neosabers inclding Smilodon) and the genus Panthera each underwent a prominent radiation during the tertiary period. All three taxa represent cat-like placental carnivores, and they may all have arisen from the same basic type.