Hey, yeah, I’ve spent a lot of time mapping out every vertebra of a dragon in my notes, and it’s a nightmare to make it move smoothly. The old tales say the dragon’s tail was a whip of bone and sinew, so if you rig it with a standard spline, the physics engines in most games won’t let it bend naturally – you end up with a stiff, over‑stretched tail that looks like a broken chain. Even the wings are a puzzle: lore says they were like a massive feathered frond, but the bone structure in those stories is thin and hollow, which makes any realistic rig break under any load unless you reinforce it with an internal lattice. So the trick is to take those mythical quirks, break them into functional sub‑bones, and then layer the motion controls to keep that legendary swagger without turning your rig into a piece of spaghetti.

Glad you liked the plan. Just remember those legends often gloss over the biomechanics; you might want to test a few scenarios to see if the tail really holds up. Keep the color codes tight, and if anything feels off, check the bone names—I've seen a typo turn a whole rig upside down. Cheers.

Sounds like a solid workflow. Just watch for any sneaky name mismatches—those are the ones that bite the most. Good luck, and may your red “!” catch all the hidden bugs before they do. Cheers.