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This is how yinglets typically walk inside small spaces or when they only have to close a short distance. Their regular walking pace has more of a hop to it; that'll be shown in the next walk cycle.
Edit: Fixed a couple little things, like how at this speed their torsos are held further back for balance. F5 and all that!)
Edit: Fixed a couple little things, like how at this speed their torsos are held further back for balance. F5 and all that!)
Category Artwork (Digital) / All
Species Unspecified / Any
Size 554 x 500px
File Size 782.7 kB
Listed in Folders
Aye, there are a few things on this setup that I'll be changing when I move on to the next walking speed; by the time I noticed some of them, I'd already set a bunch of interconnected keyframes that would've been a nightmare to pull apart.
Except for the tail; didn't you know yinglets have a dense weighted fluid bulb near the tips of their tails to add a rear counterweight?
(That is a lie)
Except for the tail; didn't you know yinglets have a dense weighted fluid bulb near the tips of their tails to add a rear counterweight?
(That is a lie)
Actually, I'm sure there's better ways to play it, but I exported these two animations as gifs, just to keep things simple.
The second question is a mystery to many, as most yinglet breeds have that line of longer fur covering the area between their legs. It's nothing crazy; just a general quadrupedal mammalian structure.
The second question is a mystery to many, as most yinglet breeds have that line of longer fur covering the area between their legs. It's nothing crazy; just a general quadrupedal mammalian structure.
Yingletae
And yes, yinglets have a very uncommonly high mutation rate, with large differences observable within just a single generation.
A hairless version has most likely appeared at least once, but I can't imagine it getting much reproductive action, unless it managed to really make the style work for it (and yinglets have a notoriously bad sense of fashion)
And yes, yinglets have a very uncommonly high mutation rate, with large differences observable within just a single generation.
A hairless version has most likely appeared at least once, but I can't imagine it getting much reproductive action, unless it managed to really make the style work for it (and yinglets have a notoriously bad sense of fashion)
They have a small juvenile tooth before puberty... although, the general answer for how they deal with those big, awkwardly-placed teeth is... well, they lose a lotta teeth.
The teeth don't have many nerves in them and regrow fairly quickly, as its expected that any yinglet will probably get it knocked out/broken/stuck in a board at least once in their lives.
Still, there's a bit of shame involved in the between-teeth period, as it marks them as vulnerable since it's the main defense mechanism as well as the method of getting into their primary food source. There is a small market for stone carvers who make fake teeth to wear during this period, but poorer yinglets are often forced to rely on another until theirs begin growing back. (And they're pretty much all poor)
The teeth don't have many nerves in them and regrow fairly quickly, as its expected that any yinglet will probably get it knocked out/broken/stuck in a board at least once in their lives.
Still, there's a bit of shame involved in the between-teeth period, as it marks them as vulnerable since it's the main defense mechanism as well as the method of getting into their primary food source. There is a small market for stone carvers who make fake teeth to wear during this period, but poorer yinglets are often forced to rely on another until theirs begin growing back. (And they're pretty much all poor)
Their movement is pretty similar to that of larger birds. See: https://www.youtube.com/watch?v=4wADN3s2krE
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