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Description
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As long as you've got bones on a model, making physics is easy. The tricky part is getting the physics settings to make them behave the way you want it to. That's where my other tutorials come in.

I did have the physics turned on for all of these scenes, though I used trace mode for that very last one because that makes it much easier to freeze-frame the physics in action.

When you make physics this way, they always have the same settings for shape, group, collision avoidance, mass, movement, rotation, friction, and repel. That's why I call these the "default" settings even though I don't think that's an official name for them. Joints work the same way. When you create joints from the bones, they always have a range of -10 to 10 degrees of rotation on each axis (so that's a total of 20 degrees in any direction), a movement limit set to nothing, and all spring values are 0.

Model Credits:
giant touchscreen: made by me (images are screenshots from my own copy of PMX editor)
Neru: Animasa
Takashi/Schwartz model credits in the description here .

MME used: Sweet shader, g_alb_01, beamman's full and metal
motion: Hiasobi (used on Neru to snag her physics in action on that last panel)

Description
Get your questions answered directly on this Discord server!
As long as you've got bones on a model, making physics is easy. The tricky part is getting the physics settings to make them behave the way you want it to. That's where my other tutorials come in.

I did have the physics turned on for all of these scenes, though I used trace mode for that very last one because that makes it much easier to freeze-frame the physics in action.

When you make physics this way, they always have the same settings for shape, group, collision avoidance, mass, movement, rotation, friction, and repel. That's why I call these the "default" settings even though I don't think that's an official name for them. Joints work the same way. When you create joints from the bones, they always have a range of -10 to 10 degrees of rotation on each axis (so that's a total of 20 degrees in any direction), a movement limit set to nothing, and all spring values are 0.

Model Credits:
giant touchscreen: made by me (images are screenshots from my own copy of PMX editor)
Neru: Animasa
Takashi/Schwartz model credits in the description here .

MME used: Sweet shader, g_alb_01, beamman's full and metal
motion: Hiasobi (used on Neru to snag her physics in action on that last panel)