Inside a black hole space will be dilated as well as time.
For time as seen from the observer it will slow down
From each object inside the event horizon though time will be 'as always' right.

Space obeys the dilation too.
Seen from the inside the space may be light years
but from the outside it will seem 'normal'
(ahh, whatever that is:)

So we have two effects that seems opposite here.
inside time as always (internally)
but space is increased (light years)..

Outside observer says that inside that black hole
Tme is slowed down
But its size is measurable and not even a light second.

(1) So when you travel around it as if measured from a observer inside that black hole what would he see? FTL??

Am I right?
And if so.

(2) How exactly does space increase? Why?

And this?
" Imagine a particle with an electric charge outside the distortion (black hole). ‘A’ measures a certain electric field strength at a radius ‘r’ from the electric charge, then sends it to the mass at the center of the distortion.

What ‘A’ measures as a radius ‘r’ from the charge is now seen by the charge to be greater than ‘r’, so ‘A’’s perception is that the electric field has been reduced by the square of this change in ‘r’, and thinks that the charge has been reduced. "

(3) Which to me seem to say that light should be red shifted inside a gravity well?
As seen from the observer...

Any one?

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In reality as far as i understand Light going in is blue-shifted since it increases in energy. and Light leaving is red-shifted.

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(4) Will the 'outside' observer notice any blue shift or will the light inside the event horizon instead seem to stand 'stand still' ?

(5) And if the space inside distorts then it might take a universes time (as seen internally) for anything to reach the 'core' of a black hole?