Lol this isn't an E3 press trailer that bullet lists the mechanics of the game. It's an early annocement trailer designed to leave a general impression using footage of the mechanics that in a finished enough state to warrant public viewing.

Yeah we didn’t learn its set in a science fiction setting, or its isometric, or there is combat, and basically everything else that tells about its genre and theme. I don’t know what you wanted here out of an announcement trailer.

If the world cared about female sexual pleasure it wouldn’t be so hostile toward it. Female sex toys were literally illegal in many US states for decades, and the only reason these laws were invalidated was by Supreme Court order. (In 2003!). And restrictions on their sale still exist all over the place. In Alabama…

Man i love a good trailer!

“...about to step into the vacuum of space, protected only by a reinforced bouncy castle”

Though you’re not wrong, you’re also supporting my point. You’d be long dead from oxygen deprivation before blood boiling would ever be a concern.

Space is mostly vacuum, so, yes, frost would form from the evaporating moisture, but there wouldn’t be much heat transfer in that short amount of time.

Both NASA and Bigalow prefer to refer to it as an expandable module, not an inflatable. The air bladder that makes up the air tight portion of the module isn’t being stretched the way a balloon is. The air simply unfolded the packed shape into it’s designed shape.

When exposed to vacuum the oxygen already present in your bloodstream is drawn out through the lungs, so ‘holding your breath’ isn’t an option. You lose consciousness in less than twenty seconds, the heart stops in forty, and after a minute or so of this the tiny bubbles forming within your heart and lung tissue will…

The pressure of blood vessels and a beating heart would actually keep most of your blood from boiling. You would die from oxygen deprivation long before that happened.

Not quite mylar thin, but close. The thinnest parts were 0.012" which is similar to the thickness of an old soda can. (Though newer cans have been reduced to about half that.)