Yeah but I generally don't see the curvature.
So you haven't seen the sun set beyond the horizon?
Or that you can see further the higher you are?
Just what are you expecting the curvature to look like?
And you are not looking at this skeptically from an honest position to accept it if its true
I am looking at it skeptically from an honest position to determine the shape of Earth.
A RE works, a FE doesn't.
From my own experience I can tell it is round, almost certainly roughly spherical, but I can't tell if it is an oblate spheroid.
But from the much more accurate measurements of others, and basic physics, I am happy to accept that it is.
But more relevant to the topic, I see no way to make a map of a flat Earth. I know there is a north celestial pole. I know there is a south celestial pole. I know you can circle both, by which I mean you can keep it to one side as you travel around and eventually come back to the same point.
This means there must be a point on Earth below them, the north and south pole.
I also know these are always 180 degrees apart.
This simply CANNOT work on a FE with conventional physics. Instead magic bendy light needs to be invoked, with the equator tearing itself apart.
But it works just fine on a RE.
Can you produce a map containing a north and south pole, which are always 180 degrees apart?
With the many flights which exist, I know there is no way to connect the airports involved, without making Earth round.
If you try it with a FE, you eventually get to the point where some flights are just impossible due to the massive distances.
Have you been doing the same? Honestly looking at Earth to determine if it is round or flat? Or are you just being skeptical of Earth being round and just accepting it is flat?
Look at the road at 2:00 in the vid.
Yes, look at how far you can see when you are up high?
Why can't you see that far normally?
In this case the road even appeared to be going uphill onto a mountain (or out of a valley).