Just guessing here, but I think the vertical scaling might be for translating some of the top-down images they have. If you take a look at the photo below, Pluto appears to have pretty rough terrain. I didn't find anything about post-processing for this particular image, sorry in advance if I missed it.
Pluto has some mean mountains. Think low gravity and no erosion.
> With peaks reaching 6.2 km (3.9 mi; 20,000 ft) in height, they are the highest mountain range on Pluto, and also the steepest, with a mean slope of 19.2 degrees.
I wish the video editing was done at Hollywood because damn it they have great CGI. I want an immersive experience with these space videos, and as soon as I notice low-quality simulated mountains/etc., the whole experience goes away.
My thought process was, this is going to be the actual flyby of new horizons past pluto, no wait it's not, this is just a fake flyby. but look how coarse the heightmap is, they did not just sprinkle high density noise to make a better looking height map, they stuck with actual data, that's nice.
Honestly this is probably too charitable of me, with all the other liberties the author took with the data a high density heightmap was probably just considered not important, rather than some sort of moral highground.
The sun on Pluto is only slightly dimmer than the sun on a very strongly overcast midday on Earth (about half as bright), but still much brighter (almost 200x) than a full moon.
man i could spend hours just watching stuff like this - pluto doesn't even feel real to me half the time. ever catch yourself wondering if we'll ever just get to walk around a world like that for real?
> Images from this spectacular passage have been color enhanced, vertically scaled, and digitally combined
I was quite surprised at the height of various features. Turns out yeah Pluto's not actually that wildly mountainous.